Subcontracting Opportunities with DoD Major Prime Contractors
1991-01-01
W 0in W(wL W -4L-0 M I 0cr0 mix C/(/7 - I.- > ’-4 m 031 #-4W#-t uW <F-4"- ..J 1-107 1-- C4(/ 01 1--W1- zz1- -Zj x wJ3- w Z< c D~ MM-J -J=L0 -J I.-w...W) La4mN04 W C4 t- 24C XɜN WZO) -c44 WI CCCC4 x--cc-W 4C-4 "e 5-4C- dC[Jo hLX-4 WZ.X 4 m0-I xx-Iq -X.-4 maC) kfC -M- >0CLo -Ji r n WOC CU O (nCl)Ut...zc U)C aJ 0 z U) -4 1-’CI 4 0. -4N C 0C 00 4 .0_4 004n cc -400 WI 2-’ o WI2W -Z- 0 =~ I)4 0 W n IdT M1 0 . 01-4 1 . 1 -4 W 3z) 1.41 I U) i 0-00 Mix
1987-10-01
A USAFETAC Air Weather Service (MAC) 3SSTAe’ REVISED UNIFORM SUMMARY OF SURFACE WEATHER OBSERVATIONS BLYTHEVILLE AFB AR MSC 1723408 IC N 35 58 W...I IE C It I 1-3 4-b I-Il It 1 7-2 1 2 - 4- UC 4 1-4 7 4F - U S5 1(IA " SAN I9 I 1. . 217 2.0 .i D I .lF I .2 1.? .7 1 .1 1 .2 .2- 0.1I 7 I AIR4 3tf...o o o , . . .. . . .o ..oo.o.. 17-, -7 5C.-. 1-7 ’-, F t tt 71*1. Li I I L C1.2 4 t 7 1L 1 4 uC I* I. A .o o.....oo. oo ~ oo o ooo ...... ...... .o. o
1982-04-06
57.3 57.4 57." 57.4 5 7 .4 57.4 57.4 57.. 57.4 57.4 , 5 5 56.9 5§. 0-9.35.1 .- ,Z 2.l 5,;.8 54,C c .2 60.3 bJb 61.3 bl.4 61.4, 61.4 61.’. 61. 4 t .4...SUMMARY OF SURPR b2ti UNC.LASSIFIED U SAFETAC/OS-82/O2O SB1-AD-ESSO 164 N I hh Ih,,h ii1 111111111m 4I o5 AO_ IWA 1008 ’LAL CLIMATCLOGY BRACH -LTAC EXTREME...TEMPERATURE OEPRESSION (F) TOTAL TOTAL () 0 1-2 3-4 5 .6 7 5 9.I .2 22. (231S -67 I8I.02.2 2? 2 26127 2 29.-30 * 31OS’S. jb ., W..,I .b0. P..n* 7 / 77
Modification to Math Model for Small Independent Action Forces (SIAF)
1973-12-15
counterdetection situations. 1 6905-6008-RO-00 Page 2-44 WOcc = &&ls-.4 ZI- Lw _ _ _c__ _ _ _c z I.- 1 0 & a dC n u4.3C w 4.3 4n4 WLU cs td .~ 1--AiI I.- .C uj w...i et. - - S - U , )UU U aIA ~ U tiu W WQ wi W W U w td - l l -i M iA .j CA -o *m *o mc mc fP6-133 a~ Ac a S o- I N S ag I 9E 30. Q CY " a aac...I- 4f ow060 0 OLCO0 wuCo; O ~"-j~ I UzAc 30 1bd 4 OW b D- 6- 4bd d fo 6 udOw od Ś.464 .4 d Ot 6- 64W 6 b*64t PaI 7-55 NiI II a j l! I 1/. a
1978-02-01
6 .- 6 a . I a- S 0 I I C3 uI nm0 14 * N N nInA C3 f6 - ~ S C3S00 0c h )4 a1 SnI S i LU 14 0 I0 w 1 .- 4 1- pejz I C SW4 - #N0Wa*% 0( IW -W~ x...m #a CAC3 * DtoKIDft4 lp 3 I f6 . lt-C3 lat *0- IL 0 19 9 9 999 **9 U% .49 9999 I (A o3 0-1.1 N N .80* us-Ia. , NF0In m UN O.4 " 0.2 4% 1 I 1 WI "i I4...G OPIA0 0* N.4C " DI 0.3, 0=6s (A 6 4 6 4 .4 *L 7 I I f6 1 0 CLx 2 W N M9 0% *ON 40 MNca.4t C3 GON 00’p.*!fU ON N I o x11 j eS .4 4 I 6& ILI’N I L5
Estimating USAF Aircraft Recoverable Spares Investment.
1980-08-01
ITEMS Multiple Regression Equation RCCAVI - 178.44118(AC)’ 39843(AVFAC) ൰ 62 2 e 27003 (IB ) + 2.4257(1R e 1.0 9 99 (IF/A) + 1.1 8 11 (1C) + 1.100...79- I M In *~Nt M h IOOO N1 0 , C 0 0 30~ It- N t- INN0010 - t 10 N M mt00 01 0, 01c 0 0 0000’ ast-00 10%I I t~-.. ~ ISO ~ tO It- . lO tfls4 I1 MD...0K 0 4 #40 D Jr *0 2z < I 0 -I - . - - I 0 I IN , 0 H0 PA C, :,C n BCY -4 0 -a C I z nL Z4 w11 00 WI Z4 4 ) L. zWI W -98- w Iq IN N05 IsO I 5I 00 0 1
Youth Attitude Tracking Study II Wave 16 -- Fall 1985. Supplementary Tabulations,
1986-02-01
W ~0) _.j- to b CD in fa C v N S Sw w < I-. . .. < .J4- 00 CL C4 V N 5 I 0) .~ 4 0 0 0 o m) a N I ZWI 4-C P. . . m -.. -u 0 1- 0; 1.:5 5 5 I ɜ 0 . .4...i 0. cc4 I at > ~ aiI- U . 281 * I I W 2 00 CL 5 gL *~ ~ U) (l J ton an a S C I ’ I--. I- I.av -C 2 WI-. . - >a- I- mW w v 1 0 0 0 5 44 o z o I.- U
1990-02-23
TABQ Lnannounoed 0 Juastification Distri~bution/ 23 FeruaryI~()Availability Codes vai1 and/or Dist Sioa WA LAI 1r.:. 1.’ 1 0 YF I~. 9’. t l ni 1 nn N...5. 4 I S A 1A,1, v 1o.2 4 -2.9 1:3. 1 3 142 N 100 WI ACIIJA|, I 2.3 t 8.2 Ac -5.9 * A ISAIA , 103.7 * 8.2 A 8.5 1 4 42 N 98 W t ACTUAL, 4 4. 0 C 17...parameter at grid points, consideration of the error produced by the objective analysis scheme is necessary. The computer code used for the Cressman (1959
1990-01-01
t4Ie~ r-)6 f- 016240 C c 6-) 0. N. ’)M 40 0 - < qt U..6 ON’)t V- Mw iS.m MM m M w N M v v n I 6- 06.- I wI td -. -N 6 ma toC’ (G. 0- 0g 00 Z-6- o...Into 064 - WI ’a OW)C’IC 00 CO 0 (0( 0- > ’ 0 4 0 td 00 6 4 00 0-4 0 N-N0 0-L) 6-46 4Z ,L- V6 U. 4 I I- 06 so6 00 00 M0 a( 00 E 6-4~1 >- I-- (0- ow...0L L. 0eC) - ) ~ U 0 1- 09 0) .- 4 N (C-0 U) m<t~ (3 4 ans U 06 LL. c I 4 -4 C’). -4 00- 4a 0L to I.L 4 C - w Co- LL a) C 0 > 4 5r~ 5 >O td - - .. >Ci
Organizational Diagnosis: A Review and a Proposed Method
1974-09-01
r IL YC I . I I I.j .. L 0 ie k.. LJt’IJ1, I C 10 k II I 63 , IIV. II I7 L ls L If e L-ue .J *7 C I 64 F2 C .1 F1 .1I 2Is 30a nI j1 ,33...L,. Ii 68 V.p In I? W.’ 1rvI ý I 4 VIi . 1 U.1,.1o. vi le . r : Wi It IC Lt’ ’ ofI -!Z 0’ c .. *’ .fNNN" f.,(4%ZI0CN Ii VI %j I Z.Z U, IJ 4-I4-. e A c ...FZ4WW4 i ,. e . I. 4:. Il L Ir -7, e %nI: I -IL, I r ,I . c ’ ’D
Word Frequency Analysis. MOS: 19D. Skill Levels 1 & 2.
1981-05-01
34 I, WAR NINC. I WASHER I WATCHES I WATERS I WE 1, WEAK I WFATll:RPROn F I WEF.STHERPnr-OS I wEDGED I WEEK I WFEKL Y/ I WrfGr) I WE IGH I WELD I WtLOED... fRACKED I. BACK pOLPAO I ACKING - I BA D 4 P ARRAIER I B ASE 7 BAASIC 5 BATTERIES it "BATTERY2 SA 3030 3 nA4517/U 1 88501 ill 76. RE zBEAR 4 BECAUSE 1...I TY I VI CTIl noI V Is fft1i IfVY I vi SIR) v I VISUAL t VOL. I V 26 I WC2 %:,IT MI WIING I wall I RW 1 WATIWR4 12 WRNING 4 WAS 2 WMS as"It WATER 6
Word Frequency Analysis MOS: 15E. Skill Levels 1 and 2.
1982-05-01
AR 34 ARE I I AREA1 L 5 15 ARM 1 .: A’FNT 3 AROL D 25 AS 12 ASSEI 3LE 12 ASSEPALED11 iES b8 ASSEMBLY 4 ASSISTA CE27 ASSISTANT13 1’A T . SSISTED 29 ...CABLE31 CA3Lr.P 2, C.ABLES . . 1 L.BLI"IG I CAM C>; 4 CA’"UT 2 CANvA S 29 CAP2 CYPSCRE ,S 4 CAPTIVE A , L I AR o,7 CAREFiULLY .... CARRY IG 2 LA.TELL 1...1 (l. 5 1 jS I E (f r I FR I 5 IP E V PEET ~ (F I 4 3 E X P N A WL S q 6 XPL11S VE E EXPIUSIVS I z~ SE 17 *.!GU I 5 EXTE nrEC 3 WI’S1. lltj 3 29 ~Il
DOD 1985 World Magnetic Model; Charts and Grid Values.
1987-11-01
N0- 73l InD (’t- 0 7W 41.0 00 WI, .0~~o NM P-3 OOW .0 03 NWT 3"M t-o’ 0-W 01 zAW C);IWWI IN IN 1 N a- 1 .~ . .I N N N -W II WI TI 1 01 WIg mI 1 I. r. N...C4 1-A Mo 0’:0. MM 1 4 . f-.0 104 NO; A Z Ny A. 41 MM cp A Non N0 0.4 00 tun , NW * N 010 NM 03 ON a, -A 0 0 N l. W 010 41.0 3.0 Z 34L1 M :;it DO SM o
1983-04-01
OBSERVATIONS) L P- 14 H~N A A-F S .~ 73-F2 ____ JA&,. ALL WI- LAt E -- .. - - 6 7 0 11 16 17 21 22 27 28- 33 34 *0 41 A7 48 5 .7 * . .3 .4 .4 . 1 . i E...PERCENTAGE FREQUENCY OF WIND DIRECTION AND SPEED (FROM HOURLY OBSERVATIONS) 4LL . LAT -E- - 10 1 1 i 7 23 22 ’ 2 3 3 A 40 A 3 5 A7 A • ’ .. 5 .t",5...SCOTT A. APR 03 UNCLASSIFIED USAFETAC/DS-83/019 SBI-AD-EB50 397 F/6 4/2 NL SU 2. lii .0 EM *,*,- Ica L- 11111 1.25 s~w ,r- 1 . 11.6 I MiCRQ OPY
Quantitative Procedure for Position Identity Definition.
1981-07-31
part T: would also be required. Automation instructions will be announced in a change to AR 310-49. A-36 -~ I’ WI- La ., Z-- C6 I I = ~1- -nN -f ;r...0 - 0 I U-> L U. W > CL z .I 0 (C zC z > C Li CO - c d ~ , -0 7dZ0 mc - - - A 39 / C c A 3 - LA zi = - L’ 0 A-4 7-/4 _ /7 / / /-’-- i -7 ~ ____ 4...i I~41 Z -l LA 6 - w c wl 0I2M.2 -c 40A 0 -- 0 UJ 4- 77 - = -A-4 POSITION IDENTIFICATION PROCESS SUMMARY For use of this form sae OA Pam 570-X
Waterfront Damage Repair for Amphibious and Advanced Bases.
1988-01-01
W -. In-h E E . EE ,. E-.. fto LI *w .- o A’., WIW~~~~~ ~ V11-11 WI 1 MI - t~ r LUnc lass if ied SECUR .’ - ASSIFICATION OF T.15 PAGE Wh n I- II...JlI.h-I 1 5 SECURITYS CL ASS ’of Ih,0 Il Naval Facilities Engineering Command Unclassified 200 Stovall Street Unclassfied ___ 5 DECLASS-7C AT70N... tangling of tether cord. 4. Must have trained crew to operate. ’ SCANNING SONAR To increase the efficiency of an underwater damage assessment survey
1990-01-01
0000000000 400c 00) -4000C20 (400000 N44V 010 "- K W Io0-4 Kfc oc a c In00000 i4 00 oo %nw 00 000000 0000 (30 Ji K a 1 0-4 KH00000000000 -W4C4- CD0 anw000...44440444444UUU44444 Kf I W-ONO KIf KfC t -4 -4N K. N K I M-40410 K11 K I 00-4iri4I &, mO &n o In in in in 0 In o inY) )ofIn in in o In In 0 DIn 0oIn In...44444444444444 N44 4 *ON co a 4 .- c) in di n I n t t i i An in t mnam bfIn wi wi wmi wa w) wI In in Infin in in In0 S doaN w4 4’m 113(’ a C) VMmmMV MI
Dollar Summary of Federal Supply Classification and Service Category by Company. Part 7 (6650-9999)
1991-01-01
WI WI Cw-E I 1 W ~ 1 IV) 0 - 4 1 - U 4 1 -4 L 1 . . . .4 L tun W-1 1 .4 C 0 4 1 I- *4 C 0) - 0 0 0 C 0 1 1-1 1C 1 - 1 4 1) 0 I-.4 f C ~ 4~. a ( I I...wA 01w1w Ij TL Ia cc 0 0 0 0 0 0 0 000 CL 0 0 0 0 0 (A 1- 0 L0 0- a - " C i C w 0) CA Za- CL. a > (n.> z->) > wa w w zA Zaw 0 -J 2 Zi 0 " x00 0 Z 1...82174 0 mI D’ 2 C 0 <I I 0C 0 aU C 4~ ~ X% x- 0 x- C .I . .I . MI 4 .0E 01 . . 0 m IlIE 1 .4 0 - C E - 1’ . U - . tun MO) 0 - 11 - 0 1244-0> 0 U C
A Refined Model for Radar Homing Intercepts.
1983-10-27
Helge Toutenburq, Prior Information in Linear Models ,(Wiley, NY, 1982). 7. F. A. Graybill , Introduction to Matrices with Applications in StatisticF... linear target trajectory model z i = 0 + 1 r i + wi () where w i i=I,..., N is a sequence of uncorrelated zero-mean A noise, the general formula for...z i (i=l,..., N) at r. and a linear regression model 1 z i = a0 + a1 r i + w i =(Al) where wi is the corruption noise; the problem is to estimate a0
Domestic Base Factors, Fiscal Year 1979. Volume I.
1980-03-01
z c 0 0 w. - ri Z < - I-- 4 - ,I W M) -- ;.0 W -- ɚZ X W 44 A W LL -4 (L I LL w a0 Id x2.0 W 0 CL td Wi < - W 004) IL o I i j x m. A. 1. I - 1 L...0ONVCO7 ) Q0 ’+P,* ir) eC,- 0 0 - -O,- ) 0ID m ty if) - -0 _r-- 04 N 0 N (0 td <-444 -0 IL V)C .W a " a - LL (00r c 0 0 v U 4 a-0- ILJ -i I uIL X - a z...C) z r- 0 ) 0 7 ( CD 00 0(0 (IN f- ( 0 N 0 t) Li (I., < Z -C) . CO. . LL4 < U - 0 tD (DON C 0- is, m 0) 0 0 0) I N N l F- ’C 0-- 01 NM U) CYN CD (D
On Achieving Network LPI (Link Parameter Interactions) for Spread Spectrum Communications.
1985-10-01
Direct Sequence,Longley-Rice Model, Adaptive Control, LPI, Scenario Snapshots,Interference Limi ted , Wi deband Propagation Modell1ing. . i idL COU This...0; a. ..- ,2 w N a11 N z , <:X --. t ,0 II fr Zo 7 10m I II P:3 ZZXUO. (3O U . 0 WUN 4 - 0 4,U w 0-N~lrC~C (fjwW -w 2 -. OI- C) I- I Li tjU (A xf
1993-02-26
CDU *~ IA C, Mt ac ca~ ;-§ = WEBS ~ 2WW -J OWO W W w U .41w 991o 2. Z 9. .J4NUIW fu -W gW atZ W ~~4 uu U~jW * WO W~I WI u at N. 0 0 W W 43I M c MCW4 - IA...t Z --w A -~ 4 -ti LUW C- o.nfl$I-V Pd . - K ~~~s- 5o. In U N U, I.-W cB w o S. -.-Bg a U I N N E % J N*B 0 u ra wz -It- ! - %n .~ *4- De IW. WIx -C
1987-01-01
0-4 .4n~(D r-4.4.4.--00-4N -4O4N4N Q 103 (n 0 l 0 I I toN (n oC 00 0 000000c000 o 0000 00 4i 0000000000000000000000000 00000000 -0 1I00007mo 00...Ij 0 0 00 0000 0 o 7Ŕ CA 00O Io L) ’- I- 4n (oWI W rh - 4 -4 - "oi Io DO Io .- D 01 4NCA 00 01 n0) 0) 0) z0 NI -4 coo N I3 OO I y)W( -4 -0 -4 4 4 0 0...4 00 00 C’) C) 0D 0-4 000 In 0 0 0- 00030 00000 蓐 M40) 1 Co W- Inco COW(D’ CO I CIDr CO r-Cr--- 0 pC-- pD (-pW r--r.-ow0 -4) ow ow 0000 COCOCO
1990-01-01
4 a:: wi :t mo 400 N erntiofl0o~Nco cf),4In m in N It N O0) I I C) q N! 1 )-11uIto00 N qt 1- 0 0 0) 15.1 C: c 40 N Me o- -4 CV) 00 I M100 00 Nf 04 NCV ...00.-4 1 61 4 t wt it 4 q**- 0 nCV ) ..I)0)00 I- M m0Y) m0I00m0MCV00m000Y00mIn00Y00000m000000000) IL.4 (-4 NNINNNNNNNNN 00 00000C004- q- .. 4-4- 4 - 44...4N N ൰CV N N 4 .40 8&.NC40000 NCV )(’ am 000 N> in 24 Z.C’%> a EI*0 woo E E E E E 9 III - I Coc 1140 -i at 0 0 -mN 06* 00 Is40 10 V V 1L a. UI *6
Military Manpower Statistics, March 1979, FY-79.
1979-03-01
9 m 0 W L) N Zr C( wN K)1 N 00N) ’ ow e-> C’ - ’ ’-- Y Z. z- N’ 0 N W I 0,0 nIif ot Ot 0 0. ’ ,1 0 U...AD-A152 895 MILITARY MANPO WASHINGTON HEADQUARTERS SERVICE (DOD) DIR FOR INFO OP 9 RPTS. MAR 79. DIOR/MO3-79/06 UNCLASSIFIED F/G 5/ 9 N/L...qii 44i L a b- 4w e 0IV >~-I 1- >-i 0 g ’ A. z 0 1) I 0’ WI CA. ILLO. IK &zs WE,~ o j ~~J ~ ON’ I’t -wo c x t I U. ------ U.h It 9 ’ 4’ N-Q 9K 4W
1984-09-01
JV) 0..J- 11- 0.7 it HIZ-z7WaWI 1-I 1 1- I"c 9-4... It-)% -Q-0 .) 15 1 ’-0 -a -aI w Lo I U .. J()V) .40%. 11 UL)(S)Cg’ 11 VOZ - - ’-0 1 ’-I U). 0...34- 9-4W s-XW-XJ) 11 W 04- 11 .J I LVLOL- G*Z- 1 1" I -SI . . . . . .4 1 11I ZNJ’-..i9-- XI-%WtDo N DLD1-slC T 0 z(~zt)->I I V-1 PIŕ IP OH Zj .-I- 0...ut) WWCD U-,-o,- 0 L,4-u4,44u4-- ut 1 i I4j<=wa: a.) m- ip -, wnJ 11111> .60o .0 - 1 Wl -to -W l .J11 lii 11 1111 Z"’")i 1~~:...cIV..L UIZIn-’Z F
1984-01-01
8217(-O0I0D 0 <C 4 4 00 0i)-0 N Z ( N- 10 00 *- ZO I o Q) <C W0Z -001 - 00 -0001- o j -ZO 0O0O- F- z0 CCi)00 4 - i co0 0: O (1) CL C00I De ) 0 I) -WL)C 0 0m 0...000 04440000 Iu.0 -, 0 0 0 DZIL DE CD LbLL Z D Z Z DI z 00 U IQC )()M-r q- Ml P, - (1 A -Nv -NvN 0.4 N. 0 0 )o C0nNO0n 00 L0 0-V o D-000-00ON -’ . 0 In...00000 00 NO ... OO 000 40 KO < DE ~ - -# 4c M Wi) wC - V0 00) 0)Ci) 0 0 ( 0N 0 )0)0I i N If N C) W _j O~D 10 0 x JN00 00 0-1 40 0 0 4- j <iWi- -O woo
1983-05-01
Element (W)I (W2)2 Factors Male 87.5 81.1 +6.4 Sex Female 12.5 18.9 -6.4 Married to.@ 81.7 +18.3 Marital Status Single 6.0 18.3 -18.3 ( 30 0.8 6.9 -6.9...March 1982. i0 ~16l Table 2.1 Demographic Data on Local Boards. (33:12) Number of Local Boards 2,113 Board Positions 16,560 Sex of Board membe s...Effort and ~Reward (n - 175) Actual Expected Effort Response Response Reward Element (%)I (,) 2 Factor3 Male 83.9 81.1 +2.8 Sex Female 16.1 18.9 -2.8
Summary of Meteorological Observations, Surface (SMOS) Beaufort, South Carolina.
1984-08-01
WATHER N 0? 33 SOO -___ 22$ 75 2ses _1590 NNE 303 *.q lt 17.6 9.9 *7.3 3.1 NE 5*P J.__ 1.? 13.8 $.4 39.7 1 3.9 ENE 1*$ ..s _____7_ 129S S9 55.4 25.0... WATHER SERVC[ OETACHMENT DAILY AVERAGE/EXTREME TEMPERATURES ASHEVILLE. N’ORTH CAROLINA AIP ft 1A o £VrIB*OI ~ mAWSMO £WiIlS O.I OA9 ’C 0 066 0*__ _ 0
Limited Surface Observations Climatic Summary (LISOCS), Murmansk, USSR. Parts A-F
1988-06-01
1 OPERATING LOCATION - A USAFETAC Air Weather Service (MAC) "LIMITED SURFACE OBSERVATIONS" , 3sP6FETAr CLIMATIC SUMMARY "LISOCS" MURMANSK USSR MSC ...3’ 7" 1 - 4p-5s UC S6 TLIAL PLAN (Dr ’ EES I I 0 INb N • . 1.. 9.2 7.9 .7 29.9 7.5 !NL 7 .6 3.. ’,2 17.1 66 . 2.3 3 .6 1.2 7.2 93 TC 7 . 1.3...CEIrATOLOSY R INCH PLPCENIAGE F TEE L UC -NCY Or OCCUPRC NCE (IF SUROFACE WI1ND UTPf C tION VERSUS WINE) lFEfE StEAFL T AC FRU4 POORLYOERY08AT31ON’ Alg
U.S. EPA, Pesticide Product Label, GABRIEL METHOXYCHLOR TECHNICAL, 06/20/1968
2011-04-21
• !IJ!I!II!II!!w.n'~ - .. II'I'!!1'I!:'IRI'''lIIJI'I'!!III.-:._!!lI!!III'l:I!l'!~.WiIll:!'l')l:;s;~~-ttt!:'!' a'!?!~_''''-m2&~-.t ;!I"""€&'!"'i~ .,!" 1-tt"lfl'J,:r"!'rL'n'!I-fu,!!!,dfj4!":!; ...
1985-01-01
M 00 4 0 0 fn N&- 4 C4...I0 in 1- cm m 07) 00 toPP 0 1~c it -40. v;- .40 N04N,0 0 0 0 0 W:no - Wi0 a -0 I 4- wan f - 4 N0n0 00 4NaqN I. 00 - 1-a V24~ ONl N 0V I- tO I* 0 wa r... m 14 I 00. ira 4 I- 1 0 1 .4 .4 se o ev e wes0e N07s ess 0sees 0 I.- ZI 0 a a 3t I I ’* 4. r- : I I’" 0o. I Za NN 07an 070)0 0 070 0000000N0.4 . 0
1992-08-15
SETUP 04 Jan 9. •:09 :49 Page S, ;CHRMN VAL5 US•.ER ._-, DE INm-U. C.HOWI;RIES QSýR la;1 Test Name: EWS[ Calculation Factor: 3617 Reaction Type: [RATE i1...4 00 . aWI > Z:Z A M C4 (N0)0) 40 1 W IX I,W LLS ’n +Ix 0. el IL C.) If) a 0. Oc :10 LLI 0 >- 3t b) I 04 Lý C)La > -i -i LAJ -j .9 L" +1 I LLI I C4...kI u~ 1- - S * c2z.a w wa 140 Z M 4-9a % I M aU 1 z 0 Ix (A Z el - HW ix Il- Iz I4 Sw ;w IS I l- I W W O a Z3 ~ 1--W 1. 0. S 4- A z4 Iř 3 1400 =I 1
1987-01-01
I 0) (N 4 ) mc4 (N (N -C140 t 4 u ( N -4 C -4 in * L4 I V) 0’ 10-LI V) In V / ) V )U 0: L LJ u jw ’ ’ WI w wLi LL ~ ’ OIL )u )UC Uu L C- 0- C WI...AVAILABILITY OF ABSTRACT 121. ABSTRACT SECURITY CLASSIFICATION 0 UNCLASSIFIED/UNLIMITED El SAME AS RPT. E -DTIC USERS I 22a. NAME OF RESPONSIBLE INDIVIDUAL...c 4 nI I , w- 0 0 -4 N’ m F,- m~ m0 m0 m v t-- (0 v m0 m0 w0 - i4l m w -a I I LI (( I C14 ( i F- ( i -4 -.4 (N4
Guidelines for Simulator-Based Marine Pilot Training Programs
1985-03-01
Excellent’ Saifat Marginal Iiwartisfdc tory C oe n t s 0 / /0// .-ON I- FX- D OF V/L W L/wiT5. j :4 EX ER/? 15 r--5. 5Imu,1-tQ/0AJ OP- [319A/< E-.FPrc.r...REPOrT No. CG- D -25-85 CAORF-50-83 18-02 It) TECHNICAL REPORT GUIDELINES FOR SIMULATOR-BASED MARINE PILOT TRAINING PROGRAMS Reproduced From Best...constitute a standard, specification, or regulation. . Acoesson For - NTIS 7 &1 PTIC’ T,,R [_ 000, D.st r .. D !vr 4 i a -1 BIBLIOGRAPHIC DATA .Repof" No. 2. 3
Airport Activity Statistics of Certificated Route Air Carriers
1987-12-31
0 I - ; C o W’ ) 0 (N 1 0 1 04 CK0 I ! 1n 1 n wvco mL C o0 N 10 10 o-. ".C4C U,- Wi. W W W WWW W W WLi W W W WW W W W W4 WE>C . . .2IL .J .8L... fr 0; 0; 0 ow 0- <--. go w - w in ’A ID F (b 01 0 C’) m) 0DN I N 0 ’ 0D 8D mn 0D 0 0 N 0n I co Go VD V V1C) I D D 0 Cm 0 0f 0 01 N I 01 In in wD (D - 0...6 _- 5 6 3 z 5Z 6j -6 6 V) 0) 2.9 U) U) 14 (A*~ 09 (A~ 2)4 U ~ U ’n U A I ( 0 0 0 0 ) L A 0 0 0 0 In !;ZI W W WJW JW W wW w3 W WWW WJ I- W _c.j z 39
1987-04-01
FAIILURE MOVDE SPECMEN LOAD REQ ’D PE (ADHES ION, SPC NO. WI=l ADHESIVE TOD PEEI 5 IN. STRENG COHESION, OR RANZ’IT1= W (IN) THICKESS P (LBS) P/W BASE...area, squat * incries nomina. thickness 9 moeasuced widthl) b - width. measured to ;@&cost 0.00, inch (se T nabnle ht 1117s .31culated Eros nominal...no&na 101ms-sec1ona area. squat LneCes(nooln cno 7:*s-n 4 c nm i tickes., I a (measured Vkdthl f. Tonse Strain Uti .L ,c-o &n./Ln. - See Flbque 4 The
1981-10-02
nL a, (N LlwNn - O- N OQ cOCQO Oa C. ONN CC 001 nC 0O-TmoNnmm 0 -7 0’ n on o m f- w -14w- 0 aj (Nm 00 C) r C40M(o -w m 0 IN IN~O O T )’ C01 cO o~f o 0...0 ’IT 0 1 Oa ) -L o kS 1 r LrNx1 0 r C’. U0 m N(n ccN -W 00 m c 0) N - M0 ~ O N r- M L’ _j-MZ_ N. o N0 U- ZN N LLL LJ O)r N 00 7! t- r- (N0000O--OO(0...LO Lr’ nI C) 0 0 r oa D I 4 , 0 0 0 m .- trv C4~ W 4W- kI V)v-D L co c.i- l L) e V(j D I o I / I In~ M ZN 0 z a t~~* N-a (D coC~ If) M WI h/)m j UU Z
Report Index for Years 1939-1985
1986-03-01
u 6) U u u 0 0 93 f3 m I N 0 - - U CU 2 a 3 - U 0 -J 6W W. W 6 2 W W W a a 61 w w w ’A a 1 A U) 41 V, 4A V) IU L V I 61 - 21 j -1 j .- - U - .j a a...ini ’ . W . 2; .c- 2j a a 2r LI or2- - - -a C 3 0-~~c 40 0: I a 2 n m IW Z =. r L j = 02 - I 31 a 0 4A a. 19 acca W- 0I - / 0 - (. I 0 - - 2~ w 6.1 .1...N~ ~ * A -1 A a a a A ’ aa . w w 61 1- 6, 1. 0 za ~ a3 1, .a wi ; CC 0 9- I a oi 10 ) = 11 W 62 a61 - I U w -4 a W aw acca a a u wi U 0 a
1984-01-01
5 00 Wi tO 0 * *m~M 05- a * 0 0 0 D0N M 00 0 0 0 0 0 0 0 0 00 0 0 i0- 0 , 00 0 0 0 0 0 0 0 0 00 0 0 - ~ i -. 0 0 0 0 0 0Y 0 CD...ON WN WD CLe) 0 Wi - - - - )* C D- q n N7 n - 5 n r0 N) -- .- . - -- "T Iq "r
High Level Design for Distributed Application Instrumentation.
1992-09-01
true branch ,TRUE DD-path5 FALSE false branch SEXI .__T DECISION-TO-DECISION PATH EXAMPLE FIGURE 2 4.0 AUTOMATED TESTING TOOLS Manually testing...I I x l- I lE-4 I XX I WI I x I IH I E- 1>4 I IZI X XX I Z ~It X X XX w 1 0 1 XXX x X Il- I E-4l XXW x x X I c)l I XX x x X I4 l l XXX I X x ( l...I I lC1l XXX x X III xXX X x x X I WI rXX X X x X I I II xXX X X x I i 111 I 1W 0~l XXX X X XX X I1 10.01 XXXX x X XX x I HI0 IW 01 XXXX x Xx XX X X I
U.S. EPA, Pesticide Product Label, AGWAY BETASAN 12.5G, 11/29/1979
2011-04-21
... i"'n"'rtl'll' ',',l,-jIf)I,,'; N;If""""' 1"'"11'" Mflll1,f'''''V t:vl't."." M,II'If'''''V Pm,. M~,'I,. f'nvt" f'hvp,.n'·jll" It,. !"I;ml r" raf"l'v"""d,;l rlnd ;'WI,,.t I'. 1 W."lllrlfl, .... 71111111' ...
Pavement Functional Condition Indicators
1975-02-01
HiuhSiwed Rnod ffiillh’ hquiimml h’vulu- uimii. Keseareh Report No 7,vi (Center for Highway Keseareh, I he I niversiiN ol lesas at Austin. 1%K). "• Ko ^er S...III Scull AFB. Illim.is i?) Ko >al At-’ Wi«)dlifut(jf, 1-Jif>laral 111 Kiiiiliduc Al-H. Mk-liijjan (4) Zijvibnwkfii AH. limuam IS) Miiioi AKB, Norlh...K.J. IVters. Surltur hruiimi Slmly iif \\II nmi Hinhuury HKK-TI (Hifilm.iy Research Board. 147.1). "’I /uhi .oiil I. Sko «. A SIIKIV HI ihf
1988-01-01
a) > fr wUO wua w U.1 W 0 w 0C(00O-4 C 0 a. W(1 La- 0--cl - (n U, -.1 i.* .- " I,.1- wI- 44 Z(0(01- C(0.-4 l(0 w0 1-0 co 0Nz W 00 W(1-lZ Cr-Z um1 00...l N N l N 1 N N-4.-4 ’-4-4.-IN -4 1 00r- I Nl NI N1 N" -4-4 C1 "NNNli- I01( Q L I 1 -4 -4 - 4 -4 fr -- CNNN U) 100’V I I1Q000 I N N1 -4 -4 N4 N 04NN...4 .- 4 . 4 4- I 00(0 I C~ -r- I- r 0-r-r.r- fr - l P- Qr- r- or- ar- >J- >j- >,t- r- r- r- . DO(0 o ’n I4400000 40000000 1000 440 m0 m 0 mU0
An Analysis of Optimal Airfield Attack Parameters
1985-03-01
8217 ." .• . ,n’,,"•.,’." ". ".’ 4,4"- 4 **,- ", -"-"*",", .% - , "**q ~ ",, "." .. V sy random, but served to validate the code. The results were identical...34’kdutput I ,. wi’ltllW ( ’Rudm NOW Test Pratea’ ) Writll t Writela I witall( lIt, ’l7MO RAM Ruda Nabe ’ Test Prgra’ ) I wittll( 1st ) Wtittla( It
The Air Force National Guard and the Air Force Reserve: Points to Ponder for the Future.
1987-05-01
34 thet i t tmAt- imv . ’ .i I riq iht I 1 u 1 Ii how thr, wi 1 1 mobJ I i -e, their peoi’onoiel -nAri % In ’IA ŘL, n F:,,n,- t wh:on recaI ld od Th I...iabi I I tv tc’r’ tt-I,> I ’.IflI :I’ tiL iiki fl iI’r4t qI pat t tIE? #-it E’ry i tt It - z dir -o o Cnz. numhvllt (- tt tf te ir tpca aA lab n >9...i lab c t the 1--’ rt Ior I-~ ci- tui dL-temine _-- cori’-ensue5L amonq ’(I ois : ’r’ loi onI o~ P,- t o m j r1 t v I.)+ t hc. mernhfl_- e r c -f the
1985-01-01
04 C4 I4 C4I CNN NNN M.4f * N N N -4 -I .4 II.4NN *>-I w- C .40 C t In I, 0 I 1IC w040000oN 0 C4 . I CL 0. 0CZ in WI I )M nMI nIinn 00 CO(-ic.) I enC ...m I1 cNNL N ENC ’ 00 N N) N4 0(n MCI I C) 4 I -000r4 0 *.-0.- N~0 COJ cm mOi cl j C4 CMcj I ~ C)N NN 4~ Il N-.I-0I- 54-0 4 IU-4 1.I 4.I (I 4N - I ca c...40o 3X0 EN ENC , 3N 0 o-4 I-- EN" 0-4 1-400 MI 4 MO m)-I No 0 4- 0) (0 40 co In (o aU’Do Ml) 0 0 00 -4 -4 0 0 0 0 0 0 0 0 440)t M4 I n In In Ln -f 4 U
Microphysical Properties of Fog at Otis Air Force Base.
1982-01-26
BKN 60VC 5 F SP1 2133 M3 OVC 3 F 2 0 SAI 2155 w2X 2 F 70170 21 08’ SAi 22551 wix I F in _ _ SP 2320 WIX 1/2 L-F21 0 SA; 23551 WIX 1/2 L F 6916 1 1 1...SAI 00551 WIX 1/2 L-F 699 21 - 0511/2 L-F 6 i8 IM 1__20_____10 SA, 5 5 WX 1/2 - F o3sI 2w-x -SA I 0455, WlX 1/2 F r7 r’ _2In SP 10535 i WIX 1/4 _ F...20 - 1. S~l_555 WiXI~114 _ F 166166 f SA!O5 WIX .L -i 1/4L r___ RS SP 1 07 4 0! --X - F 1 1 I_ US SP 0755, -X ES SKN F FiR 264 0 . SP 0815 -X 5SCT
1994-09-30
DE LME NDO G E R A R D O MAR I GZA A I R F O R C E D E LMUNDO L I LY F E D E R I S NAVY D E LOACH B O B B Y D E A N A I R F ORCE D E LOGE B...YAN LAMON EAR LE JAME S ARTHUR EAR LEY KEN W EAR LEY R OB E R T WI L L IAM J R EAR LS M I CHAE L G EAR LS OMAR DALE EAR LY BE N JAMIN J R...8 9 B R OOK LYN E 0 4 2 2 F e b 8 2 KEN TON E 0 7 14 D e c 9 1 R OCKH I L L 0 0 2 1 4 J u l 8 1 T E XAS C I T Y E 0 6 24 Oc t 7 9
Development Test 1 Advanced Attack Helicopter Competitive Evaluation Bell YAH-63 Helicopter
1976-12-01
ff. The poor design of the rotor speed gauge (para 110). gg. The increased level of vibration at an aft eg (para 115). hh . The...4 r j- lR fl ; fl i |n t! jn \\ ift inn ■’ T1’ ! i r h- ’ ... r" ..M if_ B P i: 13 L. KNDl S) n ID 0 TI Rl k f k ff ^ 1 II JB Cli...jje^^g-^ iäSfci^W, " ~—’-’’— -■~*v*’yr*pnsm*v*fr. wnvuf^ u«^ff4rflWW!IJJfJWJIMUI!V.WI’!’ ’ jB ^g^lSWP r?-*«?^WV«r.i?.M»,lB;i»«TOi-<’r™ 7 (X
1975-06-11
i U A. uj N N 10 U ozu us - us < cc < w., Z ! an - u i0.a - - vil gI J Z Oil - I - 0 i U*.N .1 t 0;? % . f C - I ’- Al ii- 0 zz IL 4I-- I 0’ ...0 N m 4 4 0e , 0 %0 OD 0 0 A- i oil ,4 WI- 0’ ’.4 N -(1 .4. r - 0o o 0c 4(1 W% .zOL N lU 0 1,; r- t i - I ’- p.- 10 0 ’ 0. ’ tn 1C0 ’D 10 l f_1...0 ’- 0 o 0 0 o 0 o o o 0 -0- - a w > AI _in& t 1 01001.r l _ G-oWC, 0 p
1978-07-01
sftt ,/’. ,a 2 cs’~ naovigation lock ..vhiCh failed i,? 15/9 sel h" , ’C -- -7 - r I -l n each bock AO ’C squae .16t/,ck f(I yER ILOCA’ p*z :c,,ceie f/cc...Jerrtck s/one parng below apron. failire Of 5 monoi/ha 1951 r -emoval of fallen guard well and 8 fD~ portion of rock filld crib - tst Zi65.08 -- 8...cut-11-ll Vog re sil wallmnltftiI I0dsee rie lock rLVeC2paiea92/ICk eadtn wi/oo cu AI ii. L_ - r ,^ . _’i eIe / oe n-n - - 1 --- p~bSq toa via cosa
1990-01-01
4.44c V c- U CU4 0 1.- (A 0.0 a* .W - 0. i- -4 C10t- (D I M 6 l UN W 0 >. GN C4 i ae ad )-4N0C, D,0 P. f6 MŔ R~ = 1- (0 00 .8 (A Q 0 0 Zococ3- 00cv I...In 0 P.- CM -4 0 -4 ’I- U u I 000 Go I -16 OC) f6 ’ -4 0A 0 CN - Ll.UC I oo r WNI 00 0 16060 I toN 4: N f 0 L I. I OP.- U -4 -. 4.4 -4 .4.4 .- 46. 4...00 "M M 0i 201(f 1 E00 -4 N)x 0 0 0 Q 0x- 0 0 F6 . Co C4- NI- al 2 0 Wi U) ~ ~ 1. C.) ai a 1 I0 04 N U)N-mN-NN -. 0-4- 1- 4 1.( 4-4 4 (Y00 0 ) -e4 n N
1986-02-01
to JFK Airport in New York to test TCAS in medium density. 13. July 13, 12:15:38-14:18:30. This was a dress rehersal for the first mission of the...LW L I oW a I-- A4 0 ar ea ea a CL Ca I- I a 08 C4 ma a m * q WI WI N - B-8 FLIGHT SUMMARY MISSION 070783A. Destination: JFK Airport , NY Flight Date... JFK Airport , NY Flight Date: July 7, 1983 Mission Type: Typical operation, JFK-ACY Purpose: Medium density tracking evaluation Departure: JFK 12:51:00
1987-08-01
Prof. Cornelius T. Moynihan and Dr. Steve Crichton of RPI for their contribution of ideas, advice and measurements during this program. We also wish...4 . 0 I I I I I I I 1 0 V I I U I . .3 . I % % { PECTRRN P-4’ 9.97 m Linear coef of thermal expainsion .193SE>-04 .0 U kA 0.0 .. ... A . .- ’ 7...v w’~W~j WjW’~ WWw VV V~V W.i V w ’LW wr WV ~ ~ :~- m - ~ ~ FIGURE 9. .06 SPECTRRN .P-5 9.75 mm Linear coef of thermal expansion .2179E-04 .04 .02 0.00
1991-01-01
L I-m 0d 0 td 4 10.1-4 4L o ) 0-40 # 2 I XI i( iC c u :W ( W .1 1- Ie ix W0- cc -4- (00 0 0-0 CO I E 00N0 00((0 UU) 0 0 0 3 00 o *zz a txa...43 td 00 0N -4 t - ) CZ IS WI - IL < (M I. 1.- (0 (0 z -- 0 0N f 1 Ii Iu -4 --4z L 0 I CI D- = 0- x I- c ow ( I- I I e 0 I.I. w 0 1Q4 0 0- I0.- C )C...LU 05 01t- 0 00 -4-4 o~c cc I- I c P:M 0 4e 1 C1 cl-4 -4 44 N I c 00 td E(0 c0 10 00 w 4 4- N N < 4-0 -4-4 - 0 c I 44 - 9 -I M IA- I 00 E >I (,C. 14
1989-01-01
Operations and Reports REPORT NUMBER Arlington, VA 22202-4302 DIOR/ST 1 -89-PT- 20 9 . SPONSORIKIG/MONITORING AGENCY NAME(S) AND ADDRESS(ES) 10. SPONSORING...NNNNNNNNNNNNNNNNNNNNNNNNNN’ L 0( O(N -4 - .-4 11 =W-II ’.. C -40 >C 00 0000 =1C>0 000000000 aC>C.a 0 0 000> . nIif If 0I LAI 10 it Inf- it < <<Z nI O : zzz zz zZZZZZ ZZ...4. 4 .- I - > -4 > -4.-I-4 > -4 > -4 > -4 > -4 >-4 001 ’, I ((0 : WI ON NNN N N 0404N OI I N NCJ a )NNN 47N a) O )N W N ON) " )NNi >1 03Ico < II 9 nL
1985-01-01
m -0l- w 0 I-1- 0 w ~ KO ) < 0 IxC 0- < Mn (A C i 9K 690j 141 a 01. (0 z - (fl <Z- -j 0 m0 -Z 0j In 10 <Z= 10 <Z O 4 IIIn t 0u -C -c t C It c 4C 1(0...lflfllflfllIflll l IIIIIIIIIIIIII. 1.0~ L.Q lu II 1 1.25 111 4 IIU.6 MICROCOPY RESOLUTION TEST CHIT NATIONAL BUREAU OF STANOA RD S-1963-A ’FIN" • .* ,, ,a...40. 0 0- *. U2 m I. V4 U. U w I K U 14 5 5 00 0 .4 U. 1- Ŗ 0 I wIa w - 1 9 . 4 UI _= U1 x 0 " w 0 0" a 0 - . I I ) u z 1- 4 LU I wI L w w w< w 0 C KO
Product-State-Resolved Kinetic Study of the H(+) + F(-) Ion-Ion Reaction.
1986-12-10
are in cm -1 . v t Rmax Eobs Ec AE 3 2.64 43030 43990 960 2.23 4 2.73 42006 42500 490 1.17 5 2.82 41013 41170 160 0.39 7 2.99 39275 38860 -420 -1.07...no effect. in paper IlI of this series, toie :aie or tj1 Iso l-ztolc s- equence3 with bare nuclei as th- c- wi _ .: .i< I:. A toC.ttheL % n :ccuracy...barycenters can be found in P2. The energy levels involved are: (15) [1s2 2s 2 ) -... [ls 2 2s 2 )2p ..... [1s 2 2s2]2p 2 . ISO P0 ST p:e -irameters
List of Inspected Tank Barges and Tankships
1980-01-01
C) CC’ L-4 I-I. tD w V) 8.L T 4 I-I a 0 7 z 70 70 z7 ab 2! 7.I in -9 00 M T 0 x 0 0 t0 0 t3 M wA (0 a a ty m 0 0 LA UN U 0 C3 U’N C; N; ’ ’ ’ - N C...4 0 4 4C 13&; 51 a 2I x~ -i wt W tD . w3 9 1 0& C) 1 w I U4 ox’. 94. 0: .5 It o 5A (Z it CorI.- .5L LD D w U) N-CLPp0l 0w . 0 a. ts. m5. t49- -1 0...7IL a,& 1 -j & I m 7’ en.I.1 . 4. co 4 m I f r.) ’N a, a, U. U. N4.’ ,sL a .4 r .47 . u 1. X- D2 4.. a. t. x 43 N P. tD Il ’DX 03 P X tm. I V , r
Federal Register 2010, 2011, 2012, 2013, 2014
2012-04-10
... 7 p.m. (2) Michigan Aerospace Challenge Sport Rocket Launch; Muskegon, MI. (i) Location. All waters... Saturday of May; 8 a.m. to 5 p.m. (5) Celebrate De Pere; De Pere, WI. (i) Location. All waters of the Fox...; Green Bay, WI. (i) Location. All waters of the Fox River, near the Western Lime Company 1.13 miles above...
Hydrographic Data from the Pilot Study of the Coastal Transition Zone (CTZ) Program, 15-28 June 1987
1989-04-01
8217i Wi Ui L6 LOlaa to LO to 0 a. ’U ’I’ N W Oa ON4’ C40 W4010404 r4 10 r% r - ’ : r a . ) - ’ : - : 0 ’n p 4 44 * t*- Ka 0I 0A I 0A 000)In "i pq m...OR 97331 Dr. Robert L. Smith 1 Dr. Adriana Huyer 1 Dr. P. Michael Kosro I Dr. Mark R. Abbott 1 Dr. John S. Allen I Dr. Tim Cowles 1 Dr. David Kadco
1987-02-01
X FMP~ P"IFI~ 0.61OZ .511 C~~f" Ul5m -5. - WP 01P2M WI: fta .or 77, POOMP P.I...-3UleF4 013 £pp ’Ifff 3 0=7@IP 130 ,001AAs.. i1 99 -Ef-FP430W...SUPPORT US ARMY EUROPE & SEVENTH ARMY COMMAND ATTN: AEAGG- FMD I ATTN: AMSTR-ME AEAGD-TE 1 A MSTR-S APO NY 09403 AMSTR-E AMSTR-WL (MR BRADLEY) I CDR 4300
1990-01-01
N R CA (A CAl (no L4 0 Ij)4Q # j)C U n<U U uM0 ii C-4 ɘ :: 0. H00 .- -Wt .- -()0 M L 1 L -0 nI n L 4( I M 1((0 11 44 4 44 4 44 4 4 z4 4 0) ISO ...0 > ə IMN C13 0t Z 0 044>>~ 0000c 1,41 1IM" Ŗ 1- ) I-- I-- I.- I- U4 Io 14- (I), isL)0z 00 I- ISO ION It -~W ) f z i IION N/ 0A 0 1. 2 0 on 01-- w 0...ZI o M cv ISO . CL ’) C) cn0 000 2>C) 1 0 0 -6 co C1 mI ii 2 W- 0) 0 1-4 0 0404 0 O DU)C> (c In < wi coC’ II La.) Z"I 00 I-I > w o .Joo40 C) loo oo w>0C
1986-05-01
101.18 113.96 123.0 -N-----5 CTIC CATA - 10 RMXL FO]R WVCl&A KR DAYS 1 DRDI 15 Mv% tM OF O-eiICA&L RT•M••M 25 MIL DAS FJIF FOER EKH ODY OF BATTLE OaNm 1...0.68 0.68 6.66s 0.08 0.6 AG 0.68 .0.6 0.68 6.68 0.68e 66 0. 68 0. 68 ~e 0.0 AVEVM NM. RMAIE PER DAY PER 160M ~ TM AfW I CaMrWi 1 2 3 4 5 6 7 8 MCG 2...I6 IN W3’PPLM2 FR’ T - TMS CJ1Rw 1 2 3 4 5 6 7 8 TOTAL 1 0.95 3.42 2.14 0.19 3.05 5.02 4.25 0.60 19.1 2 4.37 3.29 5.57 2.22 3.93 0.0 6.60 3.94 23.1 3
Upper Atmosphere Research Report Number 5
1948-06-17
instrument was recovered, however, and in good condition. TRAJECTORY ALTITUDE AND VELOCITY Vb TIME 1Q170 T- 170 ISO ----- -- d *--- -------- 150 1600-A...8217aa- 6- 2~~D v Y 0 0 , 1 3$%-3p’P 0 Fel UL !UAT .21 ,’S P I1L11*1111-z Fe -II RI a D- 0C Si I3e 3P- 4s3P0 02400 2500 2600 27000 WAVELENGTH...tototot- to 4 L (4 ~~~~4 toý to ).- IDt 0 4 mo ao 0--0)o- cot i0 t CU1 Ci) M4 ISo &a0c 0c nU n s U4C - ~ r e 4.o..4 -W--I~4 w-t4 M..4(4.4 (4(4l C Mt
1979-08-31
O N/l HI I IH FO N/R BOWN N/l IT T N.O DRIZZLE DRAIZZLENASLEEYRCP EASN ISO O C0NDT0ON 94%. 5.5RL h .5 2.91 1*2 300 92 MV 00-02 1.0 5,7 __ __ __ 5.7...1 __ ____ __.__ 3.9_____ ____ __ SE___ ill__ ___2_ al _____ _____ ____I__ I 3 6 394 WNW ISO 2, 114 05 -o -5.5 6-6_ __ ~f .. CAN WW__ 1 2__4 2. - 7...6 2 294 l 7. ws__w. I ..... _ ___ _ _ _ __ _ _ _ _ ___ L J 4. ____• w 1_.7 19 3*7 ..7 01 I9.0 7.5 N .. o0 . 7 I.O . 4.8 8.1NW oI 6 Iso 3 .9 , 1
Revised Height/Weight Sizing Programs for Men’s Protective Flight Garments
1979-04-01
V 0 4 HHH HHH H-HT rIrIr- - -4 NN 04i$ 04 - E-’ 0)4 Hl m II I III I IlI I II k 0 [ xl :Iz U() -4C , C) 0>’D) C, 000 000 000 0 0 1" (0C N2 0 04 CN... xl - to 0 ajg ). 14P)f 4 m i-j C oP) t 0 t 0-. N aa H H N 00 Lii <- V) .4 Z. aI- : LI- N , . W. Wl 0 ŕ mI C CD0z IL C wA0ICO ~ ~ ~ ~ J toA C ~C o N to...LiL U)- 0 x4 9 0) I Lu WI c.o~ to~0. 04 1-- 0 U)M*gtov 0II to 40t 0II- .4 Xl ; *0N4 IL oWES MC c I-- w ( 0 lot 3. "I LL I Xwl 0 " LL4 N 1- 1 04 N 140 w
Official Guard and Reserve Manpower Strengths and Statistics, FY 1985 Summary
1985-01-01
0 4% 40 4 .M 40 N M 4 41 4j 4 19i0 p 0M .49 1 41 4 0 4 M N 0 4Z4 O 4 4 " N4-4 49 4yo 41 1 4 4 49-4n l (Y 0 p 0 Mi i0 404U4in aV% 10 wi0 . 41 OD m 144...AM M - o 0v i 4K 41 4 4yo * 41 4 4 49- 4o . 4 S04 4 4t on4 4 1-0 140q 0-I t- fmW 60q-I n 9 4K4 4 U 0Al 410-41 4u I" 4 4. 4j "M0 4LU4 f q 404 4K
1993-01-01
gn -*( 0Q 0 00 N 40 a a:wo to00)0 . C4 L~.4 U.U.L f6 - 1 -l 00o.00 4 Cfl4 mlC4 P. q w-i N4 r- Z-i (A N f 6-0 -IIn 4c (A (fl i N r- -I .4 C4 w-4 (no 00...V40& X U -- C -- 0. - =: z 0.V 4L CLO U U .4 .4U isQ3t lb 4. Cl . c൰VLSC io&C -4 CL > . 0O ACCa I.- (A-1.. S4 It ;: 0 0 04 06 > t I .. C ..4 0 o 1
1979-08-01
left end of the service platform has spalled over a 12 inch by 4 inch area. This spalling is attributed to excessive concrete vibra- tion. A...reinforced rod on ton of service platform exposed for 12"’ 1-f f Irescenct- NKone notedl Hon n E, com r)-1 12"’ x I" on headwa . seer- S age flowing through...3 nL 3 o m W(\\ +4 X -. = 0 wix .- X a kD X-~ W-I)~ + 0 5 Z I-- wJ 0 - U) w X -n = -o-Xb \\ W -- ~U)~.I-+ + -L a " fJ f It 1.Z’ X - r X tO U- -w LLI- W
1994-03-01
4- wi 01 (A I- s- 4-’ (A (4 m) 5- C - U 0 0 0 U) 01 0) U) d’ I V) V) ( 1 ) < (0 4S) L C 0 4-) 4) 01 _0 0 > c a) c L 4-) S 1 . - u U C -’ S.- CD 0 C 0 C...4J fo to - i’ Ca 0 cu -n0 C C Co (a IV Q) (n ’C ’C C ) C C E in 0) M) =4 5- L M1 -. 4- I ’ 3: t l) 01 c/) U) C En a) M- 4- .i 4- C C: < -M 44 ’ 1 , . U...0L.0 0) *’- (D M > to -.- - - 0 ’C to It SC a -’ C - = C 4 C ’ E m 4- o S- Li. U 1 :4- :j 4- 4-’ E a 0) 4.- C) 0 (D -- o -’- E C/) < 0 TE >% 4-’ 0- 4
1983-10-01
will be: V(t) = 4,100 et/RC = 4,100 e 5/100 3,900 Volts Note that failure of a device during such test will classify the device as being Class 3 of DOD...Volts) 50 mV/small div., 50 nsec 0.1 mV/small div., 50 nsec (Inverted) NU-N E U Figure 12: (Charging Voltage: +1000 Volts) Figure 13: (Charging Voltage...Ij stchari I-,, i-1)401)0 1 It (uIrllis wi th vovy rt’~dIt- e l b (’i a, Ch .11it(! 11 1~ lit u t’ ~ 0 KV vult*.ge, I’Zinge anld at hw nFgrs 3~s. it
1987-01-01
00 Z C. 4 9 > > t ’r z> >> > > > > I Z C0 0 K r . 50 F580 0 9000 > >> > > >> > > > 4444 Cd~dd > IL . *’% IP ~ ~ V -,~.: :<~ ID O* 0040C\\ t- O O1’INMN N...04 - CC 00 0 .4L 00000 . Ze) L) Sz0 Z3 :333 0%3 : m U3 0.w Ip w ? L) s u H U 0 7 Z 7- u cc 5 m 00 w~ > I w~ : < en 20 WI CW m : ) A e u0 000 00 WLLSW...ON a’ OD 0.0V .. N-0 t- 0 N 0DM a 0 4 N cc r0!0 w . Vw w w mw0wwm wc V m 0 0~. .0 0 0) Voz . Nw( g-) 00 m 1 0c 0 C00 00 N 0-Mm0mV 0 0 0 -Cmm e) 0 - V f
1983-09-01
Hlc i-4.-I "m uw t4 4 did) iJ t-4 my i 04il *a 4 2 04 W dc"- W" 00m U) m ) 0U) .2 wp. 0 13 asH JcI 0- d Era1O E-4.344C 2h 1-4 Er W co )14 m 4 0 CD WI2...4 W3-~- > C-0 *1- Me ft %- % W go 0% 4 % % C4 M *0*. E- w = V I~eW= = N E- =E ( 1.4 F-4 -* in Wf 11-.4 P 4U 1b.-4 E- n r1 ,o E4 in~ 131 -.4 IE in fl
Official Guard and Reserve Manpower Strengths and Statistics, FY 1984 Summary
1984-01-01
J 4 1. 4 -A *1u 4 4a M 4 , )MP W% ng P 4 * . 4 (z 4 0 a11 C 4 4 a~~ 7 * 2 04 4pl4~~ 04 *j 4 If N) *z 0 2 .A4 4124 - th - Wi4ý C 4t,404 D 0n ’.4- a...o )U4 Y g o*1 on44 nW v4c nv 4q W .4 4 4.-4 I ?0 ’~ ~ .pc4.ý% e)0)p)e YW)p)( r nI 4V. D 4 0 a 99 a .4. 1 .1 41. Y Y . q 4C 4 4 4, U.44 CDb 4Y 44 4
Ada (Trade Name) Training Curriculum. Basic Ada Programming L202 Teacher’s Guide. Volume 1.
1986-01-01
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1987-10-09
1-4 7 4R-S5 6.E S6 FETAL MEAN I DF I.REELS I I hIND N I .~ .? 1 9 .93.7 A.1 PcE 3 .1 .3 .213 9 .8 NI . . .3 . 1.6 P .9 ENE 1 ~ .2 1.3 .3 1.3 Ic. 7 L 5...11.2 3. 7 .9 22.R 13. 1 N 1 .1 2.6 .4 . 3 4 6. 7 9.6 NW I .5 2.2 1.1 .2 4.9 9.8 t: , 1.7 1.7 1.2 .1 6.5 p .6...1.2 . ,2 .0 12,7 II*- S .1 j1.9 6.1 0.2 .0 2.5 .1 21.A 1Z.8 bUW • . 1.2 2.1 I.p .5 .1 5. p 10.2 NW . 1.3 n .0 1.6 .3 .0 .2 9.7 NA .2 2.2 1, 3.3 ,2 .2 4,4
Locating and Estimating Air Emissions From Sources Of 1,3 ...
... 1 H tu O • WI JSj ^ ^ "•^s ^ f > + \\ \\ 1 • 5 • 1 t ! 1 M 4 f * *• 4 1 £ « ; ' f, * " i ^ IC t L IA | • h : - ; : 2 i ! ~ • 5* i w - • M <» » 0 ... 3. Hawley, GG 1,3-Butadiene ...
1988-01-01
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Weldbond Flight Component Design/Manufacturing Program
1974-12-01
p ||pi)pHH^MI|H^lw.pillll|Ul.lll JUU ———<-^—>" n ^ppwviiiiiig j,W),|i,i i.i...8217 .up(llPllip" P !W-wi unii.i’ u n ,..m’mm’~’*mmmm*im* "•’■"" ’■■ jrr’*’ Section TABLE OF CONTENTS (Cont’d) 6.4.4 Cost Effects of I mproved...I i - .1 ’i’ ../ - n ü ^^L ...--- .. -^ , , ^ _*^ , ■•^-•a*»*»te wimm*r’rwr*r^m«mmmmm^m*m ^ P ^^""l II.IIIJUM. ^mtmrnmrnm ,r~ ■ ■ A
Official Guard and Reserve Manpower Strengths and Statistics. Fiscal Year 1982 Summary
1982-01-01
DI ’a D~ U.. O 14( 11) f.IF) U0 0F)Cn D.4- F- aIaDP iDC n l 4. wlU a’ ý w fN 0 n C K) T) -P" F CW a l ) Nn w) (’o F-4 o( C...CIn OW~I ;0 - 4MT 4i on 0. H WI l - 0 PI4 .4C) .4i 4 4 N W’)NNP) t .’ P2-iP I flD N 4I LL. (F L0 Di0C )t Di YW 0 4 O %W nll)ýP ON sý4 )"C I LP ,I N 6...8217 V) 4K 1L 6; - N In 4ý v4 w4 O0a vC l 4440 4K 6K1 I DI 4’ tflLi 4M 49 ii 4. ;c 4i 0 W 4 M. wIL In 0q x~ 4i w. cc 4 4j 64 6 w0 ~ 0’Ir 0 .4’ m 4 V 4
1978-09-29
5-33 Induced Lift on InTier Region Plate For eaving Deck Motion ........................ ........................ 1q3 5-34 Subsonic ViSTI1, Heave...I t uittasa Lt, "I lI tt (I I L S’. 1’’ 1t l 1t Vittisr ti r 10 yerii I I cL ot geII), thert.1 ’v redo’.L L i n duts t ’ni td n ,~ v 1wi vii t ij...s 11cesL g I Ld it sta i lit r Lon isS t’tlSIti(’ Lo thrust tials. i1htŽ -Il-i -;pt u iL Ik;! is tO_ td \\’t abOlldlt 3 percctLt ofth L ilt’ ts
1978-12-01
91 ._ ,_ ., o .2 2’. 3 bl.37 . . . . . ... A.7 ,,?Y 33 Y3,1 . . ... 9. .. . Q . o 7 .,/1 281 .l5/ . . . . - 3,c~ 2,542 3 1 2/6J ? 11,3 ),o ! ,os’ /,.3...8217;.;, ." ;,; - . . .CCC14, , .,.. . - ,fl qk -- I a4 . zWI & a a la Ir Z 0 f 1. ; ata d *~~~~~~~~~0D O 7 ... . . . . . .. . . . . . - AS 1 Z. Zt ~40. 4 0 . & J,10" 1
Air Force Office of Scientific Research Technical Report Summaries: January-March 1990
1990-03-01
u x 0( u CL a’- o 4 00. U * 0.>,. *O O) 0W Co, *+, * 0.3 4* -t * L 41 CAQ 4>, 0 (Acn Wi - 0.. WAV ( 1 tot ~ U -0 U *L .~O *0 * 0V U.* 0 0) * * - C 3u...C Ifl - Iflw0 Ci c WL L C i 1-L L)m U , C, zW N MIDi 0 M, 1 C Im _u 14 1 10- L ’Ci > 4C0 Ct 41 L ~ 1- 0I co z W- M 4 IC C .- 10 C i - " 0 0 Lu 4- -- I... WaV C L J3 p 1 30 Go U. + 4 L A 0 .4UO 0%. lL Or . O~ a.z 13 NU CA uU a -5- C- 0 c 0 C) - U CL 4 01.4 L I -O L " I U >la 4U-L UL 0’ -0 1- V "t
1989-10-01
consisting of fat clay, sandy lean clay, and clayey sand. 7 Climate The climate of Fulton County is humid continental and is characterized by cold...Tp a. FAT Can U0I S go in on &- WI - WU. GAJm. In.~a Ts IPA a 0.2 ft 17. AW’U.Z I 9 £1 t som alsieIpm n lawe W. . MY4 CIA am a s V 0 WMO a~~~a ". MVU...feet of Cahokia alluvium. The alluvium is made up of 5 feet of fat clay overlying 4 feet of sandy lean clay. Indicated in situ shear strengths range
1984-01-01
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The Role of Program Structure in Software Maintenance.
1986-05-29
0NFDUTC We have entered an era in which it has become increasingly important to develop humlan engineering principles which will 0 significantly...Programmers use slices when debugging. Communications of the ACM1, 25, 446-452. Winer, B. J. (1971). Statistical principles in experimental desin. New York...d dir C.VIo Lir~ 7i, LE -3 C Wi nd J ir E’r~~. ..CJ .. J 1 1Lt . * . BE I N Top Iip END; END-z FU14CiT I L44 Erpt .tALk I. JjiLE;,N; VJIuiH S-taCA DU I
Word Criticality Analysis. MOS: 05H. Skill Levels 1 & 2.
1981-09-01
HEADQUARTERS gall CoN.tR N111I UNITED STATES ARMY TRAING AnD DOCTRINE COULIIAND FORT MONROE, 7IRGIfIA 23651 . JCI b FE 8 131 ""-’-- ± 0it 1 Am . 0...5. I CHANE 021 I COOS A -"-- ’s.1 9~ 02 51 9,-~2-1%-101 111105-- I rPLP3Tl0 9S.l .5 I7.M CO0,25 A’Tt 99 - 131 -162 492 :1 ComN9T4T --- 1 I CnThm. 92,s...144.2 25,1 I TRAFFIC t- 13,2 131 . 1 * I T5 A’ISRe ISS I (N 152.1 148,1 147, 1 I us SID 154,7 333 152,4 150.5 148,2 14.,2 144,2 25.2 2 ACTIV~ V 5, * 2
1993-01-01
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Word Frequency Analysis. MOS: 12C. Skill Levels 1 & 2.
1981-05-01
1 , vCPS . 2 P ItTAIb 5 F I UTl P V -P,1INT liG *7 1 It4 ( Pil IL...IC.I T S, %I2 *I SLAYW .5 SLAVI N S LA I1 S Ep t 5 SL I INc 51 SL ’ PGC 4 L,. 1 5 L TPrL; 2 SLYT -~SL7 FrP 4 S f F: .~SL’l 5L’ 1 - SLI-W 26 S".5ILIL 4...4:~Sil Lee 1 >i~j-.a’ PREPRED Y: OE4TOAP N. DFO OPY F - CPIE AT P .. ’..o~ _______________________________________ DISCLAIMER NOTICE THIS DOCUMENT
1983-09-20
on -- 1d. It --- . d id-er, c S, blck -.o~b.1) ’Trapped radiation Steady-state miodels Adiabatic invariants Empirical flux models Diffusion equations...Shell -splitting, Transport theory Nuclear detonations Wave-oarticle interactions Effects on microelectronics 20 ABSTRACT ( C -0- n OR e -~ d . It -~e-lay...olo -i t i os5 at 500 ke\\% live lrtI’m i s pt, eOI iS .1: litv, ,Ie It if 5)ht* stIweo f iul-’t, wi te thle hie av itk, i il - il v t’il 1 Ltt sI c a
1994-03-01
u IU U) ’ 4U I U 0 U4 00. 09 0 -a0 W) o Gao W)o G0 00) 00 Wan ON NC’ NO I o If (Ŗ r . oc o oc 4 a’P0 0 C ) -’*G0COGOD le40 .. r. 0 00 0 P-P P-V (O...In It 0 1 O cc Cmm0oi L)LnL L n 0 inI O n nIn 0N in rn jIni nvi)v)wi n n n In in Ln (0((0(n0u) o00 art v0N(m0mvi m u i n iv2Om NL 11 4- 1ov WO a i
1980-02-01
C to~~~ II qo 3 4 .. ..N~ V. ...... .V . .N N . .S ... .V .fI . i 0 Wi . .... . 53 .O .00... 0--N. .. ZZ W. I -. 0 -z J~~D &Z av F - -q qWe at s-a...q .a1 2c z oft ew dw- lp- eE- W - 0- fP- M .. 1 ,1e mc VftWU 00, 0%0 0000 - P-PtftoO. -%ffE Uqvv 4i . qwE ft . 04W -f ewF-0 wa rnm~~t.- tol Uw0 f E0
1979-07-01
African scenario.) The training analysis revealed some discrepancies between the list of tasks taught in FAOBC and the list of tasks emerging from the...I tD ’. 0C-) Q) 4- ) 0 N 4- _ L ~~1 CC 0 -- .0 I 4 J0C cog 1 . wi. I -4 1- Co4- ~a) U’ cu ) 0o 0 0 CDm 0 -% o c u- CO 0) -* -- cN- LO) C’I) NO 0 - CV...population density. (Refer to Figure 3-2). The African combat scenario, closely followed by the Middle Eastern scenario, was rated as being the most
The Credibility of the Supply Department in the Maintenance Environment.
1987-12-01
0 0 0 GROUPS A A L P S S A F S A A U U V L H N C B R I -’:.T F .4- [ ~SOAFL I __ I.........1___I __ __ _ _ [ SOASH ____fl II _I ii [ SOLANT WI! I t U...of afloat and ashore commands within the surface community SO All Supply Corps officer respondents SOAFL Supply Corps officers of afloat commands SOASH
1987-01-01
VLA00- VN00-.t0CO 00-4 000 -I 00 zo 00:< I-0.O- 4"NNmOOO t rNN 3-4-- 4CioL C) r ol0 00(1 300 0 )NO O <-0 :I Z v f- 0)(m(0( MOLA 0)4 40 ZIiIf0 N _( t- l...V0 < 0) lac .- 4I -4 .. 40) WI)v 4)Ř 4.--4 0 ~ ~ ~ ~ ~ -O c (00 0)-04-00- . -4 MOLA , C0) m -4 e -41-" .1 LA nII ’III IX (00< I 4 4-f-4 -- 4
1985-01-01
W ’I-N004I NZ EOZ MUOIO N mU-4 mU. E- b MWoo M-O C ICOI N O4-0b O N40 N moNjO w-I-4-IOOO 000 0-I 0-I M-I mo m, (’I .44 c)4uu(O N - 00000 (I-CL) ON...4 -4 Of4 N-4-4.4-4-4-4 CM c-4 CM ~- I b In N. in Nv in- -( -4 N I Nl LN൴nNN NN I N 4 I IN In C, .’ I’- . -4 4 N4 N , - -4 -4 N NNNNN N4 N4- N0 . 4...00 0M ON4 0) 0- 0 0 0 0 04 IU :-41 N o N v - (4 N N ) N N N N NK r IN N4 00l~ b 04 C. 0i N ig) Ne le -00 Wn Gob O V 0I0 - 4 04 M4 U) ( 0 4M Go( 00
Exact Performance of General Second-Order Processors for Gaussian Inputs
1983-10-15
general than the characteristic function considered in [3, eq. 5], which itself required a very lengthy analytic treatment to get the probability...8217 1970 13=2*12 1980 I4 = N/I3 1990 FOR 15=1 TO 12 2000 I6=(:i5-l)*I4+l 2010 IF I6<=H2 THEN 2050 2020 N6 = -CCN4-I6-1 > 2030 N7 = - Ca6 -Nl-i;’ 2040...GOTO 2070 2050 N6= ca6 -i:j 2060 H7=-C(N3-I6-1) 2070 FOR 17=0 TO H-I3 STEP I 2080 18=17+15 2090 19=18+12 2100 N8 = X(I8-n-Xa9-l> 2110 N9 = Ya8-l
1988-01-01
0 00--400000000000000-40000000000 0 q’mwavI m 00 00000(00000000000000000(0O ANIWOV I (00400550 1 0 0 5 0 t~sWOqU I NNNM C".)O)a s...4 N J 5 ’ 5 M - -4 1100-4 1 040N ,-4 N4 N 44444444-l444444444---------- -4 1 0 -40 1 < <<ɜ< 4c 190-40 1 -4 -4- -44-4 -4 -4 -4 es!-4 -4-4 -4...009’.. I NNIN-4 NS N (7N4-4 NNN.- Cl- INN-4 "-4-4 -4 .J4 " NN NNNNNN4NC 0 N o( 0 I >->->-"- . 5 .’ . . ....... D.
Groundwars Analysis of the Laser Warning Receiver (LWR). Phase 2
1992-06-02
Advanced Field Artillery Systems, ATTN: SFAE-ASM-.AF, Picatinny Arsenal, NJ 07801 Future Armored Resupply Vehicle-Ammunition, ATTN: SFAE-ASM- FR , Picatinny...I I i I I uW I I D I IA ZL I I I 1 3 Tu W- WI IJJ 1 I i I li I x i l l l l I WW WW WWW LJ IzI I U- . I3 1I Z I I I I I n I IzT--:-)I I W0 1 1 1 I " I...Lfi I ll I 0 cc c) -- w z .1 00 LU I -4 , I . .. . . . IJ ’L coJ,< E ..: :.... ...... Z EDX -J - CI) zV I I S . .1 w w V OL__ z.I Lr >- 0 !- 0
1972-01-17
OBSERVATIONS 930 USAFETAC 0.8.5 (OLI) PRIOIS IDI ’ NS I -II FORTA D 1I ( JBS -I7f DIATA PRIKESSIN ’JVLSIfN FT (./US^, SURFACE WINDS2 L1 E.,T E E’VICE/’C...821719 7 2 , n 79, 9.n 7. e -1-9 /9 0r ."J--%l 4. :j Hh .3 7 7 Soso3 n,, ) A(~ 9).95 8)16 9 . ) 2. 9 .19 , 9, 10 4 U L 21 5 . td lt 711~ri)~ 79.7 A0.4...85.9 i. 85.3 jb .7 8.7 . 87. 4 87.4 87 . 87,4 87.4 87,4 200 0 .0 tR86 139 1 i. 900() 90 6l I l L ~ 9 ’ U 2000 r 94.~ 00 ! 8. 89]. 9O 90,8 90.9 q.,7 2 2
Badr, Ahmed; Hassinen, Minna; El-Sayed, Mohamed F; Vornanen, Matti
2017-03-01
Temperature sensitivity of electrical excitability is a potential limiting factor for high temperature tolerance of ectotherms. The present study examines whether heat resistance of electrical excitability of cardiac myocytes is modified by seasonal thermal acclimatization in roach (Rutilus rutilus), a eurythermal teleost species. To this end, temperature dependencies of ventricular action potentials (APs), and atrial and ventricular K + currents were measured from winter-acclimatized (WiR) and summer-acclimatized (SuR) roach. Under patch-clamp recording conditions, ventricular APs could be triggered over a wide range of temperatures (4-43°C) with prominent changes in resting membrane potential (RMP), AP duration and amplitude. In general, APs of SuR were slightly more tolerant to high temperatures than those of WiR, e.g. the break point temperature (T BP ) of RMP was 37.6±0.4°C in WiR and 41±1°C in SuR (p<0.05). Of the two major cardiac K + currents, the inward rectifier K + current (I K1 ) was particularly heat resistant in both SuR (T BP 39.4±0.4°C) and WiR (T BP 40.0±0.4°C) ventricular myocytes. The delayed rectifier K + current (I Kr ) was not as heat resistant as I K1 . Surprisingly, I Kr of WiR tolerated heat better (T BP 31.9±0.8°C) than I Kr of SuR (T BP 24.1±0.5°C) (p<0.05). I Kr (Erg2) channel transcripts of both atrial and ventricular myocytes were up-regulated in WiR. I K1 (Kir2) channel transcripts were not affected by seasonal acclimatization, although ventricular I K1 current was up-regulated in summer. Collectively, these findings show that thermal tolerance limits of K + currents in isolated myocytes between seasonally acclimatized roach are much less pronounced than the heat sensitivity of ECG variables in intact fish. Copyright © 2016 Elsevier Inc. All rights reserved.
1985-05-01
2 nHOLIES 2"IROCK LOWER LIMIT Of WASTE CELL UNDERLYING LAKE CLAYS DETAIL OF OBSERVATION WELLS INSTALLED IN 1981. FIGURE 3 V11 N8uber Depth to Botton ...ma- ~53 NOIJVAZ*I3 46 U = S. 4 9 U S .9 U I U ~! 0 I C a I i 15 ii liii I I ii. I SI I I UOLLVMdI3UUd aI,- Jo SIssot a S S aI - - a - U a -1*~ aw ...saarckJp 50 PIer.,4M-------- Chemist 11-22 I~et,D o~kota Stat* Depar’tment of H.Wh Public HealWi L-3horators I Lot tjmoer! 83-01’ 4494 g -Date Colectect
1981-12-01
will be addressed in Chapter VI.) b. Efficient maintenance, management, and suanc• of technical libraries to the detachment, as well as provision for...0w a aOCOM MOOC uj 1.2 Z n N e% : p NQ lý o Nrm r n A % raoV-cm N!, t . N 0 c *135 06v .0. uaflWI cc mc ac LL.4 u IL unZ E . mQ I N 4I 4 W jC= I N...INIITIAL DISTRIBUTION LIST Nlo. Copies 1. Defense Technical Information Center 2 Cameron Station Alexandria, Virginia 22314 2. Library , Code 0142 2
1994-03-01
EZ 8 44 1- 1.. z 4L ZP u u 0 w Pa8 d 4i) 0 4.z’ 04 ~u 0 4 ) 4.~0 0:. 0W .w- w A.0 tD U.4 0) 0 4 4 4 0W IEu 40 IA. 0 W 42 4n z 4E ww W ta U4 m 4 4 U L...N 0 0kI ~II~(~ ( ~0~c ~IC I N I~(~I~0 01C 4 N( 04i..4 II .4 W00 IC0 Q 44 -4 0ൈ 00 00 0 1 .Z0 0 00ZZ 4 Is,00 00 0 0 ZI0I wc > 0 3a I Q I4b oo...1 m 3t 024.223 E g r 4 to wi L8 z- z . 4L c o Wm 4l H z " E. w 0~ 4lL 44 W a U3 TD W xP 4 j 4 ) W V) F-4 4 4 1 w2 C. : 40 ’s U Q IN 0 1 0 0 0 0
RAF Woodbridge, UK. Revised Uniform Summary of Surface Weather Observations. Parts A-F.
1988-02-01
LOPFILt I ?CKS AL L AVAI L A L c i tiATI(NS 6 "LK~ ISCL UC tS -’ CUPLY OO-rVATT! n Ns lP AP C %’ P 4r L(CEL) IIN LOLIIMSS E(-7 3, 1.4 F LLMS I / I... P "A121 N S Aw 51,0 TO 595b IR 012,1 91v S I ( . .0C . .c 3.2 3. 7. 1 3. . 3 03-G5 I .: e9.9 95. ’.0 .3 !5 06OA-0. 3 7.4 4. 33. I 2ŕ.. 19. z3 09-11...Pt:C 4 -: ION1h: S57 I fAIN FRINU SNO. A Of MOOL I % ,) HOURS IT4S LO p kAI N O HAIL !ITH ft LIAR LU. iNu 7iC A’ItH03 57:10: (LST I u’I ZLL L UI SLEET
Yugoslavia. Section 23. Weather and Climate
1964-07-01
0 J PMA#AIJASON IPNAMIJA.OI I*AIAO IPAJAO ~ J 0’N I P’N>’ASO I JMAAMJjA SPLITu 7. ITORA lD INIo PI SKO (PJES. u aI~hr oi n’’Vr~m o 8 0 1. . . o o 0...1 7.1 10.6 10.4 A.9 4,1 1.0 4.1 0.9U 11.8 14.9 13,8 104.5 49 KoliJ ko ................... 3. ) 11.2 3,8 3. i 3. 3 2.2 1. 1.0 .3 4,3 3.7 5,.1 37.0 16...8 4 6 48 36 I l .... ............. 1 3 3 .3 A 3 2 2 3 7 A 4 43) 16 K1o11111 .................. . 4 6 A 8 4 21 2 7 8 1 50 36 Ko ijko 2
1988-01-01
444វ m< 0 4 4 4 4 4 4 4 44 ~ 4 4 4 4 4 4 4 4 ᝰ n " o o(- Iu uU F u0 0 F 0 0999)04 tD J2%F 9’O QU U u u u U (-00(4 F C)C (n1> F ) C-) 4 f)m-( 40 O...40000. ŕ 0100--4 000 L-L)aJOC L. 0 C C 0 C00a00C0 >0 C 00000 0 000 -1 000-4 1 oo (0(0 xᝰ < U)(DO(0 (D(0 (D (D(D(0 00 1-C co Mr- oo tD - -r-. -0...I I)la) ’ I ~ ~ "~ .~ .) .0 . I.. .. .I " OCI ɘ" I w 4-IOU T(0 4 - o v0 m tD m(0 v m w -LOflC)0) 0)’.O ") -I -CA wI(0 I ɘ" 1 0400C’)m!-1’- --40), C
Experimental Polyurethane Foam Roof Systems - II.
1983-01-01
distribution unlimited. qt’, B 11 1 A F FN 1 5.6,-’ ,". I Rf- IE I0 Edthat, I.f "" Roofs, energy conservation, insulation, sprayed polyurethane foam...pcriod is presented, and thle energy savings realized by Oamning thle roof’ are prese nted. Libirary Card Naval Civil lFiginvee.ig I alora tor)i...the energy savings I reali/ed by foaming the roof are presented.I Unclassified rC~U~tTY CL ASSIrICATIO)N OF THISt PAGi-h WI-., . I -d CONTENTS Page
Environmental Impact Study of the Northern Section of the Upper Mississippi River. Pool 3.
1973-11-01
checked wi iiimerctiry- f i Led precis;ion gJ;thie rirmet or. A-2 Dissolved Ox gen DO was measured with a YSI membrane-probed meter. it was calibrated...that they were limited to these locations. C~~t in(’i vv inl7CK C7~::1er’Aa c (,I, m:: dz-y fanc Cou;ty) as bein" oF ’.~ hi dopt1 ’:nv, cet In z g :n
Word Frequency Analysis. MOS: 05B. Skill Levels 1 & 2.
1981-05-01
Old 1 r ’I - i* , -FN LA114 PC "I; - 11 TE" n r Twrti I liryCrln 1 17 It if 1A IAII’i; 4 ifI $It 111; CAl. pt P1 AI- 4 nlArI...I i I T ’I47 ’. [ II ’PA Il L1I Ii’i’ 1&I r 11 ’rF A IV -.7 Lrśh13N’ I4 ’i’rn Ii III? 16 rl FF11Ol f t 7A.r ’ , * p~’ AT I n,% I’IItl3i"SI rIDPItTr...FAT I ’ A r 1ca 1i, srr 1 1 r r ’In rSr:j I S~ srC TI",1 16 Sf r.TflS 1. s(,IuIvv Pl sI ri I 11 ’ " Iip~ IrV 5 t5rt I Sfi10 PI v I 5 11 71 SIG ri :
AFOSR Technical Report Summaries. Second Quarter, CY 1985.
1985-07-01
8ww uCm (A ~ U U l I o i aa-w Ix .m >~ m - an i L 0 Q A .- Zaw ) -C 0 O(A mnsnwW Aui (I (a o0s-wwam ml - -SLAI -Zm-- a 14 (fl.j - I Ifl # ( qx..UO .w...z W > L)I L L L IWWI- 06 .A .01 C L WI 4) u 4D44 11) W 4 4L >1- 0 -J S-.04.W > WI > 11 aV tun 4. 4-u 10 LSL .0- in L I& . + 0 +1 4 >~rnt 4- L (i...U.4. IA m0 03 W U. -i- a. @3 0 - 9-@I (a a a.01D~- b-I w aZ.-.O w 0 M-In In .- i In04AC I.- 0 Is4 I- 4D~ C Ag A 0 In - As a. W U 940In tun wA RD-RI58
1988-01-01
A. 3000O.LiO. 0 C 0 ) 0- m-) CDZ( 1 01 el i 0 I Q ,InL 1 01 I I I I 0I0 I En I I V I 1-- 0fI J ))(( 1 U-I n M-C1 Ir I CI) ZI00 MU m’ uC’ (0(0) m~e 0...w w w w wC 0 de <<-l 0 10 0) -4z -4 1 C>IWWW 4L4WW- 0 I--1 U) 101 CCC 0 0L W U’ 2i 000 00 W00 0i 0i- i WI- 4) ’-4- 00-I C1 0 a 4 4W w 4 . C 4 " 4.U...000 00 0 0 04 0 000 00V I Z4 I -- 4> .. 4 "U 4- .4.I- " P.4-4 )- "- 0) 4- >>- 0. 04-2 4. Q. M 0 m J CL)00 0))0 C0 a_ a.C -C( aULa L L M a a La D Z3
Official Guard and Reserve Manpower Strengths and Statistics: FY 1989 Summary
1989-01-01
S0- 5.8 co It0. 0 m a* t7 N in o t N o - n-K, 0 mI- IZ 0 N m i an N 0o cm a, . KZK UK 14i N~’ 47 N 0’ 0 D- 0 00a, c KlS K K I NNN 7n No...W C, 00C0F)a*P m 00 on 0..0.....P00Mlso0 do w .P- 638%1 P 1 KZK ~ ~ P)goMK II- .8 4N i 40. 8 4 I.5M!.4M0U . * . P) woo- 3. 30 K 30A- N C4 in4C i K
Summary of Meteorological Observations, Surface (SMOS), El Toro, California
1983-10-01
SURFACE WINDS DETACHMENT ASHEVILLE. NC PERCENTAGE FREQUENCY OF WIND DIRECTION AND SPEED (FROM HOURLY OBSERVATIONS) EL TIPO , CALIrQOIA 73-’.? A ir, U~~tiAL...OF WiND DIRECTION AND SPEED (FROM HOURLY OBSERVATIONS) ... 112L. E L TIPO , ALIODkI1A 71-q2 r ALL wEANCP _______ MEAN 11-11 6.S 7.A 1.U 11.W6 17.21 n...nTa IO STyVIO. *..M YUOnb0U T-mp. WIT BULl TEMPERATUIE DEPRESSION fF) TOTAL TOTAL 0 1- 2 3 -4 - j 8 9 10 11-12113 14,11516117. 18119 270:i21 . 2 23
Dynamic Stability of Structures: Application to Frames, Cylindrical Shells and Other Systems.
1982-02-01
L0G XNX= XNXX 102. XNI:XNXX 102 GO TU 7-* 103 72 wRIkL(6,52)YFr4Xv XPKE.SONXvACCUR 104. XNXZXPRE. LOS XN11=XFRES 106 GO To 74. 107 73 WRITLC,5.3)Xt4X...YFviq~~ T19MAXvI,£LPRIN4TwwXNPvLP) 146 IF (iNxxF.xE.4)xPt~s=xWI IF (1NXXPX.tJE.4.) XNXX =XtAP 444 IDcz.T=IOT 147 IF (IsSF.tjE. )GO TO Z14 DC 213 :i1...T.IN& i-3T3(POT,PCrMq Sr TR TA qi~ IP Sv. ISA, XNXX 1263 C POT - F)TEN1TLAL EOi)RGY 1264. C STRY - U;JI TEND SHORTENIN.G FOR~ Yz0 * 1265 C STRA - .V-k-Gc
1970-01-01
370 .n, . ... .. ...................... . 1295 371 n’. . . ...... . .. . . . . ....................... 129 372 ASt...C-CZN ~ ~ C 0~~ C-7 -C~ -CD - all I II I I 1, 1,1 1 , I 02 Aw ~9D ... I00 -0C CO ~ CC 0!ClCC~ CJC ~CC0C 0 N ~C~a-.~C~.tz ~ ~ 3’CCC- ’I~ 0C1 N , - 7s...o) ) 0. o Q a)o Q-IQ 0 v4) V .N.M04 5 e CC cnn 0 W . -4 m 0 -. ~ ~ l v) M0N~2 0)040 CjC -llLf )IVA%3)a ant- -’GN 3lY IJ 2.30II I -7 1 , I! I I- _I .< i
Pulse Circuits of Radar Stations
1982-08-06
be less than in a symmetrical flip-flop since voltage webs additionally is reduced, given presence of cathode coupling (triode L2 cathode potential...and t, f(t). 636 7o%:i. iI where C’ - d-c component equal, in accordance with (1.5) -- L. ( * -. wiX " -- angular pulse repetition frequency tPRF]; T. K
Word Frequency Analysis. MOS: 19E. Skill Levels 1 & 2.
1981-05-01
eFl !tt71Ly J3 J3 , .s4 3 4c K &7v C-~ p t* I 4 A Irr E s~ AF ,r T i6 , V...k U 1 ~ rt ~~rr sI " ’ I TU 7 AS TMLFl ) C 5 IR L1 I F- S ASSP!"’LY V As Fl 4 ty1 I’D9 4 t UtI 2 I /rr!~t 6 T rl Z TTI-TO TS * . 611...41 1 7 1 1 ’-L N..-r7 II, 7 L i I Cr ! l 1 11! ~ L. 0’ P66 ’ L1 ’iD I L r 2 410J’ 1 I I ’D ?I’Y 0 -41 Nr * I 41to~r q. j 5 141 NEF I Lr. I!,A
Neutron Decay Electron Injection into the Magnetosphere.
1982-03-01
1000 Seconds After a Fission Burst, AFWL-TR-78-4 (November, 1978). 3. Hess, Wilmot N., The Radiation Belt and Magnetosphere, Toronto: Blaisdell Pub. Co...0a z w :3 1.-- w Ix -j L ccz I-- -i Ui)z L) 0 x La I- z) La La x . 4 I z 0. 1- ua CD cn I- 4 0)-- Cw m LaE Cf . w- La w z- L ZI--V 1- 0 La IM w z 0 x 0...mD (a "- U) :3-4 La 0 -0 M ..jZ z IM Ix Z in zci o Z L M0 2 EnC woo >- I- c La V~)P) Z -0 -0 Z 0 ik: co u x U) 4. w cD-4 lz La >-ix - Cf ) wI- xL (lI I
1980-07-16
oil 21 107 2.21 1.1 11 6301 1 ( i jDEC :ss 12 . 6.51 65 So 3.7 34.4 620 jANNUAL’ 8’.14.~34 2.o 1.51 2.21. .- - - 4. -A 0SFEA -~.151 (011 A) PRvious...33 34•40 41 -47 48.55 5:56 % WIND OIL SPEED NNE 2.0 1. .5 92 5.5 6.6__, NE o@ 6 °1 . 2 5 7N" ., I .2 -5.0 l INE 1 , 1 ol .8 3.3 E N9 ,6 ._ 1.9 4.6USE...WEATH4ER ALL___ -0a1 --- IF IOU1.i___ __ ___r d 7. a’ .9 . ’ . I ~ _ _j 2 ~ S a . . 104S .~ i 3 0 ad box__ so_ ’~ a ___ 13 2.5 3 201 .s oi- a-~ oil _I I
1989-01-01
0 -m Il 5 ))40 . I: 0 40-4-4 -x000) of I 00-4qN< 66 ."eN *-4NI g - *N .40)-4 .4 U1.4 MOMO t00 m m’ C-eq an .- 4-4 eqI 0 .-44 1 ::-4...991 M (0N lice x W (A 4 4C (5n ( U) n44 1-44e mlt w. < Z 91 (0N eq4 c 0 a >- 0 0u >- >- 00X 1- 0 1-0o 1- cc I-- 0 0 C I M C14 91 -4 W. cc . 5 0D 0 -. 1 .1...001 - 00 IO 0 ( NC1n1- 1-1 C90 1 M 4 I 9(no0 1-- 0 4C 0 . 4 4 ~i 0 - 5 <C 4 ZNNZ 0 91 0 j
1981-03-01
sweep wLS1vaTI GrJAVA-M*- .~--- ’- - - -t------ 7EOA FFM t ee.W?mv ~.L: 1.7.5.4/2n C.AMM~AT!: L’sftle MIMI I-- itlm . z4 ~~~as~e;.~~ i c’.1~te1...ac~e I C-s.met~ I £’A.F- ivsa ~ta I ~ acca az~Y I I tc~ ~t I tca± - e~aec N .x-c, ; cnar. ~ ;zar~a I ~i~; EC~I~ a c2r..1C:%ttI I ~t7!fl - -- rr..r
Hybrid Finite Element Analysis of Free Edge Effect in Symmetric Composite Laminates
1983-06-01
SJ3 (i,j = 1,2,4,5,6) (A.1.7)i Sij - S3 3 For symmetric angle ply case 814 : B24 = B34 = B54 : 0 (A.1.8)I B16 B 2 6 =B 3 6 =B 6 =0 In matrix form, eq...A.1.6) can be written as c = B a + co (A.l.9) 36 wi th c Xx c yy yz (A.1.10) zx c xy B 1 . B16 B = 5 x 5 matrix (A . I) B61 B6 6 axx yy (A..12...3.38) u rc+l 6 Ca+l *wU +l E: Aku rk (Ck)k=l where u 2 Pk = B 1 u ( uku) + B2 u - Bl6 Uuk u+xku(Bl5u k uB14 U) uB u qu= B u u + B22 - B26 + ku (B25U
1992-09-01
d, 0 U 0 E-4- 1-4 p/7. .4 H, , , I I F T 1 1 I1 - - B1 -4 c nI a W I~ 0" Q o6 0G 0 00 24 Q N~nIn 1--- U 00 :C% F’-4 -. 07 ;T4 LIn E1-6 TABLE 1-5 30...0 RUGBY ................................... ........................... ND N ZMP 43 0 0 42 1 RUSHFORD MUNICIPAL ..................... MN N ZMP 1 0 0
1986-02-01
the world . Sediment particle size and contaminant distribution basically determined the benthic community in the SCDRS. The St. Clair River, with its ...Brown bullhead 2 Olc u iuIs j’tesus 3 264 5 279 Yellow bullhead u It iT 3 231 0 - Black redhorse t -Usnel 3 397 S 459 Northern pike us 2 660 1 775...Ponar Grab Data WI Z I- ll 0 t49~ 0- OD-0 * 0 ( 0 t.- I-- 09r, 0 e 0 z x IU 40 I 0m 4 .- K e- eI 9- 0 a CO U IK0z M 0 It Cz S O lw I n 00 I CIS to 0 z z
Word Frequency Analysis. MOS: 95B. Skill Levels 1 & 2.
1981-05-01
uU N D 1 A C P A C K1 ? G .I A 2 1 A’J Kt I S , 1 K L S 1 BaRp IF S I ~t2iIAED 5. 1.T’ 6 BATTERY 9!j 2 BECAUSE 17 67EI 2 BEHIND 13 IL 2 RE l1 3 b1...T S :t cTt lIION 5 U It :,4t 5 F L 1%T5 &:, JC.L ME NT 5 ESTIMS4EO 5 F -4 U0 . F- "CL5 UJ 7 "S 5 F-.[377 7i (, IDCAlN5.C1DEINTS 5 I’%SER71NkG .0
1984-11-01
R &D investigations. 1.3 PHASE IV SITE DESCRIPTIONS I Three primary sites are included in this Phase IV...34C z I L . ...- I I E I I i -\\ = _ _ _ . .. .....,. . .. .. I x FIGURE 1.7 a qq"-.. .. .. .. .. .. "- _ r JI I g I I1 ,n I , I I I " I - I Br-.,,-%~l...0 0 4J 4) 44 4) V ) -H 0 4 6: 144 d 0 4 14 404)-4 -4 4 .4 N ) 4 0 4) 4 40 4) 4) 0.0
1979-05-02
L.S T. SPEED 1712MEAN (KNT$) 1 3 4 • 6 7 10 1 • 16 17 • 21 22 27 2 8 • 33 34 • 40 41 • 47 48 • 55 % W IND DIR. SPEED _b a __,7 __9_ - 07 i 7.2...7.- 10 11.-16 17 .23 22.-27 28 .33 34.40 41.-47 48 .-55 ?:56 % WIND DIR. I I I I SPEED 1 4.5 1 2.’ j 6 ,5 2 8 NNE , _ u 3._ __ _ _ _ 5 - . 2.7 __NE___...3 4.6 7. 10 11.-16 117.211 22.-27 I28.-33 I34. 40 41 -47 48 .55 ? 56 % IWINO DIR. I_ I_ SPEED_ _ _ __ _ NNE 1~ L ZT1 _____ [ ____ .__4 8 1 5s6 N E j
1992-12-01
steel Hr 14x117: A = 34.4 in E - 29,000,000 psi From plans provided: L - 708 in k - 1.25(34.4...El 5 U.M. il IIl I E1~ E16 40I " , _j* tool cn toA LI LL E17 Iiin Ii i cc, LL E18 11- - - U.a. U.T. ’-3 1-4 LIJ ri m q O E19 61 Uj p41’ I WI m- 14 LL...4 ’o 4 4 Ca L ~Ln 04 :L H13 00 cc I.- 1 cn LU c’J 0I z CLoZ 1A1 J: , f * 1:T T--/ CC LIL 4-4J H5l Cr) A A 1 .1, , +,-C +~ + CL H6 L1 Ul LMz WA0
1974-08-31
AD-AG G 60 TECHN0141CS INC OAKTON VA F/G 5/9 A SYSTEM APPROACH TO NA Y M4EDICAL EDUCATION AND TRAINING. APPEN--ETC(Ul AUG 74 N00014-69-C-026...nf0 f -4 n -9 i n ISe-rial N"- 0233 _________ 5 i.1 1 NAME R y , n-M TASK ANALYSIS BACKGROUND ,NTN 6- DATA SHEET , 2S . "I S13 •6 - 1. Use No. 2 pencil...n f f t nftft nI= .4 .- i i 0193466760i01A- E Y 1 5 . ...N ! 2 9 2j 7- U u~ U U ’U -U M S D U U . W M 2 MU.U~ .t . • I I s. U, -.UM
Multipurpose fiber-optic sensor with sloped tip
NASA Astrophysics Data System (ADS)
Melnik, Ivan S.; Krivokhizha, A. M.; Ptashnik, O. V.
1991-08-01
Fiber-optic sensors C FOS) are wi. del y used for rioncontact measurements due to their simplicity, small size, insensitivity to I nfl uence of el ectromagneti C fiel ds , hi gh metrol ogi cal characteristics, etc. The operation principle of FOS with intensity modul ati on techni que I s based on the photodetector regi strati on of 1ight , reflected from the control 1 ed surface E I ) . The i ntensi ty of detected 1 1 ght depends on th FOS' s di stance from the control 1 ed surface, its form and inclination to sensor's axis, FOS shift speed, etc. So they can be consider multipurpose. We are devel opi ng FOS wi th i ntensi ty modul ati on techni que wi th traight tips as well as with sloped tips. In FOS with sloped tips the light ring spot is appearing on the controlled surface due to the effect of symmetry. We use thi s phenomena to empl oy refl ected 1 i ght more efficiently and to increase the FOS characteristics. Tak i ng I nto account the fact that pr obl ems of cal cul aWl on of fibers with sloped tip were not analyzed in details earlier-, in particular, only the case of light distribution of parallel beams runni ng was consi dered E 2) we wi I 1 conduct a consi stent cal cul ati on of bounds of i rradi ance fi ci d , created by a fi ber wi th sl oped tip, esti mate I i ght di stri buti on I n a 1 1 ght spot , and determi. ne characteristics of the FOS with sloped tip.
The Design of Large High-Speed Wind Tunnels
1954-05-04
w 0 U- Y . CC U 0 cr0 o 0 0. ZW3 0 0 -H N Io~ D) 4-) ao 4.) 0 0 0 4 0 00 I, w O 0r M CL 2~ H 0 z U) F - l < C 0 00r I = I-00 L 0 z wI0 a 0474 ) caa 0 w...walls being straight and parallel. 0 0 n u .. . It has been found that translation of the lower wall results in a 0 simplified mechanical design. The...provides simpler rotor construction with apparently no great sacrifice in performance for a machine of relatively low pressure rise per stage. 0 1P| n
Word Frequency Analysis. MOS: 17B. Skill Levels 1 & 2.
1981-05-01
IPS !$s 7 PASS 3 P -N.st ! .~S’. 7 P iA - 7 t !%C I L P ’ ’’.C.CEc ’,’ )2 P.’ ! M...1.~ 13 ’T tT I Nr o A ~cr L l’pr Ip -., I251 P 51 ’ \\ 3 P T\\7 0 5 t SI7 jl 11 IT I r-S 4 Pt S II I VF r" "I trY ’I P II ( 1Y I 1 4 L YIH~ 62 Pi...24I) PR’ 1’r 53 r 1 i1p P iP E E T I V5 L" Si) L’ Y P P4 r<I 1 ) :t Z~ 7 PPL2XI’S 55 1 L ~C ILE 26 PRUOL R 7 P"GnLPL 7 ’ j 4 FRT ACTOlR I rtcv I
Densification of Monoclinic ZrO2 with Vanadate Additives.
1982-07-15
34 Soy.,_P_0A,y1.t. g , 1217] 597-99 (1973). 10. A. P. Mozhaev , N. N. Oleinikov, N. S. Shumilkin, and V . I. Fadeeva, ’’Reaction of Lithium Ferrite with...0 0 0 - C7 -8 0 0 0 g @00 USEZ-1+I.SWt.% V 2 0 5 -9-- HEATING 8 COOLING’ a S -10 0 0 0 0 -10 0 -- 1.00 1.25 1.50 1.75 2.00 2.25 2.50 IOO/T (0K) FIGURE...TR-4 UNLASSIFIED Neee4-78-C-e279 F/ G 7/2 N EhhhhhhhhFm I flfllflfllfl"flflmfl mhEhEEE 1.01 -*O 1 2.5I m" 12.2 *1..8 Il1.25 11111.4 11.6 ii i-ii i- I
1979-03-01
8217’ -,,a r to sa c wi-~ uncr si U,, to uparc toeo b,, vi 1. -L te eLy I2 ocoDtr 1 1 of’UL C 5 1 r, C’ IL oa’m" I G1 J, I 6t-lLM- lonn-. 1 C...8217 170. 1 Locationz Lni m:Lrl-nI 1ndsjisrct; lld;M oraruo’yUpc t.reorii t6(Q bul, Control.9 Pol. _________ Automatic *iiarjUai . Gper ~l.t:!vc Yen
1982-05-19
1.1’ , 9 .95 5 4 3, q9I . Y . I’ 65 0 33O . 10 J 5+/ 55 1, .z 1. o0’ .5j . 36. 1.7 .4 4 8 48 45. 20 ’ 4/ 53 .1 1.3u . obi 610 4, .o .21 42, 4 so8...W I _ __4 I TOTA 0 _ _ _ 1_ _ _ _ _ LO PAC_ -UL 040-S 10 l 48 D ON L S T A UL O TH N I-Ai I L G, AC /i "-A- SURFACE WINDS PERCENTAGE FREQUENCY OF...3.27 M 33 24.46 41.-y 48 -55 It" % WIND NNE .4- led ob . 8 ___ ___ 4.6 NEs .4 .7 s1 .6 lea_ 6__ .? 7.9 Id *~ b .7 *2 .2ob_ _________ 1.8 6.7 ISE .5 IOU .9
Predicting maximal strength in trained postmenopausal woman.
Kemmler, Wolfgang K; Lauber, Dirk; Wassermann, Alfred; Mayhew, Jerry L
2006-11-01
The purpose of this study was to present an equation that accurately predicts 1 repetition maximum (RM) over a wide range of repetitions to fatigue (RTF) for 4 different machine resistance exercises in postmenopausal women. Seventy trained women (age = 57.4 +/- 3.1 years) performed maximal and submaximal repetitions on leg press, bench press, rowing, and leg adduction machines at the conclusion of a 2-year training program. Maximal repetitions were performed on each exercise in the following ranges: 3-5RM, 6-10RM, 11-15RM, and 16-20RM. Special regard was taken to maintain the identical execution of each test (i.e., range of motion, starting angle, speed of movement). One cubic polynomial (w(i) [0.988-0.0000584 r(i)(3) + 0.00190 r(i)(2) + 0.0104 r(i),] where w(i) is the load of measurement I, and r(i) is the number of repetitions) accurately predicted 1RM from RTF with mean absolute differences between actual 1RM and predicted 1RM for the 4 exercises of 1.5-3.1% and with coefficients of variation of <3.3%. Equation accuracy was independent of the exercise type or the number of RTF. Thus, this study supported the validity of RTF to adequately estimate 1RM over a wide range of repetitions and within different exercises in trained, older female subjects.
1974-06-01
reimi /oifi I mew oo n ni I • I t»M • »’ - (I/O.. -iISIII »7. . ISIll • »I/ISM • ^■>l niKii • mi i Wi’iOui...flll>»tlllll"r A ’ torn». • rami nm • reiMi ni»i • ocm .. • cioie • i it CKDIII • nsiiii 1 IMIBl • TCIII TWllTI ■ TCm miai • «ein
Prime Contract Awards Over $25,000 by Major System, Contractor and State Part 2 (AVG NAVY-SMR NAVY)
1990-01-01
0 oo0 C) C11 in LA -40w’ I (w -4 N’(. N wO C’-4 4 Go I I I I 5 C- LiCl I m -4 . -40 4 9. C 4,44 44to CL 0 -4 0 -4 Ei EE 0 . Ein % - ) O -Oa W> 444 Pn...3t1, U൰ 4C’J -4)C 0 ) U) 0 0 )M.-4-40-04" I4 Z 7-Ci M’ N N00 C D -4 -4I-4Z4 3:JU I )-( C13- 0 3 )000f 0 ’U) in in i "~ 0 -a < 101ui0 5 -4 O L)- 0 ...M4)u . 0 4W II*-1 4)-- .W0 L-C -4 W I CL. L 0 ) 5 CL a)
1982-05-04
USAFETAC PSYCHROMETRIC SUMMARY’k A1 dEATHER SERVXCE/MAC STATIO STATION 041A vt LS MONT. PAGE I1 - i(Fl WI~III~i~i1IIi ET SUL& TESIPEXATUnE DEPRESION (F...WEATHER SERVICE/MAC L2AD0. FRIENDOSHIP IAP MD 74-S1orf STATION STATION *464 VtAAS M. PAGE 2 -nn-nn Th.~.WIT SUL$ TEMPERATURE DEPRESION (F) ITOTAL TOTAL () 0...Alte WEAT.4ER SERVICE/IAC 776ff F7hnSHTP Ti A mn-t ER STAION NWA YA PAGE 1 WE? BULB TEMPERATURE DEPRESION (F) TOTAL 1 TOTAL (I 0 1.2 j3-43. 7. 9. . 1o 1
1974-03-13
SOMS I L S T.) COONDITION SPEED I 4.MEAN (KNTS) I .3 -4-6 7- 10 It.16 48 .2552226 % WIND DIR. i I I SPEED N i C ., 8 r .2" 2 . 81 .6 . 1 ’) , 2 .: 3 J...SPEED 1 MEAN (KNTS) 1 -3 4.6 7- 10 11 • 16 17.21 2? - 27 28 33 34.40 41 .47 48 - 55 -56 % WIND DIR. SPEED N 1131 111 . 8 62 a1l I ._,_ _ 585 NNE...hANS MONTH ALL ,EATHER 10aoo-Z000 CLASS NOURS (LS T.) CONDITION SPEED MEAN (KNTS) I -3 4.6 7. 10 11 - 16 7-21 12 -27 1 8 • 33 34-40 41 -47 48 -5 WND I
Effect of Surface Roughness on Characteristics of Aerofoils N.A.C.A. 0012 and R.A.F. 34
1936-02-13
TABLE 3 N.A.C.A. 0012. Hand finished R x 10-« 0-164 0-312 0-63 0-98 1-44 1-47J 1-99 302 3-94 5- 52 ’ 7-20 i P. atmos. 1 1 21 j 3-6 4-8...Roughened FF R x ’.0-* 0-308 103 201 311 5- 52 P. a>.::ios. 1 3-9 7-9 11 -6 18-3 V.f./s 76-2 65-4 63-7 67-8 79-2 TABLE 6 N.A.C.A. 0012. Chromium...4 70-5 78-9 781 TABLE 7 R.A.F. 34. Hand finished R x 10-« 0-31 i 1 25 2-56 3- 52 4 51 5-47 6-47 2- 52 2- 52 7-17 I*. atmos. I 4-3 8-3 13-2 14-7
Unified Method for Delay Analysis of Random Multiple Access Algorithms.
1985-08-01
packets in the first cell of the stack. The rules of the algorithm yield the following relation for the wi’s: n-1 n w 0= ; W =1; i i 9Q h I+ + zwI .+N...for computer communica- tions", in Proc. 1970 Fall Joint Computer Conf., AFIPS Press, vol. 37, 1970, pp. 281 -285. (15] N. D. Vvedenskaya and B. S
Nha Trang Apt.,Vietnam. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F
1971-01-29
DO-02 boi 647 07 $o63 yeo0 be?, 1190 lv 9@4 21.4 146 (6el 748 J-05 el 09.3 L.e 6.0 19o4 0i,9 1067 1.o i$05 25.3 13.a 603 971 0 0 hO iha - 4 3 70. 790...Temperature I ReId ti!n 32831 5) 4 II 9Z 7 2P I 5 I= 7IP -<OF I -T32F n67F 72 eO e93 F Total < wet BoI 2 99o51o 117 ’ 3, 6,11 93t i , 7POO.t~: ~?6...22 23 24 25 26 27-2829- 301 31 D B. W B FDry B.uIb Wc Bulb ew Porn ? 7t 7 all/ 87 i _,._7 a 4 834*3Is$ Ill1621 208 bo/ 79 Jll 7.0’l 3.1 2.6 7 2 194
1985-02-01
TF16 103 TFI 1 143 TV21 183 TFI I 24 FI-7 64 T-21 104 THI7 144 TF4 184 TFI7 25 T1I 65 T122 105 T-18 145 TFI5 185 TF24 26 TF13 66 Tt-I9 106 T1:5 [ 146...4.990 9GB I)H 2 2 4 6 7.990 161E-2 DH -2 I S.046 N.910 0.079 131) PH 2.2 4 6 10.990 126 I)lf 20 II 12.564 7EB D H 1.8 4-6 12.643 9BB DH I x 4-6 2.703...13.990 0-075 IOJA DH IŜ 46 6 7,064 7F D H 1-4 4.6 29,185 12 D DH 1-4 4.6 52.292 43,230 0148 I IJB DH i 4 4.6 52.953 Swiss sequeLce 19E SH 2Ŗ 9.3
Wertheim Germany AAF. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F
1972-02-17
0600*080C cUS$ Enets (45 s SPEED I 3.0 4- MEAN (KNTS) 1 ! 137 1 1316 1 7.21 222 28.33 38.5 AO% IN OIL I -- SPEI N L]sA......9nE".,9 __ I __I __ __ i2...26#71 286.1 33901 ’.Sol 346 37 2! 35761 137 Zi 37.8 7,2 37,2 35762 38.2i 2: 700 1 92 2270 267 8133_6 I>70 i25127,2[ 288 3. Sat~:i 3626 37:7 38.71 28...43.7180 i 3~ -32 43.p 43. 43,2 -r54.7 713 43,74.7! 43-2, 3 71.7 ____ __43.4 43. 43 43.43 4342 434 43 412 3~7 43437 6 3 j. 43.71 4?.7 1400-3 43 1 C 43,9
U.S. EPA, Pesticide Product Label, GOPHACIDE 0.1% BAIT (RODENTICIDE), 09/11/1972
2011-04-21
... J' ',nq WI: .li ,,( ,fl( rf'ff:.rPfHT tli lh,\\ ... J Irrd~·t·, An', ,I'''''I''''H''.IIl,! 1'(JIl, .11>1I!dcll 01 II,,~, w,wrdnty ,hall h. "'"I.~t to dll'" I rj,HlIaQ!'S, ar.t .,hali nol 'n( I"cf· ...
Gagarin, Vladimir G; Naumova, Tatyana V
2016-11-20
Two new nematode species found in Lake Baikal (Russia) are described and illustrated. Tobrilus methanus sp. n. is morphologically close to T. modestus Gagarin, 1996 and T. incognitus Tsalolikhin, 1972. The new species differs from T. modestus by the thinner body (a = 20-29 vs a = 15.5-18.5), longer pharynx (b = 3.4-4.4 vs b = 5.0-6.2), comparatively longer tail (c' = 3.4-5.0 vs c' = 2.0-2.5), less number of supplementary organs (6 vs 7-8) and presence of subterminal seta. T. methanus sp. n. differs from T. incognitus by the thicker body (a = 20-29 vs a = 35-37), longer pharynx (b = 3.4-4.4 vs b = 5.1-5.8), shorter outer labial setae (3-4 µm long vs 10 µm long) and presence of crystalloids. Tripyla posolskii sp. n. is close to T. dybowskii Tsalolikhin, 1976, but differs by the shorter body (L = 1548-2078 µm vs L = 2400-3530 µm), shorter tail (c = 4.7-7.2, c' = 5.8-7.9 vs c = 2.8-4.8, c' = 7.3-11.9) and shorter spicules (47-57 µm long vs 85-92 µm long). A key for the identification of valid species of the genus Tobrilus from Lake Baikal is given.
Fog Evolution in the Visible and Infrared Spectral Regions and Its Meaning in Optical Modeling
1979-12-01
8217 ilatiton flr -KmniCs Stret ’i-bite’ I’t, tnsmitttat’e ~Nit (il’.:’’ l )Nt-.5t;7.,*JtIl\\ 19175. .1. 111&1tiIo. .. , I nid It. .ttaigt’loe "BIallisti WiX ~ndI...8217’Temperature Nvasuroments in thet Stratosphere from Balloon- Borne Instrument Platforms , 1968-1975," E(’(M.5808, Decembiler 1976. 45. Mlonahan, II.11., ’’An
1980-09-01
8217 SAVAGE". ~ 7, I~ S ;W LAKE -JV1) 2BLACK D - - -.! - zt( 4’’EN ~J’ 441 Ie, GREATRIVERENVIR MIN’OI )N 4;(MIL 0* TO # %9 /-7. lrr4 4p 1 0R IE NIOMNA... 4P ~ i: --- ------- --------- - -- 0 I I I -7 o, I I". LEGEND 1 LIMIT~~~- OF ARL 193 LO F L O D A D E S )GN A T E D*B LOC L O D N A / MIN" OTA...NUMBER 2.GOVT ACCESSION NO. 3. RECIPIENT’S CATALOG NUMBER 14. TITLE (and 5.jbgjtjg, S . TYPE OF REPORT & PERIOD COVERED GREAT 1: 4 study of the Upper
1988-12-15
DA -25> A zz Mi ~ ~ c 0- .I 0...o . fi jO 5 - W U) :: - 4~ ~ -j :.j Oa cc WLJ~ WI 0mZ, Z j CL ZW ~z~ U)L W- I -J W Cc LL, -’ P L 14 C c (A0 WU oI PA-3c5 .c U. 0 owJ o CC N CC z 0 0...0l 0 >- < FL 020 Cl) CLc Zo Co -J 0. C/ z (L 0. -0 ON- CCl) w UoO .j (DO. 0 O * 0 0- 0 a w DA -) z ww I- 0 0 W :)w >.E LUIz 0 1- am 0 0 LC L L.:D 01%
1985-01-01
COWWW COW WWW cOWcOWWWtq (n MO I ~~0r.-I-------------------------W 5-5 I UJ I 4 CN I -(0)WN0I0N5-4N-4C0c0-0(?.04,-W0r-0)NWN 4 :X0oc(0 ( 0 04 0 0 0 )ON...044444000Co 000040 WOOJ )(0 .4 W~44 ~ 00C-4, 4 4 fr wO ~4- Woo w0o0( 0L44 CI.Z Cfa0-434 00 4.ZZU.La.LL~Al 42E 400) 40000oZ22 nzz2z zo0 I-1 3w Ia. WL...vo 0I’. 4 3 I ’ c mi 3*. 34Nco100 1-(3 1-4.4 3-00)1)3- - 3 -44 m 341030 3 n cc -4 04)~0 Rt qt -0 V 4 CC C1 1 0 =OOOO(0( -I W.*qt.*4 ce 0 m34 ( 4 www
1983-03-01
65 .3 SE :. 5 l. *: -. --- Z_____ it. _--_-._ _0--- SSE I* .i .o 5 ...1.2 .Z7.7__ __ _____ *l. * 5 1.01 1.5 .61 *? ____ 5.1__ It*.?______ CALIM. TOTAL HUMS N OSSVATIOHS 8I 0 IJSAFETAC FO M - 65 ,OL.A PCIVOUS ED1ION5 Of -" 5 ...b9.6 61.3 6,,. 5 . 5 61.2 61.7 61.7 !3.6 53. 4l.’ 15.. * 1.! 56.0 6’.i 62.2 4.6 65.1 6 . 65 . 65.7 6t,.9 t7.3 67.3 69.1 69. 7 5 " .S *~3 .4 &
Investigation of a Multifrequency Reconfigurable Phased Array Antenna
1991-05-01
236 2.04 37.5 194 487 1639 22 05 2.ř 4A 2.37 I4.0 2.00 26.2 95 385 1.73 376 1497 23 -01 102 4.4 2.41 131 2.12 25.7 1.97 380 17 37.3 1497 24 0.1 313 46...CONTROL VOLTAGE - --- -30 I8 3I i 2 1 4 4 to I 10 At FREQUENCY C o 9Gift Figure 3-8. MMIC Specification 3-9 Report 6693 0 , coc D0C U, m wC, fc N 14 N...I I I -f 1-:t- 14 tj I IV t-r: It tU t- -11 H ill Afff Mill I I- -all tjLu 4A ff-- _mf 41 Mil Aill &U I 11i 7 > I till r4t I 11-11 It fl-lH f
Air Force Academy Aeronautics Digest - Fall 1979.
1980-04-01
Distribution Unlimited I7. DISTRISIUTION STATEMENT (*I the abstracte mI..d In Bloo * 25. it dfsruemi RossJ14w 1S. SUPPLEMENTARY NOTES IS. KEY WORDS (Coeme n...SEARCH ALGORITHM ---- G. D. Huffman FLOW QUALITY IMPROVEMENTS IN THE USAFA TRISONIC TUNNEL 140 ----M. W . Davis, S. E. Icardi, R. W . Gallington, and J. A...times from brake 4 USAFA-TR-80- 7 tn N w ~~4 4 A - V;0 1 4( * en I4L4 ’I o 94 QN II U C,44 1; Goz !5 I • -4 !0 -44. USAFA-TR-80-7 release on the runway
Metal Slurry Droplet and Spray Combustion
1993-09-15
N (So(1 - AFNuR’/2So) S14 vaporization source in fuel conservation eq., S,, = N ’(1 - Y )S• S•,, vaporization source in oxygen conservation eq., S",2...In;( I n +YM’CT-~ + Ct~T •~ N 5 1t J 1 Y -. A J I 1 *]4zr~ ,1.(-) ,.+ - Y =, , A + C,(T, - T.) - 3,,(7) = ,- + ""j =AH - hf " -+ - qjj qI + ’ {hfg...velocity u. 152 1.0 N %4000 0.YoN - 3800 0 .8 Y 3600 w 0.7 Y.P’Sat.30 0.6-I 3200 0.5- N 3000 2 0.4 2800 0.32600 < 0.2 -
1968-04-10
N-4t 51-53956-65,67 JILLStAtION STATION AME ANTOS NON N PERCENTAGE FREQUENCY OF OCCURRENCE Or (FROM HOURLY OBSERVATIONS) I C VISIBILITY STATUTE...34 .: .: .5 .1 . 372. 174 46 ’ - 4q .3 .6 I.C. 1.’ .9 .3 4 55 45 324 117 - ~47 .1I . 2 I A .1 . .4 . 565 5 46’ 1a3 46/ 45 .7 i . 1.6 .9 .2 .2, 712
1990-01-01
zi-Zx a IN -4-4 1. *4-4-4-4 P~. NINI r- r- 4 0) -4 I- 11 ~w0.fp- a C 0 0 40 40000 0 000000 0 0 0 ON ofWI-4 II Z 2z Z 222 z zzzlcz2 z z z 0 .4- N 2...ISN < INN NN ɜ in 0C14 :: 0 ɜ 0 M NJ 4 N N 4I N I L0-4 C .) C , C ..0 0 0000 C0 000000 0 0 0 I U N- l ) N N NPJN N N N 44 8 0-4C40 P4 NN rN 04~0 88M c ...88, &N 0-4Ci C4 0N 00 04 0000 0 000 0 04 0 .0N C S 8 88 C Ŕ,8 4 (74 C4 0000N 4N 0000004" C44 If U C.N) N 0N J N N N N u8 8044 8 2 --- > --- >>>
1982-06-17
Pawasas .mmf OF ms PoAn N LMaU Porn ~- ~.mw -------------------L GLOBAL CLIMATOLOGY BRANCH 2 AIR wEATHER SERVICE/MAC PERCENTAGE FREQUENCY OF WIND...2.21 .71 .21 S3 53 66! / 53 4.4 2 51, 2. 3.5 .5 53 53 64164 5 /_49 1 2 7 3.1[ .9 ___ 4.. boi 5 4./47 : 1.51 .9 .1 I ’.0 56 65 4 ___/ .3 ,1 I...Iet Boi ___o - - - - - - - - - - - _74 9_ ___S7 9 6 InI 6 3IS s T a0 oa ft811 2095 3811s.1 7 43 0112 dS 29 __ I va i iO1- 34-6-- -------------- 109
Remedial Investigation Badger Army Ammunition Plant, Baraboo, Wisconsin. Volume 6. Appendix L
1991-01-01
N - - aM o o 00 aW~ w .oori -5 o-itw ,121LZ stst s a 1" 0 4 4, d 1!i 1 it& a o vvi P.w .d = 9- o ww II 4c - AL A- 4v r, 17 . f Q 4c 4A 0L C...Ud4 &fXXXl:C1 >4v 0 41 0 1 Pý0 1 1ma 0 07 P1 Pl ŕ 01 P34P.P3 .4.4.4.40.at4t.04aW4A.b4.9 00 -.4M 0100 toI 0000 0000 0000 0000 0000 0 000 0000 0000...r~’n’oaom1010o0810010881wo wo w ~f41 ,c000001 010100 000 01 s00.01 8810101c WI W w Wl c 40 04 in x n ODI0a 00Xrac0(l1r a GOV MV 0 MOOO 04Uf MMAor=AQM
1987-01-01
INF.. 1967 DIOR/STII-S?/PT-1S USCLSSIFIED F/S 15/5 ML II~ .0ILU284ff" Lm" O3R=) is 36. 2 5I m or w W SECURIrY CLASSIFICATION OF THIS PAGE, F,,7j "Jt...0 U- 0 衲 lZI £1 ()2 woo X1W m . Z~ OW w2 ൴ W 0 ww~o H - "- >LA4c LALA ZC)WO"- U.4 z 1- 0 0 ) -4~Wx D I-I1-40- woI- WWI 2i 1- 0 ).14 - 00)-Z 0Wwl...mm W A~ 00I-O *~" 0f4.1 I I I S I I 0 t l i l ill lot I oi l 111111 0 4)00N~ m 0-4 NC’N~ 4 ~ ~ -4M00I0~4-4.4-4N~lCD1.e@O-I -NMC 41)401- W0 mO--44 -4
Revised Uniform Summary of Surface Weather Observations (RUSSWO) Monterey FAA, Monterey, California
1980-07-24
OF WEATHER CONDITIONS FROM HOUPLY OBSERVATIONS ( RAIN____ I____ _____$NW__FMOEm_%o ls TOA m T"uNDER., o SOWNG I OST JW% OUTS NO. OFMWSTR AND 0 ERAIN...AIR ZXTHED SE VICE/HAC WEATHER CONDITIONS M -ZNT--PY FAA CA 73-7; A STATION STATION NAME MONTH PERCENTAGE FREQUEN4CY OF OCCURRENCE OF iWEATHEP...CONDITIONS FRCM HOURLY OBSERVATIONS . M RO-UTH: I A,-,OB £l1. ., . OW4G ANO’ wi, NSt 0 R SAIN/O FRUZIN SH W %OFf SM OUST I %O OfICS TOTAL _ _LS T. STOMSI,, SNOW
Word Frequency Analysis. MOS: 68H. Skill Levels 1 & 2.
1981-05-01
OENCA R I PcTEtiS BL I KCpEALE I 17:L 7 t~Tr! I 4’ LLY T3 NJE .750P C% R P 10 -Vu C&! v r{ rVF (’ .Z 3 JE C I P- VE IA4JDVI 5=L I ~ SCJ:n:E CA’E e藶...72 2!P -MCI’ 69R LIST; -,sl,/c5ND.NG FRZJC’NCY Milk " IZES P ’ N 216 i*I 14 Tr L26 Cl 1^ ’. 7SK 144 L t 1 aLO3CK 1: 9 ElIT 73 WUw8El’ " NL F l 3 1
Effects of Oscillation Frequency and Amplitude on Separation in an Unsteady Turbulent Flow.
1980-09-01
be performed with much of the aircraft immersed in turbulent flow. When in operation near the ground or landing platform , unsteady, turbulent flow...34 - .-,...i ,aXa. 8O- IDa I"l N 0 N( ’A0 a r. 0 a 0.a " - M - if l’ . t 1 - o t I.- I.- I I I Ni ilNl 1i * 11 it O ag 0) - -i "NUm M CA myp WiX ~ U’iCL
1993-01-01
NOi 0 00 0 in0 00 0 0 43 SOONj N- I-) I*6-1 0 m I.- N O S I 00 ()= 1-1 (n) I-" N z O 0 2r de 00 U) Ge 0 z 0 NE 1 ONC Nw 0 ma 00 0 ZU. 1.- 0 140 < N 66...Zn Zo) X-4 Zo Z 7-4 20n Z(.V 0 ’U I 00-4 a cc 4 Woom cc ca 0 Woo de In GO GC. zC5 c-4 Cie o ac IA. 0 - 1 100-04 H . Col wmoo W-4 W I- I- W 0 WOU. 2...I de H-I WO.- II 004 N00 )0 nt -c 4i n& ni 4c e ntn nc 4r tq iw )- &q t- 1t n 0OO0eMM 0.wmiw - cc Nc - 44 nL - 1- 4- 4- 4- - 4- 404 0 0- t0 0 C4 0r In
1990-07-01
trobenzen. 660’ ug/KG Phenacet in 6600 ug/KG 2- Picoline 660’ ug/KG Pronamide 10000 ug/KG 1,2,4, 5-Tetrachlorobenzene 660’ ug/KO 0 Denotes instrument...Phenacetin ND 2- Picoline ND Pronamide ND 1,26,4,5-Tetrachlorobenzene -*ND *EPA has not yet determined detection limits for these compounds E-158 I Pr...ND N-Nitrosopiperidine - ND Pentachlorobenzene ND Pentachloromitrobenzene -*ND Phenacetin ND 2- Picoline ND Pronamide - *ND 1,2,4,5
Ogawa, Mikako; Tatsumi, Ryo; Fujio, Masakazu; Katayama, Jiro; Magata, Yasuhiro
2006-04-01
Some in vitro investigations have suggested that the nicotinic acetylcholine receptor (nAChR) alpha7 subtype is implicated in Alzheimer's disease, schizophrenia and others. Recently, we developed (R)-3'-(5-bromothiophen-2-yl)spiro[1-azabicyclo[2.2.2]octane-3,5'-[1',3']oxazolidin]-2'-one (Br-TSA), which has a high affinity and selectivity for alpha7 nAChRs. Therefore we synthesized (R)-3'-(5-[125I]iodothiophen-2-yl)spiro[1-azabicyclo[2.2.2]octane-3,5'-[1',3']oxazolidin]-2'-one ([125I]I-TSA) and evaluated its potential for the in vivo detection of alpha7 nAChR in brain. In vitro binding affinity of I-TSA was measured in rat brain homogenates. Radioiodination was accomplished by a Br-I exchange reaction. Biodistribution studies were undertaken in mice by tail vein injection of [(125)I]I-TSA. In vivo receptor blocking studies were carried out by treating mice with methyllycaconitine (MLA; 5 nmol/5 mul, i.c.v.) or nonradioactive I-TSA (50 micromol/kg, i.v.). I-TSA exhibited a high affinity and selectivity for the alpha7 nAChR (K(i) for alpha7 nAChR = 0.54 nM). Initial uptake in the brain was high (4.42 %dose/g at 5 min), and the clearance of radioactivity was relatively slow in the hippocampus (alpha7 nAChR-rich region) and was rather rapid in the cerebellum (alpha7 nAChR poor region). The hippocampus to cerebellum uptake ratio was 0.9 at 5 min postinjection, but it was increased to 1.8 at 60 min postinjection. Although the effect was not statistically significant, administration of I-TSA and MLA decreased the accumulation of radioactivity in hippocampus. Despite its high affinity and selectivity, [125I]I-TSA does not appear to be a suitable tracer for in vivo alpha7 nAChR receptor imaging studies due to its high nonspecific binding. Further structural optimization is needed.
1984-01-01
9- - 0 C) N’(Y C) 0 - 0) ) C~l00) 0 C) (MCDN Co) -’C’) N, () CmIf U)N c) U ) C) C) 1700D- -’ --- -U -N to) 00 WI . (Di 4- L) I .0 0atoc iD~la 0 0...Y00 E700 ITo ITO o ITOO ITO rTO IT I IO CL-I , - - - - - - .-- - - - - E . . . . . . .0>. M. 2y . * cmIf
1978-03-01
Bntarad) REPORT DOCUMENTATION PAGE READ INSTRUCTIONS BEI- ORE COMPLETING FORM %. 2. GOVT ACCESSION NO 3. RECIPIENT’S CATALOG NUMBER ise I Inspection...110 i 11 ! 14 6 9 1 12 ;l 1 1 i i 2 •12- , SS7 1 8 1 12 i 23 261 .. 2* i 14 \\\\ i 1 1 1 n _- :q q Q !5i i I^S i ?n i —_r |Br. very...SA SiD" 1 , ’I 2-"> 4 !’ SS7 1 1 2 1 2 1 8 13.3 —Vi-j;- Dk or PEAT & ORG STLT • ! ’! 1
1983-05-01
8217 .. I: ’ -, "- .... ’-ee enhanced ionization detected in BPP exceriments. ~1 V-5 B. LOWER HYBRID WAVES AND HYBRID WHISTLERS PRODUCED BY AN ELECTRON...Qil(l-Z i ) + MA2 i [(l+k,,2/k2) -2] (2b) a2 l-(k,, 2/k2 )Ze - (wi/we) 2Zi, (2c) V-6 2 2with MA = (/kVA), VA2 : B2/Z41njmj, 3 Z e Z(nj/n e)[+(w/kv
Census of U.S. Civil Aircraft, Calendar Year 1986.
1986-12-31
45 College Center, 9319 Gulf Int’l Communication Agency, 1776 Pennsylvania Freeway, Houston, TX 77017, FTS 527-5453, Corn- Avenue, N.W., Washington... Pennsylvania 7,662 45.333 169.0 iI,88 9 6.4 Virginia 3,857 40,817 94.5 5,787 6.7 % West Virginia 1,248 24,181 51.6 1,919 6.5 Great Lakes--total 46,725...District of Columbia 7.- MarylIand i .2U 9,89. 3F .e Now Jersey ’.,84b I’, Now York r,,I9 .>’.i[ 1.1 JA %I Pennsylvania ., . .. , .a Virgin&& 4,$, West
1987-04-30
El C4E)0 0W:C 1 (D ~ ~ ~ ~ ~ IN C D mMc/i 44- c C-4 v- en q 44 C; 4 n 0- z ! -L Ch4, mO M 0 0 0 m 0o 0o x IN >zW 4 4 . U L 4U 0 UL...wTwA~ Fl Fu~~wjr wjilwvK~l.Wvv 0l 000 Ll.I 0 0 4- LL 4- &n G) CL&.I 0 a C4 -j N 0A- 4- La - E 0. 0 S- If 0 0 C LO EF *( . S Eu IL EEuS-t S-to) en ...002.5W 5 /8 1 .0 C=1000 0.8 C=300 ~0.6 C-) 00 0 00030405 VETCL EOIY)msc La .. N378 1 1 1115(f i 0.2 I11 Su INTERSTITIAL SMOKE (g/cm**3) 60 min 7 6 5 EN
Environmental Hazard Assessment of One and Two Carbon ...
... it'l i:i />tu-r A.'iplivxlii Mi'" (Ur.-llh/nilllJ 'f.:\\ AV lilnik Wl ... 114 ' '.'.5 i, II -m IH.O ', \\ -t'lO i,.', . 1-4! 1 1. 5 (, !H ' 4.<» 3b • !.« 47 .'i.7. 2« • n.'J l':hnni,.'s in llf ...
1991-01-01
CN 040 cOm 0 1- 00 ɘ 5.00 X0 w 1- Imn w* a 0 6 004 x -.400 N - ery 4N 0t I-NC .7-4 540 0. -m 0 C a0 n is CA IS I (0(04 If so* AO .flmfl -3115 EC) 4...0 0 0 0 0, 0 0D 0 o 0 W CU .- 00 Cm, .0m .0m .0m GoaM com caM c0m 00am cam Mcam ccaM S4W I -1 .4c P.4 l 1-4 ’ .4 <.. r.4x r -C4 r.4c r. 4 r_< . < I...x X NNX XNxX X XN X N NN W * )4.O I 0~ C7 D c aCD 200 0CDCD (9 00 10 5 5 ( 0(9 (90 D 0CDCD 9 (D(5(D D C90 ) 0C90 ( C * 0 qo U 4 4 44 4 4 4 44 4 4 4
Icing Nozzle Element Optimization Test, January 1979
1979-08-20
71 1 iit miir -. l 6-’ 1P.Ss L-0 1 .C1IC O (W.E xW N 0.I NA UO9 I O 0 S.. U VS..4*( SS~i4.4P4 66 hi (S ~ .4.4.4..4 (5 4J 6-(55 455 PC CI +Uli I-L I A...jIP In MCr (.’ tJ m w.. * WEL (*£7 £4lw Il 0 S .1 w. 0E 0 C00 0 0 CC 0 M7.M 4L ty4llm .0:0 0.-C U.~. f4 £ U(J M w -w w w .4 .0 e *w N cm *4** In C30...0,000). .- EL 71 [WW-PKL4W’Oj 3M] AO £101 a a 2. 4-- 1 L- - .4 f- . 74 V. - 3 0 W *~~~ 74- .C? U-. 4 ~ N. 5.0 ~ U 11 0 6+0 LLW. . . . . . . . .5-40
Reforming the Joint Chiefs of Staff.
1983-08-01
i . 1. 1 e, * vJ. r ŗi. - .- F-S.., Ar;:it:d ’t i . i . A i r For -::. r ic c.r .m’, I 蟙 a...understandi rig of Lhe Is i ev c:i. tt i on c-f u?e i r -. i t L jon,, Wi thoh U t he benef it of a hi t:or i c.- 1 n-Ii :z I s, there i s a tendency...by criticez- of t. he JCS L i gl IDre t s or i . gi i al purpose& and 1 i mi tat i ons. e r
1983-09-13
4 T .. . 7 8 , -t I j: S" VA 4 ~ 0 7 C ) I* C S. 0 7 W-ei 9It 9. 0 T./COEF 0. 1333 C) 13:: 0 121) 0 5 3-: 0...a: ,-’:, .uIr.re’.l I ,:, !, IIF,,;r.,:’,e~ f cc,,trllir A R : i,:, of -,ny ot.le-r Media t’-di~ a 1-, or, 2 3 4 5 6. 7 8 3 0 S-.r OEF 0. O’° ).-. 0...F - - COMMOD I TY (U’ 1TS- ) (UilT .3.) f % L ATED ORMP’eFT. At.ITY r; :- - - FALT F:. 4 E-: - 4 7 402 5 8 . 5 3413. 1 7 A ’C EL 2n -, -- ". . ’
Hydraulics Graphics Package. Users Manual
1985-11-01
ENTER: VARIABLE/SEPARATOR/VALUE OR STRING GLBL, TETON DAM FAILURE ENTER: VARIABLE/SEPARATOR/VALUE OR STRING SLOC ,DISCHARGE HISTOGRAM ENTER: VARIABLE...ENTER: VARIABLE/SEPARATOR/VALUE OR STRING YLBL,FLOW IN 1000 CFS ENTER: VARIABLE/SEPARATORVA LUE OR STRING GLBL, TETON DAM FAILURE ENTER: VARIABLE...SEPARATOR/VALUE OR STRING SECNO, 0 ENTER: VARIABLE/SEPARATOR/VALUE OR STRING GO 1ee0. F go L 0 U I Goo. 200. TETON DAM FAILUPE N\\ rLOIJ Alr 4wi. fiNT. I .I
1994-12-07
Suite 1204, Arlington, VA 22202-4302, and to the Office of Management and Budget. Paperwork Reduction Project (0704-0188), Washington, DC 20603. 1...adjustment made to Oi never violates this constraint. Observe that the mean waiting 2; de Wi is a function of the probability that stream i is assigned a...to transmission set i. Let F k -(-) be the kth Fibonacci number, where -1 = (/•(5) - 1)/2 • 0.618034. Then, let N’, i = 1,..-, M be integers such that
Bird Ingestion into Large Turbofan Engines
1992-05-01
11 FU1( FUKUOKA, JAPAN 3 1 4 HIJ HIROSHIMA,JAPAN 1. 1 HND TOKYO-HND,JAPAN 1 3 4 JKT JAKARTA, INDONESIA 1I KCZ KocHI,JAPAN44 KIJ NIGATA,JAPAN2 MYJ...8217RlPPRI:RCH soý 1 R N C, 10.-L II1$ I Hi N V 2’ -q HPIC 53 7 DEIS U100U.PREFLITE DI’:.P. 6? 1 H N I I FIT L. CURL 14’ 2IG61.11 1U -1i I M N V: V 2...INLET COWL. LI P 6~t 114SFP 192? (AN WARTRIDE. 11.05 2 1.;4 N N 14 V’ I’ !] FSP RPL.IE.LII C:i~f. It?’ CURL .. 11:1 IŔ(CHAP.ii ;$ 2 37 5 yy: V V v 2
Manufacturing Methods and Technology. Project Execution Report.
1984-05-01
U5/62"/3. 20 "°"’°’. . .. - 2 °* ’%7’. 471 FINAL STATUS REPORTS RLCEIVtD vURINU 2Nv HALF, CY6- . ( LLNT I NUE O) - o aD ’ 281 LUNSLRVATiUi4 bF tNERGY AT...KO IA w. hJO 0. xV W-2 -C -a aZ. 0 0 0 m C9 - I 0 MO m4a. W 19 6u Z ) -- 03. zWI 2 M 3 U- P- OCw 43 3B *u. 00 CKa I.-hAV . 40 2- w cc . U6 U- *~- -02
Word Frequency Analysis, MOS: 67Y. Skill Levels 1 & 2.
1981-05-01
AV’AILABLE I *use? qD AA 2 63r- IAE 29 ŕ- -’ .to ABOUT 2; J ’ ’ 3 ,,~S~I T ------------------.--..-.---------- *-- - -- - - - - - - - - - - - tC~r~7it...6 AOD 3 £flOEj j -* L.~ADL’I46. - 4 1 &D!’ITICNALLY 4 -~a7 VAA l4.- t ;o ’. N. -a4 -. : ~-> 14-*~-air 42 .ADJUSTE ________ ____________________ 5...i 2 CODE -- 2 COLE 9. COLD . . .. ~ _ _ _ _ _ _ 1 Cntoesy I COLL . . . ~ ~ .. 3 COLL4PSE *I~~~~ 56.OLECTION______-- I C OLLER - . 3 CCLLET . _ _. 2 c
Study to Determine the Impact of Aircrew Anthropometry on Airframe Configuration.
1976-10-31
Fie t0) PILO PEDAL 1F.A STR ~fAW1 I Il. VD 2. LEAAN II)W HANYJ(ON MAX 817E FOOTWFAII. TOIIIOMKM Sitfi4I FORWARDN) Nou v ims-ritAIT% InhITKIN WiT11 lILL...designed as specified in Figure 18. 7.4.3 Xaw Control. Pedal munge - Forward and aft limits of yaw controls shall be as defined in Figures 16 and 17. 8
Mechanisms of Polymer Curing and Thermal Degradation
1979-12-01
respectively. 29 0)- Fi . J . IR S e t u f i ( - 3 E hy y p e o y Ph n l S f n .30 z Iii 41 rI2P6i4000 3500 3000 42500 §200010 6010 2010 0 0 0 0...Polymer X Obs.6(_pm) Obs.(ppmA H 7.9,8.0 g,h 7.8 g,h 7.5 I ,e 7.5 i ,c,2 7.3 b,e 6.0-7.2 b,d,f,j,=CH 7.2 d 7.0 f,j 3.1 a HC C =- T O" 7.9 g 7.9 g 7.3 b...e 7.4 b,e 7.1 d 6.0-7.1 c,d,f,=CH 7.0 f,c 3.1 a 3.1 a aFor X 0 H, ggh, f= i b Based on first-order analysis of multiplets. 37 t TABLE 4. SUMMARY OF 13C
U. S. Civil Airmen Statistics.
1976-01-01
25, 44 9 , 2 ,2 Sa 27 , ’ n Ci Un C ted Sta ten”total , 3OIL.J038 U35,V,3,91 l,,s.4_ ‘.4 11.7 ‘n,,’iJ~, U.L,,i2 ~~~~ ~~~~~ New Eo g l a n d .— t...Me xiCo 1 ,717 88S 78 (401 (2 9 5 5 3 V s Arkansas 5 ,666 865 61 (425 5 “ C S 9 CC R ocky Mou flt wun .”total - - ‘ L,1iI 0.019 53~, la,12n4
Study of Avalanche Discharge Lasers.
1983-09-30
tic a com ponents ued fosr . o sern tio of X e1 .~i fluorescence an l se S o u r cs wi t as o e r i r s p e s u r e s a n d c r r e n t obseT...R. P . Akins and S. C. Lin, Appl. Phys. Lett. 28, 221 (1976). A 4. C. P . Wang, H. Mirels, D. G. Sutton, and S. N . Suchard, Appl. Phys. Lett. 28 , 326...intensity at the output coupling mirror, Ia , which deter- mines the laser oscillator output power PL P viz., I + n [ exp(2. 303D)+ Raexp(-Z. 33D) f , (9
1986-03-01
wi 41 t4 0- Sw ? cL 1 CCCWC ." L ILmL C +o 00W 04 N ~ -C W. CD 0o -0 00 G CL Fr - -3 0 4 - .. CO C4 C1 OD C - - V.. 3 z LL (AC C )C’L -C 4.- Z.’ MCD...0 r -113W 4--L-0 L + *0 * Inm NOC IDn. *m ai u 0- 0 >% ~0C NC Fr IC NC1 CS L.. 0 4)4 0O L Lu * L %C. ii ~ B* LL CC0 z*- 0 > (a> 41r L X 0 mJ L... www U W A. ’-4 L IX z L o t iS o N AU w . C4 U CD4 UIa IL CD Li 0 -i. x - O cc 0 0 WL 4 4 si 4w IA- SnIA in (A C :I- c * i . V z < L 0) 6a L It 0
Blast Overpressure Studies with Animals and Man: Biological Response to Complex Blast Waves
1993-10-31
cases, hemorrhage and edema reduced the lumen diameter of the organ making it difficult to breath. In subjects with extensive lung hemorrhage, confluent...IAF ui UU LU WiL N .4 C A p ... 4 n 1 - u- --- -j -j -j*-1 LA ZN MA’ P W I 4A MC I A U A( A fac U a*gJ*J~ U09 "~L rn in CM ININ~~ :2-. :2 a) - 41...tuU UU j ** ~ ~ ~ ( (A 0O~ -t u’ CO (Ao -*~~~L us~N-sr, ULA -U z, zd z~ 2*- . .01 -0 c Xo cm 1:2 CO 2 L^m C .- Mp i m 3 - K -1§ LA x ’U.’x 0’ x Ixx
Carbon-Carbon Composites (CCC) - A Historical Perspective.
1996-09-01
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Establishment and Discontinuance Criteria for Automated Weather Observing Systems (AWOS).
1983-05-01
supplement the probable cause(s).* Referring back to Figure 20, it is observed that all weat-her cause citations combined from 1975 through 1979 accounted...direction 70 p-rcynt of all arrivals. For the other 30 percent of all arrivals, it i7 r;s-;Lind that the Unicorn is not operating and that no other... vc P. 1W4 ui W Z L C 0e 14 ..t w 0 .- Z) LWWE W>-C" z .. JIL OC I.- -- =Z)- z " -- A tl 0 L- W < uo- z = - e a * w Z0)WI.>Z . - N m =) m " =r P- a3
Weck, Melanie N; Brenner, Hermann
2008-08-15
Helicobacter pylori is a major risk factor for chronic atrophic gastritis (CAG). A large variety of definitions of CAG have been used in epidemiologic studies in the past. The aim of this work was to systematically review and summarize estimates of the association between H. pylori infection and CAG according to the various definitions of CAG. Articles on the association between H. pylori infection and CAG published until July 2007 were identified. Separate meta-analyses were carried out for studies defining CAG based on gastroscopy with biopsy, serum pepsinogen I (PG I) only, the pepsinogen I/pepsinogen II ratio (PG I/PG II ratio) only, or a combination of PG I and the PG I/PG II ratio. Numbers of identified studies and summary odds ratios (OR) (95% confidence intervals) were as follows: gastroscopy with biopsy: n = 34, OR = 6.4 (4.0-10.1); PG I only: n = 13, OR = 0.9 (0.7-1.2); PG I/PG II ratio: n = 8, OR = 7.2 (3.1-16.8); combination of PG I and the PG I/PG II ratio: n = 20, OR = 5.7 (4.4-7.5). Studies with CAG definitions based on gastroscopy with biopsy or the PG I/PG II ratio (alone or in combination with PG I) yield similarly strong associations of H. pylori with CAG. The association is missed entirely in studies where CAG is defined by PG I only. (c) 2008 Wiley-Liss, Inc.
Word Criticality Analysis. MOS: 57H. Skill Levels 1 & 2.
1981-09-01
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U.S. EPA, Pesticide Product Label, INSECTICIDE CONCENTRATE, 02/11/1985
2011-04-21
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Numerical Modeling of Airblast.
1987-06-01
OIL . > L 3 4X4, Z, 8 W~ 0 N § I E L 4 CM0u5 L OF L L 0 0V00E0 01U 0 0 00 C C L 4...0 . . . .8 1- 12 .6I~ 2. 22 .4 .62. 1. 3-21. 94 Lj UU LUV NOS >, , , , I ~ 4 j ~ 3 5 j 4 j I I JI ’ .LiI 4- ZAz 4-r:0 P. w 9- 0I1’ f *K I u V1 96...CHARI JR~Atj_ 49 w gI&’ I ~II OIICFILE Copy 0 NUMERICAL MODELING OF AIRLAST 1ST YEAR FINAL REPORT SAIC 87!/7Ol JUNE 1987 *dne4. -m~ca bilm i
Archeological Excavations at Two Prehistoric Campsites Near Keystone Dam, El Paso, Texas.
1985-07-19
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U.S. EPA, Pesticide Product Label, SPARKLE EMULSION BOWL CLEANER, 02/26/1970
2011-04-14
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1981-02-10
76.,a41 7S.4 ?R.4’ 7B.q. .4 . I 78.uf 7-.t- . .I 2 V_ 77.71 77.71 72.2 f6 . I 7 -.. 4 78. . ,= , 9Ss 7. 7. ’ 7 .Z 7 7 79.Z 79.2 79.1-3; 77. 7 79.a: 75...cof-. .4r E0C >j a- -- =* C.j C . = ± (i3e!’ afl o oc- g Nta.. a .o.r3azdflloD2Coa.aoc a- f~ie~~z. n.!. G a 4 . ACca . . rx Co.--&Z3Er,0C i1DaI Da...6-=.1 66.4 ;-’ -0 o-b 915 c.01 is 99.2i 90.7 99.7 9 9. 1 99.7s. JO 200 1 5 01 6 ,. 1 66.4! .69 F6 . 1 ? 1 .61 976.1if 97.r1 99. 1 9gs 999 .39 a c .3 c
1990-01-01
W a jwý 0 c! l U) to 0 C: C3 tdl &-j 10 0 r r -" .-4GJ -4 w 4-w w .- 4 W &a’’ 0 0 >1V) ( td ’- ~u 0 4 b W -4 a)i 0 1l-4 a, .. n (I = 0 -4 ý...to0 d)r- $4. 0)0 r. cd .,-~~ 4 C:s o a) (n44E-C W 0. 44CLH td c~ - 0ý 0r a;i w-4’-4 0’r0.. 12O4’w.. X-.41m C0) en (d 3)b-%- u s~~ -40r n 0- 1 0 0...c- ~ Li * to wC~C 0’~ -4 L)CrO0-40 CLTý -4 14 CLU L> w)i VQ. V) Li)- td -III.- 0 U -4 W ed Q C U - H bOC E 0 w u - r-4 w &J.- w 4 0-I kw -H = IV -4
FAA (Federal Aviation Administration) Air Traffic Activity FY 1983.
1983-09-30
tI1148335 NEVA (A LAS VERAS FCCARRAN INTL ( LAT ) L PRIMARY OPERAT1ENS 2E3549 121tE* 5P ? c /619 1 4අ SECEUARY OPERATIONS 13P8 3( 113* 1 1I OVERFLIGHTS 8026A...34NLSCATINE IA N I 1L1 27E 14 204 0PILSCLE SHOALS AL S 1 HSV 1366 55p 26 769 15 MNSKEGCN MI N I MKG 2263 547 e34 911 111PlSKCGEE OK h ZF 17 ) 3 Ii...821756 2K10M EI-CUiK :KV PARK NY N4 ,NY 1i 0 1 8* R(OPUC OH N 7ZSf 4t. 16 1 26 ZAIONE 41. S 1 HSV 23! C VI i~e11 tbU1JC CALLS MN IK ZAP4 ’I-36i1 .(EC CITY
1979-01-01
00 F ( 103M 2. 100 ° 90 ° 80 ° 70’ 60’ 50 40- 30 ° 20* ’ 0. I-- - T 7 - I I I F I I I T I I T 1 1I- - 7 1 1 1 1 1 1 1 1 1 1 1 1 1 I I I I 70...CYL TE PRT- CURVES- --- --- - ATAN- -C D J " RH i AS0 H 1 t, (7 Z" sm2N su 2N42U N 32 . OPLACS- .04- - - -0 25 25 1MJJASONOJ 0 JF4AI4JJAS0N0J
1986-11-01
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U. S. Navy Marine Climatic Atlas of the World. Volume III. Indian Ocean
1976-03-01
83 S P E E D 7 1IOTS MI TK SP EE D T( N O T & ) / 3124 % i2s 16 1 30 40 O0 0 000 10 12 4 0 a0 30 40 0O 60 7.0 O 0 10. 20 430 4 40 so 70 5 BITO 9...CUJAAOOUOOAAOl frNM CLOUDAOUNTINIOA TM5 LOC fFOACCDCIN504CKT1 CLU A M00UNTO4005C6LODAMUT NEIKM too 1.2 . .6 10 1 ,-6- - IOU / 1 1 0, -1 ? N 4 5 a ’ a 00’ a0 10 2... LOC - 3-1 30 I 31 1.440-.$40• a 0 .l.0411,i 0 0 0 0 U42 10 .1 0I.01-.8 01 01 a 0 L0 It 0 ,i o811 ! ! o .a ° . O - INSUFFICIENT ,4OR.1 , 01 0 o0 L
Far-Field Acoustic Data for the Texas ASE, Inc. Hush-House. Supplement.
1982-04-01
wJ t* = -W 0 0.0 cu x. C. m 4!T a. 1 1I IA r2 m0 r t S ’ (A WA w. ". .9 wL * . ac ti 40 I m. aL O 0.14 .) . w -4 En 1 4~~~ 0n an ~ .~( LL (AU. a.3W 0...I I I A (P8%48~t N0I f IS I I coI N m M V4 MO N MM M 6N I 1 0 1 0 .* . .. . . I N 1) %0JO e 10kainM rt w tSY (n0 En " I N W M V 0 4tF . I4 Ilg~g w r 1...A m~ommm at a-at t- * * I m* m a 5 1. tS go .W m 0A400. 0* eN d W) I 4 z 5 -?ZX5OGs II*PII. 1 0 5 OR I ’. Of . I of 50 I * V)A9Ct. 1;4 44944a so ~ ~ 1
Burnout Thresholds and Cross Section of Power MOS Transistors with Heavy Ions
1990-02-01
qIIiH I I I II 11 tH HHif- >HO0 A A A Z P4’ 0 ~ 110 U) to o 0 0 100 11100 00 coU IIC W t-3 t 0 1 00 1 1 100 co ol U 4Ji I V I H- IHrqH I I I H r-I A H H...Wo. W to to Hri ottoo4 t) L OL OL OtLO ca P4 H Hx (n U) 0 U) H1- 0 0 0 0 0 0 0 00 IQ rd 0 Hq H HA H H Hq H Hi H- 0 0 0 0 0 0 0 Hi 0 m~ ~ LOz O H H O I...DEVICE: 2N6788 (IRFF12O) MFR: IR PDC: 8440 (2) 0 .1 ........... ... - 1.OE-2 E &1.OE-3 z7 0 S1.OE-5 b 0 1.OE-6 LET=30 1. OL -7....... I11 70 80 90 100
1983-01-01
5 J 1001 5 B U I I I PA!01 B189 N00140-81-OBA63 B C Z 1 2 2 R404 000 S1 LAND SURVEYS , CADASTRAL SERV 8 A 4 5 J 1001 5 B "I I I I PAIOT B213 N00140-81...li 5 K OCW29 0033 DACW29-82-00310 A C C 5 2 2 R404 000 51 MOT SERVICES/LAND SURVEYS 8 A 4 6 U 17A 2 A 5 L 0CW29 0086 DACW29-82-D0310 A C C 5 2 2 R404...000 S1 MOT SERVICES/LAND SURVEYS - 8 A 4 6 J 17A 2 A I 1 t L 0CW29 0091 OACW29-82-D0310 A C C 5 2 2 R404 000 SI MGT SERVICES/LAND SURVEYS - 8 A 4 6 J
Sparrevohn AFS, Alaska. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F.
1983-03-01
8217 " - . 6 7 5 1116 6 6 3 9 6 II Z 3 0, 3 ,1 9 a1 ;3 7 , P i 2 . 6 1 F 7 P,, 0 . o 9,, F T o .) 1 " ,.S..,, 37839 328M 4* .,67 IV 2Y. 1 8 P.1.k GLOCAL ...7.3 3.2 1.6 .1 I A 0 1 807 W bw I b 1362427 32759 I n.& , 6-162! An?7 12-11 1 z 1 4 tA- - -2-A- I_ II l II ..... ___ ___ GLOCAL CLIMATOLOY BRANCH
Bang-Andersen, Benny; Ruhland, Thomas; Jørgensen, Morten; Smith, Garrick; Frederiksen, Kristen; Jensen, Klaus Gjervig; Zhong, Huailing; Nielsen, Søren Møller; Hogg, Sandra; Mørk, Arne; Stensbøl, Tine Bryan
2011-05-12
The synthesis and structure-activity relationship of a novel series of compounds with combined effects on 5-HT(3A) and 5-HT(1A) receptors and on the serotonin (5-HT) transporter (SERT) are described. Compound 5m (Lu AA21004) was the lead compound, displaying high affinity for recombinant human 5-HT(1A) (K(i) = 15 nM), 5-HT(1B) (K(i) = 33 nM), 5-HT(3A) (K(i) = 3.7 nM), 5-HT(7) (K(i) = 19 nM), and noradrenergic β(1) (K(i) = 46 nM) receptors, and SERT (K(i) = 1.6 nM). Compound 5m displayed antagonistic properties at 5-HT(3A) and 5-HT(7) receptors, partial agonist properties at 5-HT(1B) receptors, agonistic properties at 5-HT(1A) receptors, and potent inhibition of SERT. In conscious rats, 5m significantly increased extracellular 5-HT levels in the brain after acute and 3 days of treatment. Following the 3-day treatment (5 or 10 (mg/kg)/day) SERT occupancies were only 43% and 57%, respectively. These characteristics indicate that 5m is a novel multimodal serotonergic compound, and 5m is currently in clinical development for major depressive disorder.
Pepose, Jay S; Ahuja, Arjun; Liu, Wenlei; Narvekar, Abhijit; Haque, Reza
2018-05-19
To evaluate the efficacy/safety of an ophthalmic suspension of povidone-iodine (PVP-I) 0.6% and dexamethasone 0.1% in patients with acute adenoviral conjunctivitis. Multicenter, randomized, vehicle-controlled, double-masked trial. Adults with a positive Rapid Pathogen Screening Adeno-Detector Plus TM test were randomized 1:1:1 to PVP-I 0.6%/dexamethasone 0.1%, PVP-I 0.6%, or vehicle, bilaterally 4 times daily for 5 days (days 1-5). Patients were evaluated on days 3, 6, and 12 (+1-day window). Efficacy measures included clinical resolution and adenoviral eradication. Overall, 144 patients were included in the efficacy analysis (PVP-I/dexamethasone, n = 48; PVP-I, n = 50; vehicle, n = 46). The proportion of patients with clinical resolution (primary study eye with last observation carried forward [LOCF]) at the day 6 visit was higher with PVP-I/dexamethasone (31.3%) than vehicle (10.9%; P = .0158) and PVP-I (18.0%; P = nonsignificant). The proportion with adenoviral eradication (primary study eye with LOCF) was higher with PVP-I/dexamethasone than vehicle at the day 3 (35.4% vs 8.7%; P = .0019) and day 6 (79.2% vs 56.5%; P = .0186) visits and versus PVP-I (day 3 visit, 32.0%; day 6 visit, 62.0%; each P = nonsignificant). Treatment-emergent adverse events (AEs) occurred in 69.0% (vehicle), 62.7% (PVP-I), and 53.4% (PVP-I/dexamethasone) of patients in the safety dataset. Discontinuation owing to AEs occurred in 37 patients (vehicle, n = 16; PVP-I, n = 12; PVP-I/dexamethasone, n = 9). PVP-I/dexamethasone appeared safe and well tolerated, and significantly improved clinical resolution and adenoviral eradication in patients with acute adenoviral conjunctivitis. Copyright © 2018. Published by Elsevier Inc.
1988-04-18
de la Nation? (5) (6) (7) (8) (9) (10 i (2)(%i . HOMBflE, MUJER (3Ji%, (4Kl »29 ANOS (M 3<M5 »NOS r 46*4 1 ANOS Cil 65 Y MAS...iQai opinion le merece la actuation del Gobiemo en a cuestiön de sanidad? ( 2 )TOTAL .HQMBR W »29 AfiOS (•/.) 3M5 AfiOS (• «64 ) AfiOS (%) 65 Y...opinion le merece la actuation del Gobiemo en la cuestiön de impuestos? (5) MUY BUENA 0.1 0,8 0.7 0,6 0.4 0,8 1,5 (6) BUENA 12.3 13.0 11,7 9,2 14.0 12.1
Airport Crash/Fire/Rescue (CFR) Service Cost and Benefit Analysis. Volume 2. Appendixes
1980-07-01
J 0& _ C1;Y u ’ . LULW IW .nCnI .J.Z r r1w"C -9 _j _j IU . oc-lxceI LL4- 0 LU V:) - WI 41U Zl u m . I-x L. I . l *Li CL, LL >. a. ൖ M W"W f - Mie ...during the impact. There were 17 sur/ivors in the coach section including two uninjured flight attendants. Many of the survivors suffered injuries...the fatalities in ’he coach section. Elevated hydrogen cyanide ( levels were found in the captain and six coach fatalities. Most of the deaths in the
1980-12-22
rv a N NOm r 0. I N e V. 0 o’lN N’) Nvci 4 10 d DNV ’C N M’ CL1 NON .1 N C ’i C’ N’C a,(’N 090 MOO .(~0 ~ N Ird 0 V 0 -14 v 0 .0 m 0 N 4M N I C- lt V W...73 , 043 0 43 4 43 7 - o 0 03 4 z. 4C 3 4) 33 04- - . 7- 7 4 0 77 Q3 00 3E0 -~ I I’ ’ ’iwL a. -. - .4 4. I- L, 2.7 Uz; .3 z 7 2 Zj C) Ia 4 - I .. C I...u 0 mCulu 0 Cun 0 ,u’ m 0 Il -’D Cu N. Cu 0. C- C’ rv 0 .N u m. Cu r.0 M )0. 0 L W Io (n - -’Cuu ( VM -J -. I m -Im I 0 NO t ND 0..00 0 NOM 0 m n O 0
Metal-Arc Welded Ti-6Al-4V, Ti-4Al-4V, and Ti-5Al-2 and 1/2 SN Titanium Alloys
1959-05-01
x . 7 8 8 - x 2 . 1 2 i n c h ) V n o t c h Charpy i m p a c t spec imen . MATERIALS COHN* .25 . 2 3 The m a t e r i a l s u s e d d...i e d V n o t c h Charpy i m p a c t spec imen i n a s t a n d a r d i m p a c t machine w i th anvi l s modified so t h a t the center...of percussion of the pendulum coincided with the center of the impact specimen, This FIGURE 3: SUBSIZE T E N S I L E SPECIMEN FIGURE 4
Homestead AFB, Homestead, Florida. Revised Uniform Summary of Surface Weather Observations (RUSSWO)
1972-09-11
ro 9O0 AM lii 10l1_2000 210Al 77 |,1 81 86.o 29,1 3.902 900 91,1 IN) 2 9 3&1S| 93 g W 930 g3 ’ 6J 9505 > :8oo 12I ?.I |]d 9 1). 90i7 9111 ft’, 92...p¢O8 67 8 0002 SD 81, 800,I 7;91 1 3-8 7 2 44 17 MEN 840 ,1 7 41 5 70n 9* z,9 .567 .’. i? 1 ’1 I TOTAL OBs 1145j 16 174f 14391 o 1401 - IS O 4.6721...FREQUENCY OF RELATIVE HUMIDITY GREATER THAN MEAN TOTALI r T .... . . N (LST) 101 20% 30% 40% 50% 60% 70% I 80% 90% HUMIDITY OBS N 0002 100 . 000 1000 999
Military Families with Handicapped Children: The Reassignment Problem
1981-02-01
of them ( education service center, Lub- bock Medical facilities , Lubbock State School, psychiatric facilities , etc.) 18. Additional comments: Rapidly...Attached DD ) AN 73 1473 EDITION OF I NOV6GS IS OBSOLETE UNCL 23 Oct 81 8 1 10 2oc 0 6 2 !CURITY CLASSIFICATION OF THIS PAGE (I7,n Data Entered) AIR WAR...COLLEGE AIR UNIVERSITY Report No. MS107-81 MILITARY FAMILIES WITH HANDICAPPED CHILDREN: THE REASSIGNMENT PROBLEM (A (WiDE TO SPECIAL EDUCATION AVAILABLE
Effect of Pressure on Conductivity in Poly(Ethylene Oxide) Complexed with Alkali Metal Salts.
1983-05-01
I. ill thii ai lIion o lim ;oPlb - :11 orde e to I i u PIil I I . !IO ent, dynawical where lo~ isutll-r:lail coii’,iii:Sililty. Iiif cdl IV. it IC...iacek :,w-:.,i (e n mpr:]v 1)Dr .Janet Ostero ung
Transition Region for Corner Cracks at Holes.
1984-12-01
that ca<tastrophic failures are not caused by cracks ormin;i I i g f ro.m fast ener ho I es . This philosophy was introduced by \\;Lood aind im, l12...form throusgh- * hi fininit~ 1w b ouindaries of this reuiion is .1 , t nd rk . i’ It he l .iSclissed inT det ail in i r , -n Iv, rm ed u r es o(r (I ,i...or these results dealing strictly wi th part-t brougil c:ac k fat i que life pr-edictions in 1979, (see Chang [301). Peterson andl Vroman [31 1
Sagar, Belakavadi K; Harsha, Kachigere B; Yathirajan, Hemmige S; Rangappa, Kanchugarakoppal S; Rathore, Ravindranath S; Glidewell, Christopher
2017-03-01
In each of 1-(4-fluorophenyl)-5-methylsulfonyl-3-[4-(trifluoromethyl)phenyl]-4,5,6,7-tetrahydro-1H-pyrazolo[4,3-c]pyridine, C 21 H 19 F 4 N 3 O 2 S, (I), 1-(4-chlorophenyl)-5-methylsulfonyl-3-[4-(trifluoromethyl)phenyl]-4,5,6,7-tetrahydro-1H-pyrazolo[4,3-c]pyridine, C 21 H 19 ClF 3 N 3 O 2 S, (II), and 1-(3-methylphenyl)-5-methylsulfonyl-3-[4-(trifluoromethyl)phenyl]-4,5,6,7-tetrahydro-1H-pyrazolo[4,3-c]pyridine, C 22 H 22 F 3 N 3 O 2 S, (III), the reduced pyridine ring adopts a half-chair conformation with the methylsulfonyl substituent occupying an equatorial site. Although compounds (I) and (II) are not isostructural, having the space groups Pbca and P2 1 2 1 2 1 , respectively, their molecular conformations are very similar, but the conformation of compound (III) differs from those of (I) and (II) in the relative orientation of the N-benzyl and methylsulfonyl substituents. In compounds (II) and (III), but not in (I), the trifluoromethyl groups are disordered over two sets of atomic sites. Molecules of (I) are linked into centrosymmetric dimers by C-H...π(arene) hydrogen bonds, molecules of (II) are linked by two C-H...O hydrogen bonds to form ribbons of R 3 3 (18) rings, which are themselves further linked by a C-Cl...π(arene) interaction, and a combination of C-H...O and C-H...π(arene) hydrogen bonds links the molecules of (III) into sheets. Comparisons are made with the structures of some related compounds.
The first quaternary lanthanide(III) nitride iodides: NaM{sub 4}N{sub 2}I{sub 7} (M=La-Nd)
DOE Office of Scientific and Technical Information (OSTI.GOV)
Schurz, Christian M.; Schleid, Thomas, E-mail: schleid@iac.uni-stuttgart.d
In attempts to synthesize lanthanide(III) nitride iodides with the formula M{sub 2}NI{sub 3} (M=La-Nd), moisture-sensitive single crystals of the first quaternary sodium lanthanide(III) nitride iodides NaM{sub 4}N{sub 2}I{sub 7} (orthorhombic, Pna2{sub 1}; Z=4; a=1391-1401, b=1086-1094, c=1186-1211 pm) could be obtained. The dominating structural features are {sup 1}{sub {infinity}}{l_brace}[NM{sub 4/2}{sup e}]{sup 3+}{r_brace} chains of trans-edge linked [NM{sub 4}]{sup 9+} tetrahedra, which run parallel to the polar 2{sub 1}-axis [001]. Between the chains, direct bonding via special iodide anions generates cages, in which isolated [NaI{sub 6}]{sup 5-} octahedra are embedded. The IR spectrum of NaLa{sub 4}N{sub 2}I{sub 7} recorded from 100 tomore » 1000 cm{sup -1} shows main bands at {upsilon}=337, 373 and 489 cm{sup -1}. With decreasing radii of the lanthanide trications these bands, which can be assigned as an influence of the vibrations of the condensed [NM{sub 4}]{sup 9+} tetrahedra, are shifted toward higher frequencies for the NaM{sub 4}N{sub 2}I{sub 7} series (M=La-Nd), following the lanthanide contraction. - Abstract: View at the main structural features of the NaM{sub 4}N{sub 2}I{sub 7} series (M=La-Nd): The {sup 1}{sub {infinity}}{l_brace}[NM{sub 4/2}{sup e}]{sup 3+}{r_brace} chains, consisting of trans-edge connected [NM{sub 4}]{sup 9+} tetrahedra, and the special kind of iodide anions, namely (I7){sup -}, form cages, in which isolated [NaI{sub 6}]{sup 5-} octahedra are embedded.« less
1979-11-09
9 8.2 I 300 63.1 Td ’F* 75: 2 ,g .: 41. 02 .9 97. 93.3 Cc) 3. 93.4 97 2 993 523. T . _ 994 99 4o? 62. 81." 86 , 90. 92. 94. - 97. 97. 99. q4. 9 9...L.U,w L .L j, ; Td LI~ Y ,’ n"f , ,. CEILING VERSUS VISIBILITY 4 4 h G r P P rT T ’ , -r i , I A P / , v1 T S P U1S j ,- " -h ? . r 5I1 NAML EW...6 2. 70.4 83. 87.89 93. * - 96. 95.3 o6.5 974 5 ’~ 9.14 -7.602.: 1q3 j 9&.9i 41 05 4!V 97 970!_07.8__9_7. 4005 i 62. _ __* ?3 87 _A 9 -- 54 5 :-.:9yc
Significant Hearing Threshold Shift in USAF Military Personnel: January-June 1975
1976-02-01
NAME A ADDRESS(O dIU1troot from Confrollln# Old 5 I. SECURITY CLASS. (at this report) ,, ~ / -- ~UNCLASSIFIED r/ V7 5 L. 0 -f6-. OE:CLAS$)PICATIOP4/~ow... 5 of N oa AFS Jo7il oa WSS ySS w/T 12~ Nio-i e 58t136 8a1405 .8 09 Milc pisc instructor 1,17 0.742 0 1472.00 2.13 14 pilot-operations 1,056 2.46 346...121 5 41 27 5 77 3 1 03 5 1 45 21 5 78 2 1 04 2 1 48 3 1 79 10 4 105 3 2 so 1 0 82 7 4 06 2 1 52 1i 1 83 6 1 I08 3 0 59 17 11 84 4 1. 19 3 1. 61 13 485
1981-09-14
provides Infortiation ar’d analysis ort tlepk-sical conditi dain as of the report date. Informatior% andI analysis are baseti oA yis inspection of the... analysis was not performed in the usual manner of modeling a watershed area. The drainage area for this structure was limited to the reservoir itself...SYSTEM 6 4.4 EVALUATION 6 5 HYDROLOGIC/HYDRAULIC 7 * *1 I PAGE NO. 5.1 DRAINAGE AREA CHARACTERISTICS 7 5.2 ANALYSIS CRITERIA 7 5.3 SPILLWAY CRITERIA 7 5.4
1976-11-01
Hardware • System functional configuration characteristics • Component aging mechanisms (engineering) • Subsystem/component FMEAs • Subsystem...modified to fit the specific mission(s) under investigation. 60 — .- m. • •. mi . ui ••_!!•»•••’ i • .. ••Mil ’’•^•^••BWW^WlWi^Wi...8217 / t / / / s y / ’ / / * y hO | -;-; • / / 1, r T ", 60 / / / • f tl’Jt, s s 1 / ’ • Mode 7 B=4.0 ^ / 7 / 0 Mode 8
1991-01-01
a .- 3 30 3030 300 3cm 3.4 30 3-00< 3 0. ataa0.4 II ow 4(:0( c0 4 40 100 4N4 40 a 0 40)0 4o-M00 doU 0.4 Nc o WO g aW0 cca Q0 .) adO U0 0 o c - (L...Go05o- 0 0 -4 1- ,000 I.U0 co 000 U cc- 100 U a. U L I ON U -4 .4 -.4 L.4..4 -4 .. 444- -~..4- 444 m4 o ’W’ I :00 4 cc00 -1.4I 000C )> .4 00 000000000...1900 0 1LLLS.*.O IUIiL.UjO 0 0 0 0 we *_ c. U i z0~ EiLS-nj ..JJi 1I I -3Ii 1 I I1 0 ME iC1-4 W U0 WMCI-4 NO 0 0 a Ia N 1 00-4 N 7-00 ado 5* 100 W0O
Spacewound Composite Structures
1978-01-01
n mA 0 CAW0000 v O N N - W O Hr vr- 0 a M0 NninH N CA.D. COCA MN P4 I P -40 %0 cL r4...IC) ZtT I N U r 45 &L CzS.FTVFIl) OU254 L=-F( D ’VF U) t(1.-VF(1) )!?. P , 4L262 EcG=..FT(l) I Er0) )0<.K(D) GC3 2 UTL=JTLT/L" OLR5 U=1-ULT4.JTL...34is PaLPI I= QUMATKEVAP49rOVY " vjj a 1WS113 TO DDO - FF-RRDOTSPEST N P " - P ;kTTS cdoo~ VF *31 1. is f u-+7 VP *2A6 P z 4.71 CE+&5v R H f WC
NASA Astrophysics Data System (ADS)
Liu, Shen; Feng, Caixia; Santosh, M.; Feng, Guangying; Coulson, Ian M.; Xu, Mengjing; Guo, Zhuang; Guo, Xiaolei; Peng, Hao; Feng, Qiang
2018-02-01
Evolution of the lithospheric mantle beneath the North China Craton (NCC) from its Precambrian cratonic architecture until Paleozoic, and the transformation to an oceanic realm during Mesozoic, with implications on the destruction of cratonic root have attracted global attention. Here we present geochemical and isotopic data on a suite of newly identified Mesozoic mafic dyke swarms from the Longwangmiao, Weijiazhuang, Mengjiazhuang, Jiayou, Huangmi, and Xiahonghe areas (Qianhuai Block) along the eastern NCC with an attempt to gain further insights on the lithospheric evolution of the region. The Longwangmiao dykes are alkaline with LILE (Ba and K)- and LREE-enrichment ((La/Yb) N > 4.3) and EM1-like Sr-Nd-Pb-Hf isotopic signature ((87Sr/86Sr) i > 0.706; ε Nd (t) < -6.3, (206Pb/204Pb) i > 16.6, (207Pb/204Pb) i > 15.4, (208Pb/204Pb) i > 36.8, ε Hf (t) < -22.4). The Weijiazhuang dykes are sub-alkaline with LILE (Ba and K)- and LREE-enrichment ((La/Yb) N > 3.7), and display similar EM1-like isotopic features ((87Sr/86Sr) i > 0.706; ε Nd (t) < -7.0, (206Pb/204Pb) i > 16.7, (207Pb/204Pb) i > 15.4, (208Pb/204Pb) i > 36.9, ε Hf (t) < -23.3). The Mengjiazhuang dykes are also sub-alkaline with LILE (Ba and K)- and LREE-enrichment ((La/Yb) N > 2.4) and EM1-like isotopic features((87Sr/86Sr) i > 0.706; ε Nd (t) < -18.4, (206Pb/204Pb) i > 16.7, (207Pb/204Pb) i > 15.4, (208Pb/204Pb) i > 36.9, ε Hf (t) < -8.6). The Jiayou dykes also display sub-alkaline affinity with LILE (Ba and K)- and LREE-enrichment ((La/Yb) N > 3.7) and EM1-like Sr-Nd-Pb-Hf isotopic features ((87Sr/86Sr) i > 0.706; ε Nd(t) < -15.3, (206Pb/204Pb) i > 16.7, (207Pb/204Pb) i > 15.4, (208Pb/204Pb) i > 36.9, ε Hf (t) < -18.4). The Huangmi dykes are alkaline (with Na2O + K2O ranging to more than 5.9 wt.%)) with LILE (Ba and K)- and LREE-enrichment ((La/Yb) N > 9.3) and EM1-like isotopic composition ((87Sr/86Sr) i > 0.705; ε Nd (t) < -15.1, (206Pb/204Pb) i > 16.9, (207Pb/204Pb) i > 15.5, (208Pb/204Pb) i > 36.9, ε Hf (t) < -12.2). The Xiahonghe dykes are alkaline with LILE (Ba and K)- and LREE-enrichment ((La/Yb) N = 2.12-2.84) and similar EM1-like Sr-Nd-Pb-Hf isotopic signature ((87Sr/86Sr) i > 0.705; ε Nd (t)<-18.0, (206Pb/204Pb) i > 16.9, (207Pb/204Pb) i > 15.5, (208Pb/204Pb) i > 36.9, ε Hf (t) < -8.6). Our data from the various mafic dyke suites suggest that the magmas were derived from EM1-like lithospheric mantle, corresponding to lithospheric mantle modified by the previously foundered lower crust beneath the eastern NCC. Our results suggest contrasting lithospheric evolution from Triassic (212 Ma) to Cretaceous (123 Ma) beneath the NCC. These mafic dykes mark an important phase of lithospheric thinning in the eastern North China Craton.
Cruz, Silvia; Trilleras, Jorge; Cobo, Justo; Low, John N; Glidewell, Christopher
2008-12-01
3-tert-Butyl-7-(4-chlorobenzyl)-4',4'-dimethyl-1-phenyl-4,5,6,7-tetrahydro-1H-pyrazolo[3,4-b]pyridine-5-spiro-1'-cyclohexane-2',6'-dione ethanol hemisolvate, C(30)H(34)ClN(3)O(2) x 0.5C(2)H(6)O, (I), its 7-(4-bromobenzyl)- analogue, C(30)H(34)BrN(3)O(2) x 0.5C(2)H(6)O, (II), and its 7-(4-methylbenzyl)- analogue, C(31)H(37)N(3)O(2) x 0.5C(2)H(6)O, (III), are isomorphous, with the ethanol component disordered across a twofold rotation axis in the space group C2/c. In the corresponding 7-[4-(trifluoromethyl)benzyl]- compound, C(31)H(34)F(3)N(3)O(2) x 0.5C(2)H(6)O, (IV), the ethanol component is disordered across a centre of inversion in the space group P\\overline{1}. In each of (I)-(IV), the reduced pyridine ring adopts a half-chair conformation. The heterocyclic components in (I)-(III) are linked into centrosymmetric dimers by a single C-H...pi interaction, with the half-occupancy ethanol component linked to the dimer by a combination of C-H...O and O-H...pi(arene) hydrogen bonds. The heterocyclic molecules in (IV) are linked into chains of centrosymmetric rings by C-H...O and C-H...pi hydrogen bonds, again with the half-occupancy ethanol component pendent from the chain. The significance of this study lies in the isomorphism of the related derivatives (I)-(III), in the stoichiometric hemisolvation by ethanol, where the disordered solvent molecule is linked to the heterocyclic component by a two-point linkage, and in the differences between the crystal structures of (I)-(III) and that of (IV).
1990-01-01
I 4 i (0> 0) (0 ?-- CoN 4C.A<>(0 0 9 3 020 i3f 04--4---0 -4 aNN C 0 VO N4 04000C0 33 3020 goN)L0(?-C 0 Of Co 0 ~ )0) 0)0) --- 03(3 C7(0 0)4 I3 3 02...M I -IO1 1 4NnInC0a laII0.I :Tl otIc 00o4-4 LIOr CO > -- 4-4 0-0-4 N m1 it-11m il C)I- o 00) 111 t 11 L- -4 0004 f Oi0 C ~ I -444- CON I NT N CL L...7) 0) I () 00 J! 0) 0)J 0. ) 0) 0) 0) .1 402 C 40 0 H 0 F- 0 0 H 344 if 2 I11-4" -I 0 a- 1- 1 0 0 444I CON 11I <- H < 044 : n 44 41 4cc 04Ein
[125I]Iodo-ASEM, a specific in vivo radioligand for α7-nAChR
Gao, Yongjun; Mease, Ronnie C.; Olson, Thao T.; Kellar, Kenneth J.; Dannals, Robert F.; Pomper, Martin G.; Horti, Andrew G.
2014-01-01
[125I]Iodo-ASEM, a new radioligand with high affinity and selectivity for α7-nAChRs (Ki = 0.5 nM; α7/α4β2 = 3,414), has been synthesized in radiochemical yield of 33 ± 6% from the corresponding di-butyltriazene derivative and at high specific radioactivity (1,600 Ci/mmol; 59.2 MBq/μmol). [125I]Iodo-ASEM readily entered the brains of normal CD-1 mice and specifically and selectively labeled cerebral α7-nAChRs. [125I]iodo-ASEM is a new useful tool for studying α7-nAChR. PMID:25687449
1979-03-23
C(U)MAR 79 KG C L A R K . .J OiiR I LA~ICLASSIFIED NADC— 7e017—60—PT—3 Ni l , _EIEIDHUU 10 r ~ I ~ 1315 f f1 22I~~~3.5 4 4 2 01.1 ~~~~ = — • ‘1MF2S...CENTER Warminster, Pennsylvania 18974 N 23 MARCH 1979 / ~~ r ~ ~~~~ IR 5fl~~~NO. 1gC l7l APPROVED FOR PUBLIC RELEASE; DISTRIBUTION UNLIMITED c_) UI...IS. SECURITY CLASS. (of (AS. rspovt) — - r ~)~ \\ - - Unclassified~ i ~~~ I I ( I5~ . DECLAS SIFICAT ION/ DOW NGRA 0I NG / — — SCHEDULE IS
1987-01-01
N $0 4 >U4. .v i 104 00 0 00 w 4) 0 :3 N r.’U -r4 0 0400 9~~ 0 (a~ ~!k= 4- w A = :3 ki td 0 l i C4In 0 m 0-4 0 NQ m m Qo o mL q~ rr-4m Q v N . 4... 4bd IV 4 a 0 k 6- u* ’ 44 0% 4 h hi Ř 0 -4 Ř 0 V’ wi *4 6 600. J a 0 $4 41 4 Q P4 6k Ca at%~ 640 4 hi ki -4 4 $i F’ 6 4 .0 41-4 M, 0 % 4 +i c...34444 V) 9; H 4.) W r1) 0 go 02 V4 02 *4 4)0 0 g -’-4 H 0 0 - > 41 0~ 4) 0d 0 0 0 $4 (A0 .02 td 0 r * r q la0 . 10 rd 4H 04 4 .) v . 4. u.’ 50
1982-02-01
SPl ) $511 I lost PA(E I oImfNCLAI 11111 OhIC500 e-9 31 511A6513 ROLLIFOC U02 600 10n3 !5 SPIALL ON3 I1T TRAN AlI/PRC - 68 C.P.53OO 90 35 RADI S 1 A N...I~~ %4( LA I 11kv M250 254 0 15 ’ G IfJ I1 EDALI AMnIAT LU.KID GIR9LR * ?61,00 ?56 45 G401 -LA~.0oe. INFO A 1 a I* 2 6 7 o 5? z 47L5 AIOGI . ELOAI
The Vestibulo-Ocular Reflex in Man during Voluntary Head Oscillation under Three Visual Conditions.
1980-07-15
040’- ’ -O 1>, GA 0v WV D Q)G w O V -.-c S -a - COd w- Co -w 00 0- > 0000’)-4A-1 j >.M40.M44003.0V - 0 >I4~ .-4-4.AfV Q) - x > I w൰ O QA 101 00...44 : .o w-’ w l mmQzmI , - - v >’ N40 5. a .wx > s , ,w n4 I a wC u C wC CC c a4 0 >E a0 w > 0’ 0x n, r’ w’ I I~ o** 4)-7 r_ C - 4- C 4 4 -4 c...8217. 0 a.4A 010 0 GA A-C 00 C :j m >0 0 --0 30. . m0 No-0 m-0.. 0) A-A- . A-.4m0 0 m-A >7 -O 1N 0C0 0 004w4w0 m0 >O v 0 0 n 4 w .w 0V A0w 0m GAO -0
Williams AFB, Chandler, Arizona. Revised Uniform Summary of Surface Weather Observations (RUSSWO)
1975-07-16
I 9 ,3 " T o, , l o,_ _ _ _ 4LOt O Ib ,7T.1.T; * i1 2~ . 3- 7V3,.l . 6 2076 I . 5 .B--- . 0T - .01 - - - ’ Wet~~~~26 Boi 206786 101 5;4715 2 C...1 9. 1011.12 13. 14 I. 16 17.18 19.20 21.22 23.24 25".26 27.28129.30 .31 D.B./W.B. pDy nulbFWetI ulbOew Porn , 34/ 33 289 32/3R1 _ I jJ _, _ 267 30...34 Boi ., __ __ __’ _ _ ’ i ’ ... .____... --I-- LU O , B. I t .<- " B _ __,, , Z X1>.I I _.....__ .. ._-via O.. n I I- -V)~~ - - - - -- - - - - - - -A
PLACES Aircraft Experiment Test Results
1982-05-01
4 S..*- --- I, "Iff . ZI . ."-. ’S , LL , I I I , I ~ I i0 75’’ I-I 25 so 75 .5 -. N TIME-- SECONDS PHASE OF FIELD M290 480 0.263960" START...a.• ... : .. 0. a a *. _ a0- a7 a. 0.1.1.0 10. 100. , > , , .. ,, P.. 0’, O. PHASE. FR.... . . EO U. , . .. . .,. ., ....C.., , , , .(H Z
Nuclear Effects Analysis D1-S-1800 Aerial Radiac System AN/ADR-6(XE-4) (V).
1972-12-21
1 ,r-4»-!4.. l.F-4,l<»..l .«14. TAP |. FT = 0.n.c;,OF-A.n.c.oiF-nft . 1 . OF 8 « 7 . 4<^P-* , 1 . OF« . 7 . SF-6 • 0 * 1 .F-2,0 TAPI[ F4...CffC49\\A|f r* if p- or < ( eft R <\\r\\r^f^OftCC~~ ’v.fvtvrv.fv — rv^. •* i i i i I i njjliflf. -ceo cccoccccc I I I I I I
Anthropometry of Women of the U.S. Army - 1977. Report No. 5 - Comparative Data for U.S. Army Men
1977-07-01
75-109.75 18 147 6.27 51922 74.75- 75#70 26 162 9e06 5299b 10?7S-1d8.75 22 129 7.67 44.95 73.75- 74*7:P 2? 126 3.41 43.90 1ab *?$-t~f.75 18 107 6.27...00 P4, " d L5 a .4. eI- uid 0 * (A C3 (4 %a t 4 W4* N 4 4M v4 N 4 1 -4 Z O Nr. N I.- udA V- 4 . 02 Lz V5 aA N.4 4 N N f M A V4 Ps (A :." Id -AAi
Application of the Wavy Mechanical Face Seal to Submarine Seal Design
1984-07-01
i2), IIIMRT(±.2i2) 146 COMMON IVMATC12,. 1.),. BMAT (360). RHAi(12),RHB(i) 150 COMMON RCP, RCM, RF, RS 160 REAL*4 MTM. MTP, JXP, JYP, JX%’PJTP, JXM...NN-I. N 3326 NC-n(NN-l)*12+1 330 OMRTCNC)=BM’IT(NC)eCVXP(NN) 3349 BMAT (NC.I)- BMAT (NC..I)eCYPNN) 3359 IPIRT(NC+5)u=tIAT(NC.S)+CMTP(NN) 3360 OMAT(NC4... BMAT (NC+6)4CYfl(NN) 3378 SM’AT(NC.7)onBMRT(NC+7)+CYYfl(NN) 3380 700 BflRT(NC.i±)-BflAT(NCi±)CMT(NN) 3390 C 349 C ENFORCE ZERO DISPLACEMENT BOUNDARY
Word Criticality Analysis. MOS: 67N. Skill Levels 1 & 2
1981-09-01
12 1 , lat 0.. 71N 4 1 s,1 119 *I .!Ill4 r ITr L34 U., p I*. 1, r-*44,1I6 C. I ", il. TD %T i - 96’ !04- 2,1 -i: l st a64 1104 121! tio 2...14 1’.1 !$04 4:4 11.1* :74 :’~ ~4 te 4 , 4?. 4.. 7 ., !:j-q1 , **)4 1Q3 *2 .1 .~ 4134 . 1.,’ 4- 1 41st -74 Ott. *4 . ,4 4,7Y t 1 46520 n190 37.1
1968-04-10
5.L 5.6 5.8 2.5 o.’ 9 7 6c NCV .’ 5.4 . 5.4 6.6 4.1 1’.2 8758 CEC 3.7 .5 3.7 5.3 6.6 11.6 9ർ TOTALS .1 9.4 .1 7 1 .0 9.5 11.6 6.2 . 17.2 1,.8565...51-N3,55-61,63-66 NCV STATION STATO NAME YEARS MANTH ALL WEATHER ? C -11. CLASS HOURS I ST I SPEED --0 - MEAN (KNTS) 1 - 3 4 - 6 7-10 11 - 16 17 21 22...61963-66 Ncv STATION STATION SAME YEARS .ONT. ALL WEATFER 12-C-4 ClAs L S C5 T ) SPEED - I MEAN (KNTS) 1 - 3 4 - 6 7 - 10 11 - 16 17 21 22 27 28 - 33
Source Header List. Volume 1. A through K
1998-07-01
M 020> u~ an Wj WI j In 0 In j M4 w a W I W I xL.U (In M -1 00 WK M)~ >>2>1>1 0 MM -wan wa- WWW Z~ 0 .( MW00 I 0 MO MEM w~ 2’ 202 ZwU 2W M MMM 40 In...0OL 0 3 02 02 0 M 1 0 0 OHP - 0 0 O W 004 o00 04 01- ow 04 0<-i 0n OW 04 04 001 0 0 0x 0 0 OW Www L M L L O L2 L LC. LCD L2 LW LL.Z 0Wou L L L.U LL LL L
1993-01-01
a0 m~ ar (0 - a 0 a4 04 H50 4 a 4 C-1 am a C3 L) 0ý an 0 a n c Za4 00 C.ým 4Lo j I N O Nol 0IS)0 cl r- m - anNe t"I ý ý Ll2 an N -z Do~ acca -fN- 0a’J...c to aQ Coo," I "o o) " ’ mC, ,I e nnI to a) ammc)oc Il I I L) o c wo x I Ca u m2 a. U r-7f cc ~ nl.< C0C) -*4~-0na-ao " 0 ELI ao (v acCa ’’ a~al~ nal...Fw IE~ 1. E F1 F4 o F. c4I F 4 F OF. F7 )I - F ~-4 .F 4 F 41) w 10 A F F W)( o4 v7- m ’mo7 l T =444 45 o o .7 c> S . o Lc4 mo - 04 NNr a)0 lo 7 1 7 o
Station Climatic Summaries, North America. Volume 2. Alaska, Canada and Greenland
1993-02-01
36 IZ50 NNE 13 5$ 9 J7 1 4 17 11 a a 13 4 ISO NNE 4 52 9 1 21 1 41 19. :5 :S 10 1, :: Z. 1:9 1 4ý1 11 1 2 :07 165 E 7 67 V.c 1 9 1, . ý I IDECp 8 1...WP.T. SASKATOIEAN4 p11100 i8-t976 a $lueLye$ C429 ,"omber 197r ILOCA&130N S 26 WIN7 40 9LX 184 1Im AN ISO US00 AW CLMATIC. BRE- --- L ItI of. o4 U1 99...JUN 62 45 33 14 4.1 3.1 57 W 7 55 8583 . 9003 1 014621 JUL 78 50 3725 3.0.0 _# #W 7 477972 35.21900 5 20 0 010153 5 0 6 AUG72 -318 5.3 4.9 1 4W 7 47875
1993-01-01
4 I COON 4 X- IN IM COO 44 It~ LILA 55 ’)ýl LL - L W I -LLW - UUU-ýý .ý -UL..-- gL lA -40-U- (t’- 0-4-4 N CLIII S O0 I40 0x c> 4Nof-4-.) 05 CI OO 444...000 0- OC C CO C : 1 0-4-4 If 33 33:7 t3::t ;r333333:333r 333 3333: :r --3l3c c 3 c 33 3 :3 ofw 4. I000) i5 55 0 00) it so uC) 11 MM o 00...2Zzzzzz22zzzz2z22Zzzzzzzzzzzzzzz2222 z222zzzz 2 if 1C.)0-4 11 22zzmZZZZZZZZzzzz2zzzz2zz2zzzz~zzzzzzzzz2zz Z 55 C-4(10 II NN N NmJN N N N N :5 -4 1 CO-4NO 51 5 IO W-4NCO 19 it CO-4NCO
Influential Nonegligible Parameters under the Search Linear Model.
1986-04-25
lack of fit as wi 2 SSL0F(1 ) - I n u~ -(M) (12) and the sum of squares due to pure error as SSPE - I I (Y V-2 (13) For I 1,.,2) we define F(i) SSL0F...SSE (I) Noting that the numerator on the RHS of the above expression does not depend on i, we get the equivalence of (a) and (b). Again, SSE ) SSPE ...SSLOFM I and SSPE does not depend on i. Therefore (a) and (c) are equivalent. - From (14), the equivalence of (c) and (d) is clear. From (3), (6
Proceedings of the Power Sources Conference (36th) Held in Cherry Hill, New Jersey on June 6-9, 1994
1994-06-09
bi- polar design. Activation: Entrapped gas bubbles are diffiult to remove. Thorough wetting requires pulling vacuum several times. Initial Charging...accomplished by pulling an exdernal vacuum which evacuates air from each cell through the sNTEvCEI.L-fill I vent tubes. After release of vacuum and...density = 1.75 amnps/in2 System Weight =86 lbs (9.7 WI-l1b) System Volume =1071 in3 (.78 W~fn 3) 7SI I I I I I 70 C~~URREN PRGRM GOALI 60 CCLE IFEEPI is
Knorr, Michael; Guyon, Fabrice; Khatyr, Abderrahim; Strohmann, Carsten; Allain, Magali; Aly, Shawkat M; Lapprand, Antony; Fortin, Daniel; Harvey, Pierre D
2012-09-17
Reaction of CuI with bis(phenylthio)propane in a 1:1 ratio yields the two-dimensional coordination polymer [{Cu(μ(2)-I)(2)Cu}{μ-PhS(CH(2))(3)SPh}(2)](n) (1). The 2D-sheet structure of 1 is built up by dimeric Cu(2)I(2) units, which are connected via four bridging 1,3-bis(phenylthio)propane ligands. In contrast, treatment of 2 equiv of CuI with 1,3-bis(phenylthio)propane in MeCN solution affords in a self-assembly reaction the strongly luminescent metal-organic 2D-coordination polymer [Cu(4)I(4){μ-PhS(CH(2))(3)Ph}(2)](n) (2), in which cubane-like Cu(4)(μ(3)-I)(4) cluster units are linked by the dithioether ligands. The crystallographically characterized one-dimensional (1D) compound [{Cu(μ(2)-Br)(2)Cu}{μ-PhS(CH(2))(3)SPh}(2)](n) (3) is obtained using CuBr. The outcome of the reaction of PhS(CH(2))(5)SPh with CuI also depends of the metal-to-ligand ratio employed. Mixing CuI and the dithioether in a 2:1 ratio results in formation of [Cu(4)I(4){μ-PhS(CH(2))(5)Ph}(2)](n) (4) in which cubane-like Cu(4)(μ(3)-I)(4) clusters are linked by the bridging dithioether ligand giving rise to a 1D necklace structure. A ribbon-like 1D-polymer with composition [{Cu(μ(2)-I)(2)Cu}{μ-PhS(CH(2))(5)SPh}(2)](n) (5), incorporating rhomboid Cu(2)I(2) units, is produced upon treatment of CuI with 1,5-bis(phenylthio)pentane in a 1:1 ratio. Reaction of CuBr with PhS(CH(2))(5)SPh produces the isomorphous 1D-compound [{Cu(μ(2)-Br)(2)Cu}{μ-PhS(CH(2))(5)SPh}(2)](n) (6). Strongly luminescent [Cu(4)I(4){μ-p-TolS(CH(2))(5)STol-p}(2)](n) (7) is obtained after mixing 1,5-bis(p-tolylthio)pentane with CuI in a 1:2 ratio, and the 2D-polymer [{Cu(μ(2)-I)(2)Cu}(2){μ-p-TolS(CH(2))(5)STol-p}(2)](n) (8) results from reaction in a 1:1 metal-to-ligand ratio. Under the same reaction conditions, 1D-polymeric [{Cu(μ(2)-Br)(2)Cu}{μ-p-TolS(CH(2))(5)STol-p}(2)](n) (9) is formed using CuBr. This study reveals that the structure of the self-assembly process between CuX and ArS(CH(2))(m)SAr ligands is hard to predict. The solid-state luminescence spectra at 298 and 77 K of 2 and 4 exhibit very strong emissions around 535 and 560 nm, respectively, whereas those for 1 and 5 display weaker ones at about 450 nm. The emission lifetimes are longer for the longer wavelength emissions (>1.0 μs arising from the cubane species) and shorter for the shorter wavelength ones (<1.4 μs arising from the rhomboid units). The Br-containing species are found to be weakly fluorescent.
1983-03-31
Height Analysis for 000 GMT, 22 Deec 1981 41 " 4 : "-6 ".. * °5 * d ... FORECAST EXPERIMENT 10: At 04 GMT 6 April 1982 a developing cvcont’ was moving...distribution of precipitation, Mlon. Wea. Rev., 107:5:-67. 140 Appendix C Inland Cyclogenesis Decision Assistance Procedure CI1. II II. N1 N(:Y(:lA4)(; %I~SI...cyclogenesis. 149 . .. ... . ,,. - 7 72 500 millibar heightt contours ". 500 millibar vorticity contours . L Surface Cyclone Fizue (2. N1 (’ridia i -I rough C(I
Choi, Jaeyeon; Vaidyanathan, Ganesan; Koumarianou, Eftychia; McDougald, Darryl; Pruszynski, Marek; Osada, Takuya; Lahoutte, Tony; Lyerly, H. Kim; Zalutsky, Michael R.
2014-01-01
Introduction N-succinimidyl 4-guanidinomethyl-3-[*I]iodobenzoate ([*I]SGMIB) has shown promise for the radioiodination of monoclonal antibodies (mAbs) and other proteins that undergo extensive internalization after receptor binding, enhancing tumor targeting compared to direct electrophilic radioiodination. However, radiochemical yields for [131I]SGMIB synthesis are low, which we hypothesize is due to steric hindrance from the Boc-protected guanidinomethyl group ortho to the tin moiety. To overcome this, we developed the isomeric compound, N-succinimidyl 3-guanidinomethyl-5-[131I]iodobenzoate (iso-[131I]SGMIB) wherein this bulky group was moved from ortho to meta position. Methods Boc2-iso-SGMIB standard and its tin precursor, N-succinimidyl 3-((1,2-bis(tert-butoxycarbonyl)guanidino)methyl)-5-(trimethylstannyl)benzoate (Boc2-iso-SGMTB), were synthesized using two disparate routes, and iso-[*I]SGMIB synthesized from the tin precursor. Two HER2-targeted vectors — trastuzumab (Tras) and a nanobody 5F7 (Nb) — were labeled using iso-[*I]SGMIB and [*I]SGMIB. Paired-label internalization assays in vitro with both proteins, and biodistribution in vivo with trastuzumab, labeled using the two isomeric prosthetic agents were performed. Results When the reactions were performed under identical conditions, radioiodination yields for the synthesis of Boc2-iso-[131I]SGMIB were significantly higher than those for Boc2-[131I]SGMIB (70.7 ± 2.0% vs 56.5 ± 5.5%). With both Nb and trastuzumab, conjugation efficiency also was higher with iso-[131I]SGMIB than with [131I]SGMIB (Nb, 33.1 ± 7.1% vs 28.9 ± 13.0%; Tras, 45.1 ± 4.5% vs 34.8 ± 10.3%); however, the differences were not statistically significant. Internalization assays performed on BT474 cells with 5F7 Nb indicated similar residualizing capacity over 6 h; however, at 24 h, radioactivity retained intracellularly for iso-[131I]SGMIB-Nb was lower than for [125I]SGMIB-Nb (46.4 ± 1.3% vs 56.5 ± 2.5%); similar results were obtained using Tras. Likewise, a paired-label biodistribution of Tras labeled using iso-[125I]SGMIB and [131I]SGMIB indicated an up to 22% tumor uptake advantage at later time points for [131I]SGMIB-Tras. Conclusion Given the higher labeling efficiency obtained with iso-SGMIB, this residualizing agent might be of value for use with shorter half-life radiohalogens. PMID:25156548
Final Screening Program, Third and Fourth Quarters, Version 3.1, Task 4. Volume 2
1988-05-01
5155.1 26142 5221.6 66.4 5155.2 26146 5170.4 32.2 5138.2 26147 5169.5 34.4 5135.1 27002 5134.2 39.5 5094.7 27003 5144.2 46.4 5097.8 27004 5125.6 32.2...54.9 5166.7 26141 5221.6 66.5 5155.1 26142 5221.6 66.4 5155.2 26143 5220.9 44.9 5176.0 26146 5170.4 32.5 5137.9 26147 5169.5 34.6 5134.9 27002 5134.2...qf5 6a.40P.4 ssv~ v 4A I I- 9u I S -a- * to zaa Ja aa a a . iso .. o o .’ o o 4.oo ..- @4.-a. c ~ *- r"I ".3. 1-~ j~r ci S~ Waej lraC a a vvL N
Ogutu, Bernhards R; Newton, Charles R J C; Muchohi, Simon N; Otieno, Godfrey O; Edwards, Geoffrey; Watkins, William M; Kokwaro, Gilbert O
2003-01-01
Aims Status epilepticus is common in children with severe falciparum malaria and is associated with poor outcome. Phenytoin is often used to control status epilepticus, but its water-soluble prodrug, fosphenytoin, may be more useful as it is easier to administer. We studied the pharmacokinetics and clinical effects of phenytoin and fosphenytoin sodium in children with severe falciparum malaria and status epilepticus. Methods Children received intravenous (i.v.) phenytoin as a 18 mg kg−1 loading dose infused over 20 min followed by a 2.5 mg kg−1 12 hourly maintenance dose infused over 5 min (n = 11), or i.v. fosphenytoin, administered at a rate of 50 mg min−1 phenytoin sodium equivalents (PE; n = 16), or intramuscular (i.m.) fosphenytoin as a 18 mg kg−1 loading dose followed by 2.5 mg kg−1 12 hourly of PE (n = 11). Concentrations of phenytoin in plasma and cerebrospinal fluid (CSF), frequency of seizures, cardiovascular effects (respiratory rate, blood pressure, trancutaneous oxygen tension and level of consciousness) and middle cerebral artery (MCA) blood flow velocity were monitored. Results After all routes of administration, a plasma unbound phenytoin concentration of more than 1 µg ml−1 was rapidly (within 5–20 min) attained. Mean (95% confidence interval) steady state free phenytoin concentrations were 2.1 (1.7, 2.4; i.v. phenytoin, n = 6), 1.5 (0.96, 2.1; i.v. fosphenytoin, n = 11) and 1.4 (0.5, 2.4; i.m. fosphenytoin, n = 6), and were not statistically different for the three routes of administration. Median times (range) to peak plasma phenytoin concentrations following the loading dose were 0.08 (0.08–0.17), 0.37 (0.33–0.67) and 0.38 (0.17–2.0) h for i.v. fosphenytoin, i.v. phenytoin and i.m. fosphenytoin, respectively. CSF: plasma phenytoin concentration ratio ranged from 0.12 to 0.53 (median = 0.28, n = 16). Status epilepticus was controlled in only 36% (4/11) following i.v. phenytoin, 44% (7/16), following i.v. fosphenytoin and 64% (7/11) following i.m. fosphenytoin administration, respectively. Cardiovascular parameters and MCA blood flow were not affected by phenytoin administration. Conclusions Phenytoin and fosphenytoin administration at the currently recommended doses achieve plasma unbound phenytoin concentrations within the therapeutic range with few cardiovascular effects. Administration of fosphenytoin i.v. or i.m. offers a practical and convenient alternative to i.v. phenytoin. However, the inadequate control of status epilepticus despite rapid achievement of therapeutic unbound phenytoin concentrations warrants further investigation. PMID:12848783
1984-07-01
DTAs SIP 43 - NOV 45, APR 52 - MAR 83 TD (E CONVERSION GMIT TO LSTs -6 FEDERAL BUILDING ELECTE ASHEVILLE, N. C. 8,10 pwft 4a 10 28 281: r4 I...3.36 3.81 1.82 1.50 1909 1.52 1i 1.57 $6C 2.27 2.91 3.81 5.60 -8 , 1q3 2,35a1 2,55 36 2.68 1.S4 .92 1,2n 3 D.20 . 5 I.S S s .2 8I .63 1.87! 2.89 1.7
1993-01-01
N4 ._ K MWL0.I- It 0o 00 10 0 0 00-40000 -04 0 (nK 00M0 a >- 22 Z 22222 z zzz z R nowo u 0 cow0 Q 4040040404 0 40404 40 If I001- a 04C 0ɜ 0 0 04 04.4...W40ld 00000I -4-000 C> 0 C000o1.170 1-00 -4 X I ( 1 010-4 1 0):C 0)~ Y- 40oO -4(0(0 oxZZ-j 0000 0-I -f) 347 M. Hf 4 5 00-4 if0)0 04 4000 04V)() (7< <) 4...00000000’cJa 40C0,ln)00 Af I M02000 it vlwt"A4 (0 NOWO -t4--4-No )0) )NN0)I)1l00D0-40-I)0 -40D-C’.I002C-4 of I M0C000 ofiil -f 00 nn)U0f4 ~ aiN)noo~0)t
South Atlantic Omega Validation. Volume 1. Summary, Analysis, Appendices A-E.
1983-01-01
JAN 63 UNLASSIFIED DTC O23-0 -C-4-23 F/O 17?3 L Wi 1j.1 Vll 11.2 MICOCPV ESLUIO TETC6 R NATINAL U~ i L 4.& STNAO .0 64:4 1ILE ()PY < SPAGE MILL RD. I ...NCO. I 10C .PALO M.O, CAUPOIUi CCII) 1ir,- SOUTH ATLANTIC OMEGA VALIDATION Final Report VOLUME I : SUMMARY, ANALYSIS, APPENDICES A-E January 1983...OPERATIONS DETAIL Washington, D.C. 20590 e.lS~ i ..lz... CEU I . ASSIFICATION OF THIS PAGE’ REPORT DOCUMENTATION PAGE Ia. REPORT SECURITY CLASSIFICATION lb
Preparation of the Superconductor Substrate: Strontium Titanate
1988-09-01
reported 19. Dijkkamp, D., Venkatesant, T., Wu, X.D., Shaheen, S.A.. Jisrawi , N., Min-Lee. Y.H., Mclean, W.I., and Croft, M. (1987) Preparation of Y-Ba...D., Venkatesant, T., Wu, X.D., Shaheen, S.A., Jisrawi , N., Min-Lee, Y.H., Mclean. W.I., and Croft, M. (1987) Preparation of Y-Ba-Cu-oxide
STOPEM: A Simulation Interdiction Model of a Motorized Rifle Division.
1983-03-01
4 em t n - - tat ion - 4 Fig 1.9. Simulation Process (Ref 51:24) . 4 2 8 Illy ."’p 4 44. * s ~ ... .. ** % 0;7...10)= 14.964/A( 11) CALL FILEM-(1,A) A(2)-l.0 A(3)-33 A( 4 )-9 A(5)-l. I A(6)-2.2 A(7)-.iA5-\\XX(15)*1.65 A( 8 )=TRIAfG(A(5) ,A(7) ,A(’) , 4 ) A(C 11)-TRIAC...IA),30.0, 1) AC l2)-TRIAC(3.n,XX(IP),5.0, 3) AC 10)_n] 4 .R64/A( 11) CALL FILF.M( 1,A) AC 1)-In A(2)-l.0 A(3)-0 136 7 r r - . ,. - A5=1.6 A( 8
Personal Flotation Devices Research. Volume 2. Research Report.
1978-01-01
C’-.J U. — — -~~~ C ‘- LUV 0 0 - .- C .- V N- U. C C - N- - C.) I I I I ) ‘ ~~ S _•. ~~~. C ~~ ‘.0 ~~ a- — SSO1 A~NVA011~ SONflOd V( A )- 32...test Is to preclude the approval of PFDs which deteriorate when subjected to a gasol i ne/ oil mi xture. A 20 to 1 , gas to oil ratio mi xture is Dre_...which does not have an oral inflation mechanism was subjected to 2 psi wi thout failure . All units passed the gas/ oil i mmersion and tensile test
Kinetic Shear Strength of Three Rock Types
1983-06-01
off during the test, re- sulting in the irregular surface. At the center of the container is a cone which forms part of the linear variable differential ...400 0.17 IN./ISEC 300 COEFFICIENT OF wi FRICTION- 0a52 0.18 iN.SEC S COEFFICIENT OF S200 FRICITION = 0.35 100240 N1E 12,7W IN./ISEC 0 100 200 300 400...which may help to explain the more erratic behavior of the test results at even faster spin rates; i.e., in the R-type tests. 115 . The response of the
How Quickly Can Attention Affect Form Perception?
1987-11-01
8217.O6/ N I ’P. * 1 . wlll25 iI u i A.i’ .:--. % % Ar Wl % -% W %* ----------- *, U" 1 % AFHRL-TR-87-28 INc IL FIECopy ON 1AIR FORCE 141 HOW QUICKLY CAN...After- a [ruit variible interval, four, 1 -likc target fiquris Wert, presented, one at each location, loll owedi by ti/asks. (hi ol server th/er idi...C cue is presented near the target, can also be. Oltai li/i Wi tih d~ p( rifrte at1Xiiti IFil, g1) 1 onS~ii t iifIt [LTaC tic(’ This argues that sucih
MR imaging of intracranial hemangiopericytomas.
Mama, N; Ben Abdallah, A; Hasni, I; Kadri, K; Arifa, N; Ladib, M; Tlili-Graiess, K
2014-12-01
To describe the MR features of primary intracranial hemangiopericytomas (HPCs) on conventional imaging, diffusion and MR spectroscopy and aim to determinate distinguishing features from meningiomas. From 2006 to 2012, seven patients with pathologically confirmed primary intracranial HPCs were included. The clinical data, conventional MR findings (n=7), DWI features (n=7) and MR spectroscopy (n=5) were retrospectively analyzed. ADC values of the HPCs (n=7) were measured on ADC map and were compared with that of contralateral normal white matter. Of the seven HPCs, four were anaplastic HPCs (WHO grade III) and three were HPCs (WHO grade II). MR pattern consisted in lobulated or irregular margin tumors in all cases with cross-leaf growth on both side of the falx in two cases. The lesions showed mainly iso signal (n=4) on T1 WI and heterogeneous high signal (n=5) on T2 WI. Heterogenity was mainly related to intra tumoral hemorrhage (n=4), and proeminent intratumoral flow voids (n=3). Marked heterogeneous enhancement (n=5) with dural tail (n=4) was noted. All tumours showed significant peritumoral edema. ADC values of the tumor tissue component range between 0.638 and 1.50×10(-3)mm/s(2) (average = 1,02). Three grade II HPCs showed higher values compared to normal parenchyma ADC (range between 0.772 and 0.930×10(-3)mm/s(2) with average of 0.830), whereas grade III HPCs showed either equal (three cases) or decreased ADC values (one case). MRS showed in all cases markedly increased Cho with lip/lac peak, decreased Cr and almost absent NAA. High mI peak with large glutamine/glutamate were noted in the three grade II HPCs. Conventional MR pattern when combined with DWI and MRS findings are highly suggestive of HPC and appear valuable data to differentiate HPCs from meningiomas. Copyright © 2014. Published by Elsevier Masson SAS.
1971-11-02
59. "i5 Jb ,++ 5 ), 4, 7_0+1,7:e 1 , 0 3500 T7 j .l 1 61..4 62.r’ 62.2 i . . ..? I . 4,2 ’.’’ 3 Z 1.4 -i 300 .I’e i~, d. 4 64.6 6.5, I t 5,9 66 .5j...8217 .4 5. 8) 0800 4 . L4 84.4 114 . 94ol 94. ,9 83,3 135 8. .6. -, ~6i M~ S500 74 14.0 .) i .) 86 86 13 ob e601 87*0 87,4l 76 7.8 tfId d A8.4 hh , * 5...34 5 i.4 U07000 4.* 04. 64 .5 04 04*5 Ř,05 4 ) L 6 J 4 4 5 It do.J 64 .5 64. t’ 4 5 t’. ’- i 14 I’., 0 6000 3,.:s hh ,5 SAeO 6F.6 68,96 61 .,6 6
Heterobimetallic Ti/Co Complexes That Promote Catalytic N-N Bond Cleavage.
Wu, Bing; Gramigna, Kathryn M; Bezpalko, Mark W; Foxman, Bruce M; Thomas, Christine M
2015-11-16
Treatment of the tris(phosphinoamide) titanium precursor ClTi(XylNP(i)Pr2)3 (1) with CoI2 leads to the heterobimetallic complex (η(2)-(i)Pr2PNXyl)Ti(XylNP(i)Pr2)2(μ-Cl)CoI (2). One-electron reduction of 2 affords (η(2)-(i)Pr2PNXyl)Ti(XylNP(i)Pr2)2CoI (3), which can be reduced by another electron under dinitrogen to generate the reduced diamagnetic complex (THF)Ti(XylNP(i)Pr2)3CoN2 (4). The removal of the dinitrogen ligand from 4 under vacuum affords (THF)Ti(XylNP(i)Pr2)3Co (5), which features a Ti-Co triple bond. Treatment of 4 with hydrazine or methyl hydrazine results in N-N bond cleavage and affords the new diamagnetic complexes (L)Ti(XylNP(i)Pr2)3CoN2 (L = NH3 (6), MeNH2 (7)). Complexes 4, 5, and 6 have been shown to catalyze the disproportionation of hydrazine into ammonia and dinitrogen gas through a mechanism involving a diazene intermediate.
Atmospheric Propagation Analysis Program
1993-01-01
1 0 9060’ Ors MI ot9 SWt We1M’ LSol ISo I 97 Delta T Temp Deg Fahrenheit Delta T Temp Deg Fahrenheit Date System Time Large 4-Bar Tank Grad Targ Grad...SS firt 0 SIX 1299 IC Ie IOO are Lce’tItor i"W ELVE ~99L’s P969 wz-s U&I _ _ _ _ _ _ _ _ _ _ _ _ _ _ 131__ _ _ _ _ _ _ _ _ _ L t Wi ISO IM M’s0 Vev...2. 4.6 1008. 02/ 27002 :54 0.0 58.9 2. 10.1 1008. 02/2621:30 0.9 60.9 1. 9.2 1008. 02/2703:00 0.0 57.3 1. 12 1002. 0222:5 .6. . . 00.0/20:4 0159.2 3. 91
1987-01-01
F5 - F-’ R.4 8,4 1%s Rb’ owv.*- ~ ~ v.w~ .91 ~ ~ - l ~f ~J C\\JCIF; W...0C,( I I I~.I.I. zzzzzzzz I 0 01 04 c8&.I c.4- 8- I -’N---I I 0%- - 0I 0-1- 14 >>I "N > I164 -I I u C - I L 2 * 0I U - I3 8 F5 I N mI L) I m 910 8 1...LX~~~a L I onW~ m 144 x.-t ZC um, ’ 1 9 I- wd. w W 4WW >wu cc Zu LI0 I o L i z -c - -’ L- F5 w C. * ~ % * #- ~ ~~’ C. 1 *< -tl z Cc4. .4 ’
Taslimi, Parham; Gulcin, Ilhami; Ozgeris, Bunyamin; Goksu, Suleyman; Tumer, Ferhan; Alwasel, Saleh H; Supuran, Claudiu T
2016-01-01
Carbonic anhydrases (CAs, EC 4.2.1.1) had six genetically distinct families described to date in various organisms. There are 16 known CA isoforms in humans. Human CA isoenzymes I and II (hCA I and hCA II) are ubiquitous cytosolic isoforms. Acetylcholine esterase (AChE. EC 3.1.1.7) is a hydrolase that hydrolyzes the neurotransmitter acetylcholine relaying the signal from the nerve. In this study, some trimethoxyindane derivatives were investigated as inhibitors against the cytosolic hCA I and II isoenzymes, and AChE enzyme. Both hCA isozymes were inhibited by trimethoxyindane derivatives in the low nanomolar range. These compounds were good hCA I inhibitors (Kis in the range of 1.66-4.14 nM) and hCA II inhibitors (Kis of 1.37-3.12 nM) and perfect AChE inhibitors (Kis in the range of 1.87-7.53 nM) compared to acetazolamide as CA inhibitor (Ki: 6.76 nM for hCA I and Ki: 5.85 nM for hCA II) and Tacrine as AChE inhibitor (Ki: 7.64 nM).
1979-05-01
29.1.1, It’, 4B, P11F X,4804 W/INKRT 5 "LOADED.I M107 BOY +140"F TEMP. CONDITION fl HEAVY WAL.L I. MWA SEA-IA, XMSO4 FORED 2B,C,1, IP ’* "U " 32 " 4A A 3C1...8217 zloco~ .q 01 Io - eel- 4:, . HL Voz Z~ o-.. fo. LL w ri IO 0 041 to7 tieV z I - 00 ac fl JL ~5)*j’ 4 t fl:Z 0 N L - v--oL .~~~ . .i - 4 .z It- I I
Vance AFB, Oklahoma. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F.
1982-12-02
w. -AL Lr ?LO’~ hH o,.T SURFACE WINDS 2 .. ?. SEPVIC/-AC PERCENTAGE FREQUENCY OF WIND DIRECTION AND SPEED (FROM HOURLY OBSERVATIONS... Jb A 4. AL CL TL0- A’i 2i ~CEILING VERSUS VISIBILITY PE ;CE N7AGE :EO, ;ENC Y 0(1 OCU RE’,(jE 1 .-- "J ;R3M H0BY BSR ,A- ONS ., 7 s 6 7 . -5. . . 6...15 16 17 1819. 20-21 -. 22 23.24-25 26. 27-2 2.9 30 3 D.- .S. D, 8,11 W,, BJb D- P.... / /Z 5 B 01 0 fl--.., (.) Z.. i-- N.. Ob.. .... N.. .1 . 4th
Robust Multivariable Controller Design via Implicit Model-Following Methods.
1983-12-01
followers, such as: II-7 , Ai ".......... . - ,. * . . , -. ,., 4’ . L7 XJ •:-, - J - / ( -+(Y -m)-- ( _ym + UTUc-]dt (11-13) A design method based on...Im r4 aI AI wS I I C.) 0 N 0N ON0N% I4 A’. I 0L- t-00 o% 0 ON 000 LA0 Naj UzN W4 c * r- In Go .% m * m . \\ C-. 0 cm a 0 ’no L- 00 *- \\ 14 0 0 ’-C Go N...0 t’. ~ - V’’. LALA -f . ONZ LA 41 0 \\ NL 0n I a A A N aI ’ nN? Z . =. 4 1 -I -0 I. I %a .0 1 - .a to. ot .b t o ob oto ob o11 cc-. "-f cccX dc c t I
Response of the Cardiovascular System to Vibration and Combined Stresses
1979-11-01
12 (7Tb ) . I ftppi ,, A DiLAi-V ii’, , .n., , iL GA{;. "A D Tchuic-l iU Oicicer TABLE OF CONTENTS Form DO 1473(.Abstract...a nylon curtain material to stimulate fibrotic growth and thereby prolong survival and enhance fixation of an electromagnetic flow transducer ( Zepeda ...Sv*M~ 5 ~ 1+1 C +1 ~.4I C ~ CO ., U r Ŕ D 1 o) .00+1 +1+1 m 1 c~+I cc a_ ’+ a ._, i -I C"’U’-lý MLn4 0%+l0 o * ,l +1 w + C - 1C o M n W M L 40 ’m V)U
Word Frequency Analysis. MOS: 57H. Skill Levels 1 & 2.
1981-05-01
8217 . -4 1a’ _________ Palms 1t. FLL& T - VI;:.P - -- S LtrTZE5 I Lu" I rprz l * 4 2lE p:Zn.uAwn PLCU4LLE 14 Piz;* I P RTICULAR 4 PZR1S 7 J _________ 2...I’ I VIn 1 fIV 7 IaIIA!’I TIP 2 1-111 L LAlT P i;10! S II*,s , 11- 1 L Ii1! p UIIIc tInlG Z : S -W (INSf4 2 IZ 1111tE~ ;l ,’I I z a5T p Oil ’(1$I1...p --G 6 RIGGING- I~ V~. 1 5EL~ .1 50:L I SF AFY~~3!.rS_7I; 7 SAFETY I----c- 7 -- ss1 ’_F T_-------- 1 HPPI 7A! I1CEUE SCP .~LaG 3 SHUTWI ~ SC’~J’!LI
System Integration and Interface Transition Issues.
1977-04-01
OC - 4- u -O m4 U V L.- I~V 0~ C 0 - i CC 0 .iOC30~i .- ~. C > u uU O! ul Wi 0) i~ LUn CL04) z w 0 CL-0r I.- ~ ~~~~ in0 6 - 2-A 0 ~ 4) 0 zEC u~5. 0...Systems Design and Documentation - An Introduction to the HIPO Method, Van Nostrand Reinhold Co. (1976). [34] Peter Freeman, "Toward Improved Review of...Software Design," Proc. National Computer Conf. 44, AFIPS Press (1975) pp 329-334. [35] Peter G. Neumann, "Software Development & Proofs of Multi-Level
Finthen AAF, Germany (West) Limited Surface Observations Climatic Summary (LISOCS).
1983-08-05
3.3 3.5 1.5 .6 .0 .1 Ŗ 311 132 . 4. . . .13. 2 ?2 311 2 f /t .5 .0 2.1 1. 1 59, 347 ?30 / T- AS .4 5 3s L3 /31 .11 1.7’ .2 164 14l 248b 312 / 73 .9... Nowo righ Tomeev R ... :.. 778199, 95S91 7).2 2.346 1 sO Sl2I 067 P .?IF * P - 93 F Tota : D,,.I..lb 3 I7t)41 6.4o0C $6.2 6.016 1211 3.3 .? "c...4.. 4*3 1.6 .5 .7 ., .2 " 554 . . . .. H ... III* - Me 441 4 6 .11% T ’S -- . _!a _ . 3 4 _ ’ 0 _ S .,.N,,,. 25546 8’ 36 ൬ 6 .3 *. 347 FS ,O 2 5 P
Mitigation of Confined Explosion Effects by Placing Water in Proximity of Explosives
1992-08-01
fo rced conc re t e wa l l s and equlpment door; a s loped , f r a n g i b l e , cor ruga ted metal roof; and a smal l a t t ached s t r...r b lanket a re shown i n F igure 1. b. Replace t h e e x i s t i n g cor ruga ted metal roof wi th a p r e c a s t , R/concrete roo f
Airsickness During Naval Flight Officer Training: Advanced Squadron VT86-RIO (New Syllabus).
1981-09-01
S . 5 W4 V !1 N 1! 0! -4! 4! .. v a 04 s Rk a 52 P SMN~ -m .W9 v * r6eP NW1 4... v 0. 9j M . . . . . . .O . . . 60.0.0 0. 41951 W4 a1 5 0a5 S ! 4! V G! N 0 4! a~ oli G!. 4 ! Q 0 4! V ! 0! 41! A! 95 j04 .5 .: .i. i:. . : . : m . i...8217 ..!. . ... ... . .. . .. I, I. V ’" , 1 .i , ,i ".’_ , ýi’_ 1 1’.Y , I *, ’i*,r ’ , ) ý L•’, • :-f. I L", I • ’ ,i, ,’:• . ’• • i’ S ,(i-’’:.% ;
1989-09-30
rmJ tun )0( C0 I tow n 0 W 0 orI0~ C 0) 1! 41 4-1 0 C 0>.~ 5 114 n EL..it I~* 0o *1t0 VS I~L LC) C . L1 I 0 to -w 4. la~ L 0 c0 . ID I v- " I L-C 5. w 4...8217 II- : .. j . . . . . .I ~ L I 1 0 . 6 -I-41CIW-OW-NO C O’ 0Y O L t- 4 cc 0) 4 I1 0N6 l 0p 0 o 0 0 U ’ L I ii- L4 0~ .0N(WOWZNN 02’ 0~ ~ ZaW ~n0
1993-05-01
size may occur during processing. This may lead to nonuniformed l)hotorespoiisc of cell-to-cell in the QWIP arrays. The effect, can be minimized by...wavelength infrared (SWIR), mid-wavelength infrared (M WI R),to the long-wavelength infrared ( LWIR ) detection bands. The device parameters for these Q...showing in Fig.3.2.1. I I I 20 I I I tlli I I I I I I I a , a I U I I 1.0 SWIR MWIR LWIR I0.8 c i c~ V A : S0.4 I -I i , z 0.2 , ..:z 3 0.0 -lit 0 4 8
A Counterexample Concerning the External index
1988-08-01
et al. For a suitable sequence (rn) satisfying rn 4 w, rn/n 4 O , let rn r n Tn(j) -P( E Xni j i Xni > 0), j-1,2.... (5) i-i i1l where Xn,i is 1 if...Appromd for pubW 7~~ o . Dittrbutiona tln~mItd 10 9 N I. 20 1tIC 1 0 - a pi 00 I 11 3 0 06 -6 .. 02~ ’ x. a C-L d e a A 0i 0 - Ss 0 - 8 go ip9 d vi . -C...PERSONAL AUTHO..S) Smith, R.L. 13. TYPE OF REPORT 13b. TIME COVERED 14. DATE OF REPORT (Yr...WE.. Day) 15. PAGE COUNT r rint FROM 91/87_ TO 8L31/8
U.S. EPA, Pesticide Product Label, SANI-CLOTH PLUS GERMICIDAL DISPOSABLE CLOTH, 10/30/2007
2011-04-21
... Escherichia coli (E. coli) 0157:H7 (AIQGE~5Jj:5P) .... ... k1~~~g~:g~l~~I~r~;,'~ 1~~~~:e!g:'tEi#ure~"wiP.Ei!:c)~~b;s:;[~H~';iji~9J!Ii;~~] ...
The Marketability of Army Officers
1992-04-14
1 AD- A 2 4 9 032 U THE MARKETABILITY OF ARMY OFFICERS I DTIC MARK CAMPION MALHAM ELECTSIF. 1 APR2 3 1992 Management Department s C * APPROVED: I I I...DOCUMENTATION PAGE I FonnOp,-v1d ..- C *Mr. q :4ne 30 !’ ~ 4 -:r.Zrr 3 am-**94 ’ a s..P.W -% Gi& .1007 -n :- "-3f W - A :aa 6 .!~ AMCM8 N. 070-0 CM I AGENCY S...CNL? LAhime-ar-pi 2- a : ;EPCT Q A t . RE.CRT -YPE A ?.C) C~r-rS :-C,,f;; 14 April 1992 Professional Report The Marketability of Army Officers 5. AU 7tlcR
Code of Federal Regulations, 2012 CFR
2012-01-01
...)(E)(I); 212.83(c)(2)(iii)(E)(II); 212.83(c)(2)(iii); “Fi t”; 212.83(i); 212.93(a); 212.93(b)(4)(iii... Amarillo, TX. Midway Oil Co Rock Island, IL. Midwest Industrial Fuels, Inc La Crosse, WI. Mississippi River..., TX. U.S. Compressed Gas Company King of Prussia, PA. U.S. Oil Company Combined Locks, WI. U.S.A...
Code of Federal Regulations, 2013 CFR
2013-01-01
...)(E)(I); 212.83(c)(2)(iii)(E)(II); 212.83(c)(2)(iii); “Fi t”; 212.83(i); 212.93(a); 212.93(b)(4)(iii... Amarillo, TX. Midway Oil Co Rock Island, IL. Midwest Industrial Fuels, Inc La Crosse, WI. Mississippi River..., TX. U.S. Compressed Gas Company King of Prussia, PA. U.S. Oil Company Combined Locks, WI. U.S.A...
Code of Federal Regulations, 2011 CFR
2011-01-01
...)(E)(I); 212.83(c)(2)(iii)(E)(II); 212.83(c)(2)(iii); “Fi t”; 212.83(i); 212.93(a); 212.93(b)(4)(iii... Amarillo, TX. Midway Oil Co Rock Island, IL. Midwest Industrial Fuels, Inc La Crosse, WI. Mississippi River..., TX. U.S. Compressed Gas Company King of Prussia, PA. U.S. Oil Company Combined Locks, WI. U.S.A...
Code of Federal Regulations, 2010 CFR
2010-01-01
...)(E)(I); 212.83(c)(2)(iii)(E)(II); 212.83(c)(2)(iii); “Fi t”; 212.83(i); 212.93(a); 212.93(b)(4)(iii... Amarillo, TX. Midway Oil Co Rock Island, IL. Midwest Industrial Fuels, Inc La Crosse, WI. Mississippi River..., TX. U.S. Compressed Gas Company King of Prussia, PA. U.S. Oil Company Combined Locks, WI. U.S.A...
Code of Federal Regulations, 2014 CFR
2014-01-01
...)(E)(I); 212.83(c)(2)(iii)(E)(II); 212.83(c)(2)(iii); “Fi t”; 212.83(i); 212.93(a); 212.93(b)(4)(iii... Amarillo, TX. Midway Oil Co Rock Island, IL. Midwest Industrial Fuels, Inc La Crosse, WI. Mississippi River..., TX. U.S. Compressed Gas Company King of Prussia, PA. U.S. Oil Company Combined Locks, WI. U.S.A...
1987-01-01
I N V4 (9 4 I D (9 ) -I m -I ) N0 -4 % r. 0 P.- 0 N D N N4 N N - n Y 04c l 4DJ N 0 N M N Nr AN40N "NN " eNC , % 1 (0 -I N N -I 0- I-4- N .I N N 4 4...EUW U w I uo u Z z x 04 0 Moto0 -4 I -4 -4 -4 N-EN -4 -t 4 --4 C. -4 -4-4 - ENC W- @0 m mm041I 0’ Cl) M’ C.) m’C)’ M170’ M’ @00o 0. on -4N cl N4N N1...X jNN, -INN -4 w. &M w 0 0 0 Ot -4 I ) .40 44. 44 .- 4 - ~ 4 4 -4 NNN a~ .4 W1 * CI000 I 0(000-4m 0n 00 00 - 0 0-I -- 0 0l 000.) 00-J 00..J)C) enC
A Computer Study of Air Defense Gun Effectiveness.
1987-12-01
A7 4 m410 pP 43 ’RANGE=1 C44 5 0 4 10 pR [45 C+( (DAJA+1),(PRANGES))PRANGES L46 Cl 4-(C) V GUN;I VAC;BODY;TOP:SIDE; VRX ;VRY; VRZE1 o...2 10 pP 4 5 A IRANGE=’ 146 n 50 10 pOR4e7 DAA+(DATA+I),-(RANlES))pRANGES 48 C+,(RC) VGUN;I;VAC,.BODY-,TOP;SIDE*. VRX -,VRY;VRZ ?- 2 ****’HA SIMULATES...AXYx (loOl ) [36] VRZ+l NORRAND VZ1 [37] VRX *-1 NORRAN VX ~ v [38] VRY-1 NORRAN VY l~v V INTERCEPT;F1TN;-BURSTIME;-XF1;:YF1 ;ZF1 ;RPROJ;N;FTN 2
Equivalence Measurement Studies (Sections 1 - 4)
1975-04-01
W ~ 4JJJ~4 $44 D-4C C - 4 0>N 01-a.O1- m .00 0 ca r4 ~V4) 14) 0 0 i4) 00 >... > Q)- 0 4) .ir 10 4 cc0 >%4 -,4 %4 . cI r.P 0 >t (0 4) la b 0 C)CU t4 2r...complicates some channel measurement 3-38 > 0. r~ri 04 c~0 CP co 0 Cft) 444 0 C a~ Q~ 0 0 w a. -0 40Cn I~F . " - 4, I 0 -- .2 C, W 4-J P- E -4 LA -- ý4...we readily find that ýi(t) T(F,t) y(t) +n (t) (4.15) where n(t) 77(t) ® h(t) (4.16) 4-6 4.) N. 4. ( C-7 Q) C14) La -4 4J- P4~ CNN P4 4.5 W4-4 P4 N N
1986-01-01
0 0 0 Overall 1213 1105 1155 1899 2140 2017 1 0 1 -1* STATION 1, 16 August 1982 Tow Replicate: P-i P-2 P S-i S-2 S C-I C-2 C Time (h): 2320 2325 Total...860 4 3618 5 447- Lake Herring 1 340 1 274 2 1714 TOTAL 5 2620 6 45K2 9 7:4- NI5 Sear 5~~~ Sat 2~ DEEP LL. 1lwPer:n 4 7 4 *tenP:e 2 224 .:r~zw ielt
Word Frequency Analysis. MOS: 51N. Skill Levels 1 & 2.
1981-05-01
C.s~ss t C: 4i,40 16 CoD.J,1U 4 I CE s!Z 26 rCLL 9 CELL ! I CEAENf. 24 CFNT;R 3 C.J7’.1-T-CENTEft 2 CtNT?-AEr’ 4 Mf~ :aL.ZWE 2 e VrAL C ^’f4 t...GOJ4LTy214I7G 27~~~Z r.4MrL2 JN 7fE43ING 26 PUT?e- CELL 26 4126 pPZPING 2 ~76 Pr, ’S U~R 26S*5INh2 P8!P(NTq25 P-.crsS 25 P.AT8 25 INCI 25 PTSVRE 15 u 5...rL 2 CPAL 11? .1 ’G 2 C IrIL2:", I DE I L 2 CIRZCJLL-, 2 CIE!Nv, 2 C~LrFCJLC LJD 2 CUA*.Ll 2 ccCoVM4UICATION 2 CELL ; A S 2 :(LLZkS 2 CO4 It~TIOE
Fort Greely Missile Range Reference Atmosphere. Part 2
1971-07-10
QUANTITIES FOR OrkEELY MISSILE FAIRBANKS, AL4VSKAI 134 649 N 147052’ We JAN1961 -DEC1I96 NE6AUC ST Lo STE-FT GELY . ??2 -103- 5W N 145043’ W 63750 e3298.5...2048175 316.025I - ~~~24v.i~h 7c3r3V’-.3t75- t6.,79- k-35000 34069.4 24W.95 6.8016240 v.arv9557 316.931 E -ss 351 .2 25U.00 6,5753944 fl.1 -31I.394
1989-01-01
0 ( 0 - ( 0 q I - 0 5 0 ) I WOON It -4Z r-44- 5 -N40 142 it I COC of 0I I 000 H9 is :i mo 000 111.~-D~ 0 : It -L -4 moo -4 - C I) N-4...LA 0 0 ɜif IN " 0 1- 0 2 0 LAI 0 0 1- w 1- 2 1-- 1 : I N 11 5 -4 ൾ w c-c M 1.- 0 0 c < Xf. 0 )112E I) D0 01 01 U) Q 0 ) C 0 0 -~ 0 f- i- w 11 z I) iia...8217),- N m - 0 ( 0
1982-03-15
N N N N N NN N, .0 . . . .en ~ ~ ~ ~ ~ ,’, m Nom N5%N5% 05% a,,O. 5 5 f5 070)5 - - - 00%0’. 0550 7% % 5’~ 5 0 5 5%5%55%00 5%. 5 0 55%5%% 55%55%55%5...O NOM N O O@0 ~ ~ ~ ~ ~ ~ ~ . aMO O O 00 0N UO0 I’foJV~~~~fl~~~. 1 @0 *N WN N MM -allWO OO V WV W Cl 0 16 - ON Wi.O~miNO 00 OM MNN 0NO N M N3M STONE...020 .03? .055 .059 .075 .041 .050 .065 .032 .050 .067 .55 .650 .039 .013 .02? .046 .050 .063 .032 .030 .064 .039 .056 .056 .60 . 043 .026 .014 .021 .036
1987-01-01
8217 I ( 0 0 . C . -. - (0 (0 c.-.C.C. U- C.) 0 *Y 0 040 Ni N0 .0 0000 0 t- 0 0 (0(0(000 (1 I C.) In 00 Go0 (n m LflOo -4-4 W0 en 0 0 c c r’)) NN CV C4 4...8217-. 0 00 60 00 z~- 00 m - i n 6 -400 c -4 -4 -4-4-4-4 ɜ -4c 04 N-NN-NI N-N-N-N- I6 oo I UOO Ow 0 A WCUA0Zc A r c L < W WC AW0( 60 6 N EN 0 00u0 60 < : 0...w0 = 4 - I 7 - = v N u>N Wn (O WA M M 40 WM< 0of 0ci 0 0 0)N U00 0L) 4Y 0 0 knn - -so w0I M < 6 0-14 -1N ON N O 4NNN< 10~4 ɘɜ EN " N NN N 00NNN0
1994-12-07
set Ci is such that i C_ A and, in general, Ci n Cj 0 for i # j, The importance of the distinction n o ýt a av1 itIam i; the t Ulm hIt I 9B i l 16 a...be the M-dimensional slot assignment probability vector [01, . ., ’iM] T and Wi(0) as the expected node i waiting time. Our objective is to determine...Nominal Sample Path BP#m BP # (m+l) I I I! I I II * I II ,m A2,m :A3,m VIl m T l m T2,m 13 V3,m Figure 2b - (2,m) Phantom Slot Sample Path 8 3 A Schedule
1991-01-01
0 *) 5 0 *. Ow- 010 1 03-40 l: L 2 S122...000O 1- 0 z 0 4f t M (04 i < I-- 4 1- 0 -4-41- 0 1) 1-4 L- CK isI 4a "O 141- f OL.A.. - U- mz I-- IfW 0 4 0N 44 I= 0 Ix I-- 4-4_-41 w I= IN 5 0 w-4 z...ifE’ N I o w 0 L) 0 L) 0 ) 0 )114m0 1-- 0 w 0 0 0 la4I0 4(N 1 1-- -41 - m)) 0 )1.- V# 5 -4 F- 0 # F- 0 #-4 0 11 I CON! If 24*
Acquisition, Contracting/Manufacturing Job Series 0801, 0896, 1102, 1103, 1105, 1106, 1150, 1910
1992-06-01
S TA TES 7AAIJR FORCE 0 OLPH AFS OCC UPA TIONA L SUR VEY REPOR T ELECT SEP2 8199 , A JOB SERIES 0801, 0896... a , ’ SM ad 140 ’ a 0 z z z U 4. 10 .4 -4 .m L %T. .4 I 0 m 3w 44. Z ca l Ns .40 0’ I I I s I I I 1 z 0 : ac SM z. %n a ol N IN N ’p 4 41 1 4 44...WA .4 I.-U. 0 Z 40 1- z ~ .4 .4 I @ 0 S I .4 I S I I I S N N I S iN .J N 00 cc " C0 LAI0U 0 0 z 0 z SM c 0 at.L z 04 u 0 0 zCC
1989-01-01
0 )N 41 nuuu~f~01Xflininu33x33:33330I- ( 5 0 CL L . CL.CL 0ilto1 0 N 11000000000000000000000011 2 0 ) 0 ) 0 ) 0 ) 0 ) 011Z2 I00N 11 z00 000000 0000...4 4 4 4 4 4 44 IIC1 ( 0 -NOI 5 )(~ )) C)’C1: 00c ’ I 0 00 000M 00 0 0 0 00 0 0 0 0 I.I < 0 -~l 0 - 00 00 00 0000000000000000000L.I.. WU-I A 40-eN Ii~ mj X00...I m N 1(A) 04 ɜ a I-I -. Z .8 - --. 1-1 - 1--.1-.1-
1993-01-01
414 -4-- - - 4 4 4 4 N Ř I-. I 00(0 if w0 Coto (0(0(0(000woo 0D0(((000(((0000((000(c(DW-I (0 M of4 0001 0 acca " 00 0 0 0 0 00 0 0 00 0 0 0 0 00 - 0...w l" I"r---0 InNC- (00C -.1~00oC I,-0C 0)00> f7 )(NNN,14NNNN( 1I0 o(0-4 tig>- LL- 000o - Nt ý <U- (0 in -J >(0o In4. 0y) 44 xaCp000000 CL if I(00-4...007 W10 M 1 )-4 -TM f7 - -400 "d N"t, -If N 4 40( N -4NC .4 -4040)0N0040- -ION N l 4-4 in 0 -4 ൏ NIO it xo - 0 NI0 I 0. 1 0 00 -4-4 NOCIA0 -4o N-I -4N
Multispectral Bathymetry Programs: A Users Guide
1991-01-01
LAT,LON,NEAST,NORTH,ID, NCTM ,NRTM, + (INTENSET(N) ,N=1,5) ,NCSPOT,NRSPOT, + (INTENSES(N) ,N~=1, 3) 10 FORMAT(5I8,12I4) DO WHILE (NEAST .NE. 0) IF...LCALL .EQ. 1) THEN IF (INTENSET(1) .GT. 0 ..AND. INTENSES~l) .GT. 0> THEN NP = NP + 1 IMAGE(NP,l) = NCTM IMAGE(NP,2) = NRTM IMAGE(NP,3) = ID IMAGE(NP,4...LAT,LON,NEAST,NORTH,ID, NCTM ,NRTM, + (INTENSET(N) ,N=1,5) ,NCSPOT,NRSPOT, + (INTENSES(N) ,N=1, 3) READ(7,1O) LAT,LON,NEAST,NORTH,ID, NCTM ,NRTM
1981-07-01
MY 161b 4703266 65882 70,8 6.236 930 67.61 36.4 9,r’ 4 W., bIub_ 3345791 55711 59,9 30181 93C 1 81 1 S Dow Point 1-- - - - - - - - - - - - - --)7...zlr Z X Me N Ni. Obs. Me mle. of Now,$ wolk Tempefetw MCI. Hm 9 2 7i 1 | 1 g ~ s5. Ii3 4 9n 1 0l " F sS32V P T m73F I 80 aegO-1al3F Totsi I t, Bulb q
1973-10-24
SSEI Sw WNW_ WNW NNW VARSIL CALM TOTAL NUMBER OF OBSERVATIONS USAFETAC 0om -8-5 101-A) PREVIOUS EDITIONS OF THIlS FORM ARE OBSOLETE - M 61 OATA...CLASSIFICATION 01 T.I$ PPGE(W%*f 1).. - DA-A Li TH~ESE TA.BLLATic.N;S FOR TM PERIOD FROM JANUARY 1971. AND LATE7R N\\ :;XCLVE T:,: sAME, CC>.?RE- ’.iSIVE M ...PRECIP HAZE SAN TO rKOiN 08S ,~~ ,’ 3,u I I 4 34 ’Cf’ ¢’ l 2 51 1 7,1 I , d 1*C’ S I USAFETAC A~v 0"IO S (OL’I), el r m iO u s w~~OR TCSP0M COIS e L
Rocky Mountain Arsenal North Boundary Treatment Facility: Chemical Data, 1985. Volume 2
1986-04-01
SEP OCT NOV DEC 86 SAMPLE DATE (YEAR AND MONTH) SITE PNDW35 FOR ISODR 0.7i 0.8 0.7 0.6-1 2 • 0.5 -~ 0,2 0.2 06 II AI DAT IyA. AND ! I SJ F .MAR APR MAY...MONTH) SITE PNDW43 FOR CPMSO so- 40 . 38 30 0 25 ai a a U I I I I I I I U 5 JAN FM MAR APR MAY JiN JL AUG SEP OCT NOV DEC WB SAMPLE DATE ClEAR AND MONTH...I I I I 5 JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC S SAMPLE DATE tfEAR AND MONTN) SITE PNDW54 FOR DLDRN 0.7a.6 0.4 0.3 0.2 " AI 0 0 0 I I I I I
Propeller Design for Naval Auxiliary AO-177 Jumbo.
1987-09-01
15- Comparison of EHP and Propeller/Hull Interaction Coefficients Between Stock and Design Propellers .................................. 74 vi ...07.744.. 2’ 1-6~ ’q . 0 ’ IVv voft - ftmN m 80 In o(4--4AC- In W2400 v *n6mY1(" m i, Lni -- -)0- .. I . . . . . . . I-f n at0 : ~ 0 MO vi ’ 0...7.6612 7.1022 8.0280 5 3439 4:.1701 4.47t2: 2.6071 2.7382 2.4780 2.t@77 1.7930 8.2640 0.0000) l-2.707-225-.62-.11 - 7879 -. 6431 - 5765 -. 4069 -. 176
Bathymetric Atlas of the Northcentral Pacific Ocean,
1971-03-01
tD - fn O ) .4p coo 10~~ ob, o o -o 10- (0 00" 0% n ... .... x~ T’ CD ZD v aq *V)~ C’ 0O’ 0~ II tD C A 0 CD 7 -0 (CD 00., J...1I 2 I ~ N- * * * - I I I ~ I ci It * 2 At - ~* 0 I -1 o 0~ .................................... N- ’~ .~ __ 0 0 0 0 0 9 90 N - 0 - N 90 0 tD t4 C>C...9 . N- (D if) oo - - ’T~ / 0 7 ~ I ~’ ~.- -~ - j,~l ~ dz (0 I -d 2 09 ~-~-~--~ N -~ ~ JAJ 0 * (0 N ~ 0 -1 (0~ 0 ~ ~q )A
Technology Evaluation for Densified Refuse-Derived Fuel Specifications and Acquisition.
1983-12-01
1983 Port Hueneme, CA 93043 13 "U"Safm OF VAS34 14 ONITORING AGENCYv NAME 6 ADDRESS"’I d’"""e..s f.. e.Ifgs.o"".) WI SECURITY CLASS, (-# ch ~l e...21180 7845 17.88 23.26 23.50 4.43 7122180 9345 18.27 22.18 12.22 15.1t) 7/23/80 7922 15.88 8.92 19.84 13.95 7/24/80 8177 21.28 18.71 21.20 lb.5, 7/25
1994-03-01
I QQ Q 0 0 @ NN N@0 Q 0 Q QO a 0 (n . 4140 m 0 C-2 a %n mN N N ~ N N U 00 I 00 A 43N~ 4,11 VA 4y 0I a, *I a.f~ 0.0 a, a,4 a- 0 % 0N N (IA01.-4 Ca a...qoi ni 4V m I I I -4 .0 m m IN C : 101 C, 00N1 E II 4 A .4 IN U 0I1 0 Q N40 C44 NO .4 00 a0 0 114 Owa 06 0 0 I$ me 10-0 -0 0 001I . 4140 -IS 4 ’t 0601...4 I .4 -4 4 to -i 4 4~ a. .4 6 60 I414 ~ 4 6 64 1. CO 3 I5 I xi 1 1 4E M 4 t)c nA I ~ I 4* 4 .4 .~. I l44 40 44 1 43 1 1.4 44 . 4 46 4 44116 3~ 4140
Outer Solutions for General Linear Turning Point Problems.
1977-02-01
i l t e r e n t i a l equat ions near a pole wi th respect to a parameter . For general inves t iga t ions such d i f f e ren t i a l equat...analyt ic funct ions Ar (X) are allowed to have poles at x = 0. This the ory can easily be extended to slightly more involved types of s ingular i t...4) means that the order of the poles of A (x) can grow , at worst , l inearly with r. This restraining inequal i ty is the stronger the larger K i s
DOE Office of Scientific and Technical Information (OSTI.GOV)
Knapp, R.J.; Sharma, S.D.; Toth, G.
(D-Pen2,4{prime}-125I-Phe4,D-Pen5)enkephalin ((125I)DPDPE) is a highly selective radioligand for the delta opioid receptor with a specific activity (2200 Ci/mmol) that is over 50-fold greater than that of tritium-labeled DPDPE analogs. (125I)DPDPE binds to a single site in rat brain membranes with an equilibrium dissociation constant (Kd) value of 421 {plus minus} 67 pM and a receptor density (Bmax) value of 36.4 {plus minus} 2.7 fmol/mg protein. The high affinity of this site for delta opioid receptor ligands and its low affinity for mu or kappa receptor-selective ligands are consistent with its being a delta opioid receptor. The distribution of these sitesmore » in rat brain, observed by receptor autoradiography, is also consistent with that of delta opioid receptors. Association and dissociation binding kinetics of 1.0 nM (125I) DPDPE are monophasic at 25 degrees C. The association rate (k + 1 = 5.80 {plus minus} 0.88 {times} 10(7) M-1 min-1) is about 20- and 7-fold greater than that measured for 1.0 nM (3H) DPDPE and 0.8 nM (3H) (D-Pen2,4{prime}-Cl-Phe4, D-Pen5)enkephalin, respectively. The dissociation rate of (125I)DPDPE (0.917 {plus minus} 0.117 {times} 10(-2) min-1) measured at 1.0 nM is about 3-fold faster than is observed for either of the other DPDPE analogs. The rapid binding kinetics of (125I)DPDPE is advantageous because binding equilibrium is achieved with much shorter incubation times than are required for other cyclic enkephalin analogs. This, in addition to its much higher specific activity, makes (125I)DPDPE a valuable new radioligand for studies of delta opioid receptors.« less
A Case Study: The Effects of the British Army against the Irish Republican Army
1989-09-01
that terrorism is composed of many common aspEct.s. Walter Laqueur, a well published expert in the fie ld, de -firies terrori.sm in the fol Iow og wi...to cause a chanrge -i.n the p1 it ical system or a change in publ ic opF)inriIon (46: 8- A ). Kel len also believes terrorists "take the la -.w irnto...pr’ess the-y ,, rsv ,ed mnart.yr, (58:22) . A Io, th o e de ,i res f ] rirde pcmd., ri apdt the s,Jrpor t (f rl. t: i a ! , arat ism rew 5F A , ? , : I 0
The Evolution of the American Modern Light Field Gun
1978-06-09
8217riiiH IRVO1.WI [ON Oil THlE AMERI CAN MODKR’.IN LICH M)irF I C.UN I~ filimerit ’ ~ -ents for t rAT R F AT CI CS DISCLAI I Ar NI S THIS DOCUMENT IS...individuals in developing this thesis. LTC’ Ilhrold W. NeLson MAJ Robert A. Doughty LTC Henry L. Snyder, Ph . D. i’v " ~.i • r * TABLE OF CONTENTS I1 I L o...York: John Wiley and Sons, Inc., 1946), pp. 214ŝ., s "I- THIS P.AU~I B 4~~ ~~~ 4 r.4aa&cP reallgt d that safer guns with increased rates of fire
Heat Transfer and Erosion in the Ares 75mm High Velocity Cannon. Volume 2.
1977-10-01
6 . .- 1 ,u 12.0 1.25 1 . 4 11.6 MICROCOPY RESOLUTION TEST CHART NATIONAL BUREAU OF STANDARDS - 1...SHORT BARREL RETAINING COLLAR 7 4 IN-WALL THERMOCOUPLE DESIGN 9 5 INSTRUMENTED VASCOMAX 300 SHORT BARREL SHOWING TYPICAL EROSION RINGS 11 6 VIEW OF...00 00 \\0 N r 00 (’ 4 LIn - 4 (’ 6 00 tnV -~~~~~~~~~~~~~ \\ .. . . 0 ’ 0 %C0 \\D ’. >-i ~~~~~~~~~\\ 110 Nn N ’.0 t-- I i i I u . . 4 .J r-r 0t
1978-10-20
61.0 61.0 7 . b7., , 7.< AT 6 U7 6-- ’.3 . I- .6 5’. 1- t6.i t .1 O.~ L 1~I. LA) td .1 I F v 6 7 uo 07 .b1. .6 1 -1 .2 A2.-1 , 9 ! u’) ZI&.2 .Z U’ .z...84.6 8 . 6 6 86. 86.6 86 bo 6o6 R6.6 86o6 A6.6 86.6’ *% 76,9 OR, 8 p.IS.88.9 88 .9! 88 sa jt9! l | 1 76. 0 ao.,] Bbd 139.1i r i.2 I lo 91 .5 91.o5 5 91...55,955.-5. 51 55.1~ 55.?. 9 ’-5.7 51.7 52.1 55.1 5h.4 9’.1 57’ 57.4 574 57.4 57.4 z7.4 57.4 57.4 57.4 *P 57o4 57 t 6Z td b~,zLt,- , h4~~th 4..i y
Community Detection in Sparse Random Networks
2013-08-13
if, (i, j) ∈ E , meaning there is an edge between nodes i, j ∈ V. Note that W is symmetric, and we assume that Wii = 0 for all i. Under the null... Wii = 0.) Our arguments are parallel to those we used under P0, the only difficulty being that Wi is not binomial anymore. Indeed, WSi ∼ Bin(n − 1, p1...Berlin: Springer. Alon, N. and S. Gutner (2010). Balanced families of perfect hash functions and their applications. ACM Trans. Algorithms 6 (3), Art
1991-01-01
report. the research , or credited with the content of the report. If editor or compiler, this should follow the name(s). Block 15. Number of Pages...10000 .4(0(0(0 >.FC.JNNNNNN-NN NNN M D(4a(01 r ,r c7 01l KfC I (0(04 4) .- 4 00 4 x0 c. M400(0)0 Xɘ)0 id >4 D4>(O0004 : r : ofK U q -4 (0# N l C-1...0)0 -I m-4-4 qw4 f- -It w 0 wNNNNw N0000 ww- 4C.5 - N0 , 1 I-41 0)I -4 II CI0 "" acwwn L)04)fL~OOOCOO~lfI0 0 0. if I 0).4 KfC )C )C C DL)I n6 C>~ C
The K-Grid Fourier Analysis of Multigrid-Type Iterative Methods.
1987-07-01
I C ( 71 ’,AMI AS iUl l i ’c 22a NAME OF RESPONSIBLE INi7VIDUAl 12.’t iVi N fH WU( ( ’u p I, ) 2 OI|hiF SYMIO[ Mai. John Thomas _ ._ 2767-5026 .I M...equivalent to Z (M,4kal’ )k C’,,k,r,w ( MCr at )k- (3.13) j-i (1) Let A, := (Mk ,, Ci,, ) A,: (3.14) 3.3 Bounds on the Off-Diagonal Elements of Mm. When...444 .345 .282 .240 .210 4 . 318 .254 .212 .183 .161 310 E... M.- M. " N NJ I 7 vT Kr - 3.5 Bounds on the Diagonal Elements of tim Recall that the
Global Maps of foF2 Derived from Observations and Theoretical Values
1984-07-31
40 0 ts4’IJ CW a ~m 3(/4 40a E49 I - I59 - - - -- - - - -- 00. -------------------- I 0 w g. 000 4W. cr0wT T ~ .I T i LcL WI L 4 -~0Ogo C~% j - v 600...sO .1111171111-24 *..101t70t1.02 I1AT111f10% j .~ ~14 2 -.10MMl4ttt~1 .otlt~1 .IlItt It 31111304 *.11ttOt Uh144 *H - .. 1t01StI.4 .1%. 04101t~ t ...toltat 3 e 4l 080.3 ,o.t~ttt 35.36t4 31’o’ fS: :110*114 dl£34)*.4 -Ilt~44-1 ..114V9341.4% .4313- t .*374 v~ * .ti$84413 .U3ft~tI j &AM’~t0d
Fort Belvoir, Alexandria, Virginia. Revised Uniform Summary of Surface Weather Observations (RUSSWO)
1972-09-07
8217f.B.FO,, Boy W~tB.be.~n . ... / 911 ... 02/1 -- I .2 .3 101 10 { 80/ 871 04/ 83 .2 2 .2 .I .2 t.3 Z .2 .1 31 _31 L - .- f 4 3 * ? I2. .29 __- 80/79 .2 .7...2e5 03 4 I 6 10.21 t " ,,, Porn , 55368; 8439)3 64.9 6.!9101 01 4. 1.2 930~- 1301 130 I . -- * OATA PROCESING. DIVISIUN ~ USAF ETAC PSYCHROMETRIC
Static Tests of Segments of Tunnel Linings. Volume II. Data.
1979-06-30
8217- N Nv N~ w) oi "AAL LA in tn LA% LA w) cc rN 0’. po 00o-. LA D LA ’y L 0 a,0000 coL LA r’- W00 a, c".Jc’.N Ii .1 eNC ,-n0 0000D 00D 0W)0’ ’ 0-4...000000 rN’ 0 i.n ) P, hiin LALAiLn in Din iLLA.7. iN rN’.4N7r) N. - -i -oi LA.7 i ) N r in0. o’ 1- N 00. c3 ) LADo ’ a, N -i C~ N) j \\i N -N -. -.9.
1983-03-01
PARK MATERIALS RESEARCH LA.. L E CROSS ET AL. MAR 83 N00014-78-C-0291 F/G Pill! I 1.0 ü1- I 2.5 I.I 12.2 - li. 112.0 1.8 125 Ulli 1.4...DTIC L.E. Cross R.E. Newnham S-5- £arsch ÄELECTE J.V. Bi^gers ^k SEP 7 1983 s TABLE OF CONTENTS INTRODUCTION 1 SECTION I 2 1.0 STUDIES...Niobate. 85 87 89 91 93 & i • A • D ity Codes and/or Bial - -. • - 1 • ’ ’• i i i —m^^^mv IV APPENDIX 26 Dielectric Properties of
Ulus, Ramazan; Aday, Burak; Tanç, Muhammet; Supuran, Claudiu T; Kaya, Muharrem
2016-08-15
4-Amino-N-(5-sulfamoyl-1,3,4-thiadiazol-2-yl)benzamide was condensed with cyclic-1,3-diketones (dimedone and cyclohexane-1,3-dione) and aromatic aldehydes under microwave irradiation, leading to a series of acridine-acetazolamide conjugates. The new compounds were investigated as inhibitors of carbonic anhydrases (CA, EC 4.2.1.1), and more precisely cytosolic isoforms hCA I, II, VII and membrane-bound one hCA IV. All investigated isoforms were inhibited in low micromolar and nanomolar range by the new compounds. hCA IV and VII were inhibited with KIs in the range of 29.7-708.8nM (hCA IV), and of 1.3-90.7nM (hCA VII). For hCA I and II the KIs were in the range of 6.7-335.2nM (hCA I) and of 0.5-55.4nM (hCA II). The structure-activity relationships (SAR) for the inhibition of these isoforms with the acridine-acetazolamide conjugates reported here were delineated. Copyright © 2016 Elsevier Ltd. All rights reserved.
Rabbit macrophages secrete two biochemically and immunologically distinct endogenous pyrogens.
Murphy, P A; Cebula, T A; Levin, J; Windle, B E
1981-10-01
Rabbit endogenous pyrogens occurred in two forms. One was an apparently single protein with a pI of 7.3; the other was a family of proteins with pI values of 4.5 to 5.0. We selected two of the latter, with pI values of 4.6 and 4.72, as representative of the group and compared them with the pI 7.3 pyrogen. Antisera raised in three goats completely neutralized the pyrogenic activity of the pI 7.3 pyrogen. Larger doses of these antisera did not block the pyrogenic activity of either of the pI 4.5 to 5.0 pyrogens. The pI 7.3 pyrogen contained a free --SH group which was essential to its biological activity. It was inactivated by 100 mM N-ethylmaleimide or 200 mM iodoacetamide, bound to Thiol-Sepharose columns, and could be eluted from them with mercaptoethanol. Neither of the pI 4.5 to 5.0 pyrogens was inactivated by N-ethylmaleimide or iodoacetamide, and neither bound to Thiol-Sepharose. Both endogenous pyrogens gave negative results in the Limulus lysate test for bacterial endotoxins. These results suggest that the pI 7.3 and pI 4.5 to 5.0 endogenous pyrogens are not closely related to each other and are consistent with the idea that they may not be related at all. Alternative hypotheses are discussed.
Rabbit macrophages secrete two biochemically and immunologically distinct endogenous pyrogens.
Murphy, P A; Cebula, T A; Levin, J; Windle, B E
1981-01-01
Rabbit endogenous pyrogens occurred in two forms. One was an apparently single protein with a pI of 7.3; the other was a family of proteins with pI values of 4.5 to 5.0. We selected two of the latter, with pI values of 4.6 and 4.72, as representative of the group and compared them with the pI 7.3 pyrogen. Antisera raised in three goats completely neutralized the pyrogenic activity of the pI 7.3 pyrogen. Larger doses of these antisera did not block the pyrogenic activity of either of the pI 4.5 to 5.0 pyrogens. The pI 7.3 pyrogen contained a free --SH group which was essential to its biological activity. It was inactivated by 100 mM N-ethylmaleimide or 200 mM iodoacetamide, bound to Thiol-Sepharose columns, and could be eluted from them with mercaptoethanol. Neither of the pI 4.5 to 5.0 pyrogens was inactivated by N-ethylmaleimide or iodoacetamide, and neither bound to Thiol-Sepharose. Both endogenous pyrogens gave negative results in the Limulus lysate test for bacterial endotoxins. These results suggest that the pI 7.3 and pI 4.5 to 5.0 endogenous pyrogens are not closely related to each other and are consistent with the idea that they may not be related at all. Alternative hypotheses are discussed. PMID:7298180
On the Extreme Order Statistics for a Stationary Sequence.
1987-07-01
n- n n-a [on] n n-.n ’[on] n 5 ur p[\\(k) su (aT) !£ --<lim P[M kOT) ] n-" O n < n 2 by (2.1) and (2.2), it is easily seen that P[M (k) < u ( r ...8217 ; 0 i< n IS1, - ( r , i7 k-i1 2 k-ii "’’ .- (k) -OTk i ( s) - . Corollary 3.2 P[" [on] < = e [k 1 7 n (i’T)] + o (I)-.’]v =I Z ! i=Z n where 7 (i;T) is...tends to o by (3.3). Thusn r n kn n I (X > 0) converges in distribution to a Poisson variable with mean m=I ~n,m OT, from which the result easily follows
1988-01-01
City, State, and ZIP Code) 7b. ADDRESS (City, State, and ZIP Code) Arlington, VA 22202-4302 8a. NAME OF FUNDING/SPONSORING 8b. OFFICE SYMBOL 9 ...to u 0 300- I cInr 1- IL71 O0 0 1= I v V- EU 10001- I 0 M fa V CE0 1 CI o 100 3(- 9 -4 3-. 3t-4 -4 CA4 4 -4 W-4 - .. 4’.-I-4 00.f.4 4-I 0-I I...I 00003’ 44-.4.44 r4 r0) 1- 00 U44a ( 9 WLAC’) o .,’r-r-- r-3=-.-r 00 r- i-. I’- 1-’o- 411Wa0(1 I M ( t1nC n S 0M U n . (n(C’In (1n n ( 0nL C) 0 M1 M
In-Flight Investigation of Large Airplane Flying Qualities for Approach and Landing
1981-09-01
required to Major dficiareratII control Is V40~aemaabr aordtcene Contrl *.it be lost during sante poortion ot 1 Mao denreficeirencies ntnseo.eu,~io...hydraulic pump on each approach. 185 TAIL I AUG. Xpc.R. =l q I n/a I Tq I TR I-ZSP I - ^P PILOT A Long a Med 92.5 B 4.2 -- .87 18 A RATING 7 Land 4 Up
Results of Field Survey to Evaluate an Experimental Set of Officer Duty Modules
1974-01-01
s. -3 </. — ■A Ci o ». ^ < v. h c c ■/. t. C o c n G U 0 i/. x-i fc . c ■^ 1 tfl 1. .. r; ^ 4^ < *-» -^ »J tfi...J fc . "J (A m* o (1 «1 13 M U ’." s IRI LJ li 1: * -£ O «4 •- i; -j a. 1 ŗ D c IA • I "C-S b £ O fc O -I...O 3 M M O — IC. ^. fc .— .. C > -.. >- .’ o c: r— 3 ■ V 5; a _J I ■ ■ e I’ 7 i- o 1 ^ fl «J • g r rf n r c H ♦^ e 0
Aviation Officer Requirements Study.
1982-08-31
r4444-444,, 44*44 * 4ri OW 4.YP F3 1X Tt FF 1r 1 i.111 * 21’ 1 * 34 FVA r i. i r n -t~I I~’JJ YirF Tz i. * I 4 * F*r_ v" J * f,4 fvA IiGr ti Ic:~ r A...7 F3 0- .- * 4*. * 4,*.&-4 l*4* 4 ~ *’Ř 44 4 *44 ’ k 4)* ,_- 4*4 4 721C 4 PARAMETER CATEGORY MENU SCr(EEN This screen appears af ter screen...0, 4, F3 1*(,I!X vF4./ 13-30 DATA 0, 4, 09, r2, ./ A*AX VAM!/ 1340 DATA 0, P.2 .. 0, P. 0 /*A4L1 VAW " " 13S-0 DATA 2, 4,21,1,5, 2.9 /*ALX VAOP
1990-01-01
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Buckley ANGB, Colorado. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F.
1983-09-19
911. 91. 911, 94.1 9.1. 914.1 9,4. 94.1 9c( ;J.t 92.1 92.8 93.1’ 94.? 94.2! 94 11.6 91.6 911.7 91.7i 91.8’ 94.7l 9 .9 95.9 9.19 9.1 & Kc ’ 3 .1 92.1 .F9...1 7, El.....’ (X) l I s ![ .i N. Oh.. N e N.. .4 Nw.~e wil Teq.. * 6 ’ I. N .... ti0P 132F * TeO . 2 11.. , 1 ... .. 4 1.. S.97 • , - -4 a It maml Wd
1981-06-17
CAMAL )57 7) Maximum K~nown Flood 8) At Time of Inspection______ 93-15-4( 9/8C) AL R Po4 PAPA CREST: (CLAT IE) ELEVATION: .7 Type: -AQI H 5 a Width...T - L jR iT BLACK RNE. CAmAL --- Io 1500 A .T- PRO F ILE. T-OP EABA"MEIPT (CANAL) --ECT -14 A-A to/8O 100 I-.U 2O 11 0. 7 22I- co I.)-- LII___ ___ __1
Comparative Macro-Structure of Armor Plate Ingots
1932-05-12
Inoluded) Bur Stock (C J4.O; Mn ,^1 3l .1251 S .0^7; P .016) l|.08 lb«. Armoo Iron{C .05) 85 " Perro -Molybdenum (C »Ol+j SI 6.I4ÜI...Mo b5.9Ü) 5.7 " perro -VBtiBdlum (c *33i Si 1.1ÖJ V« 57.68) 5 Atf " perro -Chrowlum (c .18; Cr 68.82) Ü.75 " Perro -Man^B-ieae (Mn...97.5) ^55) ^M-) 1*56) 0.55 lb. l|J+5) 1.15 n ^57) perro -Slllcon (^l 95.0) O.k w They «ere the 6th 1 7th» iith, 9th, 10th
HESCOMP. The Helicopter Sizing and Performance Computer Program. User’s Manual. Revision 2.
1979-10-01
uruieGlwChr)Pr f7 GO TO4100 ja I IDS CXS!G-CXS!GL* (1 CXS!G;I.CXS!G ~~~~ IF.X.T I X. NE. 0) jrWRTEi6.q90u IF XOL2MT(I)- CXS!G/CTPSL XCT2ILq II CTPSL 660...1 AO F ( F7 ~ ~ ~ 1 -I-3weN C3 77 C e0uffM~m1~asa~Y ~ rC -13 cS., 1 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ G 7CI4I*11t~~l~ I TI.V’,ITt- Figure 4-62. PARA Function, Flow...7-255 L C4SA. a ACA ANA ACCA I r- I r4. .m Q. . 7.f kJim p41 oml Ni Nii ’e N~6 a. aQa OL a -0 c .. -7 4.;- C~ 4c>.Q a,1 ci ~ ~ % a cam p- F. . a a a
1979-05-01
Materials Branch Engineering Division " w ..- .* -.. CA RNEY )U TERZ IAN , C HA IR MAN ,’ ’’’’’ Chief, Structural Section..- .. ..Design Branch...8217/ ~ ., iJ V ’ _W7 V,~ ~ /N. ) w Y1 joyN V < ~ ’\\ ’bI _a,_ .55. .. It" C.-.N ’~.:..~i5~Ak.,~.0 2.d~ ) lbK&~> -2,. /C jji 5.x. ;50~ \\~ IV .J\\/ W.. 4
1975-06-01
Anton Hauschild, Manufactur ing Technology D i r e c t o r a t e , Frankford Arsonal , P h i l a d e l p h i a , Pennsy lvania RATE DEPENDENT...Bethesda, Mary land OBSERVAT I ONS ON THE ALGEBRA OF NON-N0R;IAL FUNCT 1 ONS Donald M, Neal, Mechanics Research Laboratory, A r m y M a t e r i a l...a r a c t e r i s t i c func t ions i n combination wi th elementary m a t r i x a l g e b r a , he demonstrated t h e independence of I I v
Zhou, Zhengyuan; Vaidyanathan, Ganesan; McDougald, Darryl; Kang, Choong Mo; Balyasnikova, Irina; Devoogdt, Nick; Ta, Angeline N; McNaughton, Brian R; Zalutsky, Michael R
2017-12-01
Our previous studies with F-18-labeled anti-HER2 single-domain antibodies (sdAbs) utilized 5F7, which binds to the same epitope on HER2 as trastuzumab, complicating its use for positron emission tomography (PET) imaging of patients undergoing trastuzumab therapy. On the other hand, sdAb 2Rs15d binds to a different epitope on HER2 and thus might be a preferable vector for imaging in these patients. The aim of this study was to evaluate the tumor targeting of F-18 -labeled 2Rs15d in HER2-expressing breast carcinoma cells and xenografts. sdAb 2Rs15d was labeled with the residualizing labels N-succinimidyl 3-((4-(4-[ 18 F]fluorobutyl)-1H-1,2,3-triazol-1-yl)methyl)-5-(guanidinomethyl)benzoate ([ 18 F]RL-I) and N-succinimidyl 4-guanidinomethyl-3-[ 125 I]iodobenzoate ([ 125 I]SGMIB), and the purity and HER2-specific binding affinity and immunoreactivity were assessed after labeling. The biodistribution of I-125- and F-18-labeled 2Rs15d was determined in SCID mice bearing subcutaneous BT474M1 xenografts. MicroPET/x-ray computed tomograph (CT) imaging of [ 18 F]RL-I-2Rs15d was performed in this model and compared to that of nonspecific sdAb [ 18 F]RL-I-R3B23. MicroPET/CT imaging was also done in an intracranial HER2-positive breast cancer brain metastasis model after administration of 2Rs15d-, 5F7-, and R3B23-[ 18 F]RL-I conjugates. [ 18 F]RL-I was conjugated to 2Rs15d in 40.8 ± 9.1 % yield and with a radiochemical purity of 97-100 %. Its immunoreactive fraction (IRF) and affinity for HER2-specific binding were 79.2 ± 5.4 % and 7.1 ± 0.4 nM, respectively. [ 125 I]SGMIB was conjugated to 2Rs15d in 58.4 ± 8.2 % yield and with a radiochemical purity of 95-99 %; its IRF and affinity for HER2-specific binding were 79.0 ± 12.9 % and 4.5 ± 0.8 nM, respectively. Internalized radioactivity in BT474M1 cells in vitro for [ 18 F]RL-I-2Rs15d was 43.7 ± 3.6, 36.5 ± 2.6, and 21.7 ± 1.2 % of initially bound radioactivity at 1, 2, and 4 h, respectively, and was similar to that seen for [ 125 I]SGMIB-2Rs15d. Uptake of [ 18 F]RL-I-2Rs15d in subcutaneous xenografts was 16-20 %ID/g over 1-3 h. Subcutaneous tumor could be clearly delineated by microPET/CT imaging with [ 18 F]RL-I-2Rs15d but not with [ 18 F]RL-I-R3B23. Intracranial breast cancer brain metastases could be visualized after intravenous administration of both [ 18 F]RL-I-2Rs15d and [ 18 F]RL-I-5F7. Although radiolabeled 2Rs15d conjugates exhibited lower tumor cell retention both in vitro and in vivo than that observed previously for 5F7, given that it binds to a different epitope on HER2 from those targeted by the clinically utilized HER2-targeted therapeutic antibodies trastuzumab and pertuzumab, F-18-labeled 2Rs15d has potential for assessing HER2 status by PET imaging after trastuzumab and/or pertuzumab therapy.
1972-01-17
ITS ASHEVILLE, N. C. II POI L, TD ’ Reiew and-Approval Statement This report is approved for public release. There is no objection to unlimited...14000 -,46 0 t* ski :ph 0 51194 TTj i-ri -T-. _T7. 40( -~677. - Td -. 7.4 12000 40’ aiNb6 5(2,7 03*1 67.0 67*9 7gT) 7Z* 9 7Z*9 70,0 77., 774 70uZ i 1...DEPRESSION (F) TOTAL TOTAL(F I o 1 2 3 4 5 - ..7 - . - 27-..8. .93...B W8- BubWe B.b TD ..ew . (F’ 0 . 2 3-4 ’ 5-6 7.8 9-10 1.12 13-1415-16 17- 819.20 21-22 22
1987-03-15
previous studies based on surfact- integrated measures alone./ - "o % 10- ’% Py ",". , [. ... T.T; 3 i...19 ’S,, IL 644 L %% 5%;-Si N’S’ a . W-i W’U U1 1 Introduction The M2 lab supergiant a Orionis has been one of the most frequently studied ...level of the ’ maxima in three of folur cases . rhe 1978 lightcurve wasit causes us to severely underestimate the the only one obtained when the sub
Izmir Turkey, Cigli AB. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F
1968-01-06
6 30/ 29 4 26/ 25 1 rOTAL .3 50l 7.8 9.4 1.71.1.010.5 0.0 9.4 8.8 6.3 , 9 3.0 1..J.4 . .o 9506 9505 9505 9505 (’ z -- I-i ____ x o b.Mo N.o or it...30166505 406 [ 9j 182 4 1 8025 ’ 9505 I S0F 532F 67 73F O 9o o Dlu~b 55140684 T1B2-4 T5.6 9.539 9506 585.1 438.6 260.8 21.9 720.0 et V91b 38859187 605683 1...63.7 5. 1 66 9505 217.3 28.6 2.7 0 * Nwo;t 29882649 529393 1 55.7 6.467 9505 .8 7. 2 .4 6TOE O -• - -_ - -- - - - - - - - - - - - - * f- " DATA
1989-01-01
000 oao 0000 ’ 0 10 1 a I 0> I 01300011N 1 in 21 14-4 4140 (D 0 0 N1 -4 U) C1) (n N W I U)rK>U 11 0-4 -44-4-4 q-4 0-4-4-4 0.4 -4-4 0.-I 44O N N N in...4 if4-00 )r )(O c 00 -4 00 NO 0M 04 ,P-4 (4M (07) (0 r- on 1,-4 144(I0M4 if4-4 ."(-10 t VI = 141 Mx 00 Ni 20 4441 00 M 1 V 00 N 00 < 4140 ) I(0-4l if 4...00 4 44 It -0440 M 0 100 0 100 I0 (10 000000 140000 4140 MOO w- SI - x M fit0 mI M0 -40 1-400 -4 I -0 .n Z-400 0 0 -40 045 I4’ (04 II .-4N 0 c
NASA Astrophysics Data System (ADS)
Bayar, I.; Khedhiri, L.; Soudani, S.; Lefebvre, F.; Ferretti, V.; Ben Nasr, C.
2018-06-01
The reaction of perchloric acid with 1-(2-aminoethyl)piperazine or 5,6-dimethyl-benzimidazole results in the formation of 1-(2-amonioethyl)piperazine-1,4-dium triperchlorate hydrate (C6H18N3)·(ClO4)3·H2O (I) or 5,6-dimethyl-benzylimidazolium perchlorate (C9H11N2)·ClO4(II). Both compounds were fully structurally characterized including single crystal X-ray diffraction analysis. Compound (I) crystallizes in the centrosymmetric triclinic space group P 1 bar with the lattice parameters a = 7.455 (2), b = 10.462 (2), c = 10.824 (2) Å, α = 80.832 (2), β = 88.243 (2), γ = 88.160 (2) °, Z = 2 and V = 832.77 (3) Å3. Compound (II) has been found to belong to the P21/c space group of the monoclinic system, with a = 7.590 (3), b = 9.266 (3), c = 16.503 (6) Å, β = 107.38 (2) °, V = 1107.69 (7) Å3 and Z = 4. The structures of (I) and (II) consist of slightly distorted [ClO4]- tetrahedra anions and 1-(2-amonioethyl)piperazine-1,4-dium trication (I) or 5,6-dimethyl-benzylimidazolium cations (II) and additionally a lattice water in (I). The crystal structures of (I) and (II) exhibit complex three-dimensional networks of H-bonds connecting all their components. In the atomic arrangement of (I), the ClO4- anions form corrugated chains, while in (II) the atomic arrangement exhibits wide pseudo-hexagonal channels of ClO4 tetrahedra including the organic entities. The lattice water serves as a link between pairs of cations and pairs of anions via several Osbnd H⋯O and N-H⋯O interactions in compound (I). The vibrational absorption bands were identified by infrared spectroscopy. These compounds were also investigated by solid-state 13C, 35Cl and 15N NMR spectroscopy. DFT calculations allowed the attribution of the IR and NMR bands. Intermolecular interactions were investigated by Hirshfeld surfaces. Electronic properties such as HOMO and LUMO energies were derived.
Evaluation of EMP/EMI Requirements versus Corrosion Prevention Methods
1992-10-07
TO 1-1-1, Cleaning of Aerospace Equipment. (Basic Issue. 29 Jun 79, Change 18, 3 Sep 87). b. TO 1-1-2, Corrosion Prevention and Control by Aerospace...n% 414) 1413 4- 0 CC ,r to > u I >V 41-41q41" 41 O1 0O4) 1 E Lfl 4) ... JJ ( E-4 I- I4 S- 4r4zzu V z m 0 : 29 Table 5. Location of Test Areas on E-3...Nm " -x -! r •i A26 I NIN II I~ w- cA27 I I I II i -N .3O Is I/n A280 mU < I 1) I __ _ __ A28 I I I < 0 N w I I I Ti NA III
Architecture of an Integrated Microelectronic Warfare System-on-a-Chip and Design of Key Components
2004-12-01
N -modulus case results in 0 1 2 3 4 ( ii i i i i i i m e s s s s s s 1)−= + + + +L , (5.55) for an even modulus, and 0 1 2 3 4 ( 2) (i ii i...2 2 3 2 2 1 1 0 1 , , , , . N N N N N N N MRSS e e MRSS e e MRSS e e MRSS e e MRSS e e − − 1− − − = ⊕ = ⊕ = ⊕ = ⊕ = ⊕ M (5.58) Like the
1991-01-01
1 L)if I M4’) 100 < of ICO 1a" 0..( crI of ) " i X I- H 011 WCN I(A z EfmE 1 3 I4 o 0f mIi I mcON I’ ~0L4C0L0O)0AIC)0’NLN-C.4)-4CCLC)4)00~C ofI z...00n Inn~~U~f Gn)fUU U o LU L) NLL a 00 4N N m oo---444444--.4- COO- - -4 4 4 4- - - - 0.o0 04o- 4M 100 NO moo0 0 j IX N11- 10000c N 4 0000 4 -ON -0)000...2j O il to N I ciI- $._ I 1-4_ J ZN 100 N13 U 11 wo x IN4 0 Na (0, 21 - 4co()0r na >c4r-I 0- o ni 7 .- - 4ɘ . D 0 0 $_r 044 81 CN NfC)0 Y o - * 4r 0
Aircraft Crash Survival Design Guide. Volume I. Design Criteria and Checklists. Revision
1980-12-01
5.7.2 Types of Systems . . . . . . . .. . 98 5.7.3 General Design Criteria .............. 106 5.7.4 Webbing and Attachments ........... ... 113 5.7.5...EO 00 1 2w 4 H Ix Q 4) C 9 4) I ( DH 4 U >1 040 ~V M 4J 4)0 -,4U U 0,.,q -- a Le Wx-i )U 4J EUq 0 -.4 (D 0-U CO .4 (4 U 0 41~ 4-4-4 V41 402 0 0...in lightweight systems. Experience has shown that it is 106 S fl lilii1i:I i~i] -l .-r- "----’.----’----- ..--.. .... 350 max Shoulder harness fitting
1983-03-01
were roost oftenr taken from the fill around the rcotks- aml )from the larger nonroo-k features; (Features lF and 29) wert tcken frcm. at leas t...Fi:s ~ A wi tph i;.taii H FcA. 4,l~ ruh r <I i i K’ t to’’ "aitit I it t wI cft I r. . ia i: i" ro nhc V p~jct !: i! cxtorus ruTm tIt mocn: :: linfji cur...pilot study. Aray:; of the remaining . aml ; Irs was to be dependent or, the results of the pilot study. ’)f these eleven samples, only two contained
1980-12-01
1 October 1979 -30 September 1980 December 1 LAJ Apposei tr pr*i leg;dsgtUm *~c :vim, Quailified requestoz’u mq obtWi 04d4$09L aslptw hDefense...RECIPIENT’S CATALOG NUMBER 7, AFGI-, TR -8i -0AD-A/6’ 4. TITLE (and Subtitle) S. TYPE OF REPORT & PERIOD COVERED K Magnetospheric and Geomagnetic...polar region electron precipitations based on USAF DMSP observations. In the previous report (AFGL- TR -80-0070), it has been discussed in great detail
Freezing transition of the random bond RNA model: Statistical properties of the pairing weights
NASA Astrophysics Data System (ADS)
Monthus, Cécile; Garel, Thomas
2007-03-01
To characterize the pairing specificity of RNA secondary structures as a function of temperature, we analyze the statistics of the pairing weights as follows: for each base (i) of the sequence of length N , we consider the (N-1) pairing weights wi(j) with the other bases (j≠i) of the sequence. We numerically compute the probability distributions P1(w) of the maximal weight wimax=maxj[wi(j)] , the probability distribution Π(Y2) of the parameter Y2(i)=∑jwi2(j) , as well as the average values of the moments Yk(i)=∑jwik(j) . We find that there are two important temperatures Tc
Arakawa, H; Neault, J F; Tajmir-Riahi, H A
2001-01-01
Ag(I) is a strong nucleic acids binder and forms several complexes with DNA such as types I, II, and III. However, the details of the binding mode of silver(I) in the Ag-polynucleotides remains unknown. Therefore, it was of interest to examine the binding of Ag(I) with calf-thymus DNA and bakers yeast RNA in aqueous solutions at pH 7.1-6.6 with constant concentration of DNA or RNA and various concentrations of Ag(I). Fourier transform infrared spectroscopy and capillary electrophoresis were used to analyze the Ag(I) binding mode, the binding constant, and the polynucleotides' structural changes in the Ag-DNA and Ag-RNA complexes. The spectroscopic results showed that in the type I complex formed with DNA, Ag(I) binds to guanine N7 at low cation concentration (r = 1/80) and adenine N7 site at higher concentrations (r = 1/20 to 1/10), but not to the backbone phosphate group. At r = 1/2, type II complexes formed with DNA in which Ag(I) binds to the G-C and A-T base pairs. On the other hand, Ag(I) binds to the guanine N7 atom but not to the adenine and the backbone phosphate group in the Ag-RNA complexes. Although a minor alteration of the sugar-phosphate geometry was observed, DNA remained in the B-family structure, whereas RNA retained its A conformation. Scatchard analysis following capillary electrophoresis showed two binding sites for the Ag-DNA complexes with K(1) = 8.3 x 10(4) M(-1) for the guanine and K(2) = 1.5 x 10(4) M(-1) for the adenine bases. On the other hand, Ag-RNA adducts showed one binding site with K = 1.5 x 10(5) M(-1) for the guanine bases. PMID:11509371
Expansion of the Eclipse Digital Signal Processing System.
1982-12-01
8217eOU WIdT TO,. Fig 1 IE.ETZIM U2. E( 11 -4., - IULTIPI.E P * S WI) STPM FILTER (- PAWtfTEP FILE PFILE FILTER FILE: WILE FIEP. LENGTH 55 WINIIM OF WQS...Vg u I k114 2.2 1 .2 I 11 .l111 1.6 MICROCOPY RESOLUTION TEST CHART NA, ONA BURMAU OF SrANDARDS-1963 A b i -I i.i 1s Lt USF w191 UNITED STATES AIR...SIGNAL PROCESSING SYSTI.M I"’ 1 /GI,/V/H 2 D- I6 Gordon R. Alln ist Lt USAF" I . . SECURITY CLASSIFICATION OF THIS PAGE (When Data Entered) READ
Revised Uniform Summary of Surface Weather Observations (RUSSWO) Schwaebisch Hall AAF, DL
1979-08-17
TOTAL NUMSE3 YF OSERYATIONS4 USAFETAC 0-85 (OL-AI ,O Nivowrano ef lAS OM AMt cosmf G;L(3ohL C’LTl 2 "iC %1sAFPT C SURFACE WINDS AIR -ET!ER S PERCENTAGE...78 _ V_ on rm StATW NAM TUBS .’" ALL A-"H CIASS NIa ( LA T.) SPEED 1i I i MEAN ENTS) I! 1.3 4.6 7.10 1.16 17-21 22-27 28-31 .4-40 Al .47 48 55 ? :56...Il 2.4 W mw_ -- I* . Es _ _ _i n - ___; - 4 jSFTA 0I -- La Ic.-’ Mvw m.- i kb~ !ULA Hua6fOUMAI4 QSFTC 0’ ~.)PvWSOh401~ m aCSI El (,i U Ir i5 IJSAFCTA
1981-04-30
f --tlu Final-Report: Applicability of SREM to the Verification of Management Information System Software Requirements, wtch was prepared for the Army...MA _________ TO ________ UTA 1ASE ___________ StMZ25. 70.aC. .. 3CA, c(ie m(Sl f :~ rin I : ruq in SBII Z tSI. M 4.7/.3 69.9 . MA S U/WA0 1.241.5 96.8...IR.D iTEM B-2 C4 .4 . I.I z- 0 44 f - U l c- I ao V. a, I. vv!N0 ~ q * a - i= - a ~ ePcu m ~ bft 0 = z z z z z Uz 4 P4 -F5 zz - -4 zzz z C6 z c. 0. 4 4 v
1987-02-20
Dnor:)c7i’,orotneane .0i fN D____ __I______ C,-icniorcetnyene 0.10 N:DO.02 ____ ____ ____ I n1 ic o cni e -i - ---ii 1- - - 1 Di c roreae_____...n -c 0a r~e~n’ 0.010 NDɘ.010 _____ --- H I().01-0 1z0 0 c ND 7*, 5 was nUJVC.. ceteize ; the _ _ limit__ of deec iofrhiaalsi i _____ ,a t- s-Ie...PASADENA CALIF 20 FEB 87 U N LASF IE F31615-84-D -448 2 F/G 24/7 M N1 . - 1111_1 % . .- 1511 1*% EncineerinQ Science Page 11 ANALYTICAL RESULTS SUMMARY
1985-01-01
4 00 1.C~ f6 Ln N a do00 0 wa n a L 00 43n 0) -ci e4 N1 C14 00 a ~. OD.4 , c I LL. z :i% -4- j i - 0) r -- - 0 I 0 0 00 N oc 0)) co 0)01 00 0 0 ~ J...0 1 1. F6 O. II -F- . I- I .- I I. .C. . . . . . . . . "A6%4 % UU- W4 w CL8 8:0 I 4 I Wt C V 08 I 8 I I e Cl dc m I ) I I Coc (D 0 C nI 4 ( a (4t 4...tLI 0 Z am a - o -4 I I,- - a4 C 0 C-4- acca a O-c 0)( C -. Na( an1 c . -.4 N. Nm ca ’. -. %--ca4-4 0 - a E I Ua an .0- 4 C r- Na C)G I-0C 0 0 0’ 0 ) 0
Lubricant Performance and Evaluation.
1987-06-01
Robert E. Kauffman * University of Day..on Research InstituteI Dayton, Ohio 4546; Jun 1987 S U- 4BD Interim Technical Report For Period17 June 1985...InI 133 43-.-l 311 u0.C ) 4- ta 0 0)0 m~tO tD r-ww D Chm4- -4 CD ") I-MW--- L)Ci 00 LnCD 0000004.4.(AJC cctO 0~ CO 4 LAU, CL 4) 4i M0 m 0 cmi CA...L)E- CP L) C,1-4 P)1- lz 1 0 "’ dccE-4 C") LA tD wx I ( :D W wI 363 0 -4 0) %0 0** *A ONV 9) kn k )4) 12LnA 4-4 0 0m - O .Dt-C%0 ~ 0 -0 *-LA .h %D
Helicopter Flying Qualities Characteristics-CH-46E. Volume 4.
1983-10-03
AUSI I&N r- oLnC N.rW UN .- i"e 9- cm ca q -. in 40f IWc %’c .a w - S. %.* *% p" .. . . . . . . . . . . . . . . . . . . . .. * N M . 7 - 7 -- 7 NADC-81 118...09l1 ’. 0:0 a.o 100 a.W*0, CD N %r 001’lIN cm N %0I~C .41 L 0..J" a . 0 . N CLCL v o N40 7 Zu E.a.. N U.be"-a ~N O n 1- -OIn-4 LLU0Dw a cI 1 & 6% tN o" K...Helicopter Flying Qualities Final Report ~iaaerscs-6. PERFORMING ORG. REPORT HUMMER Volume 4______________ 7 .- AUTHOR() S. CONTRACT OR GRANT NUMUER1(s) 9
1989-01-01
0 (-4N4- H0 -.4C.) -. 4 a) () -40) -4 0 ) w 0N %- M C(00) z to IG0 -Iff1 ._40 N I 0 -4 4 5 0 ) L0)) 0 .-. 01-4~ . 0 .4NCJ0) 1-1-4 -4-4 0 )’ ao I -4N... 0 -4 00 0 -n O Olo(c x( c -d0 41r- -C4 N00 to II0 0 - I N N C1,1 0 r -4 -4 r-U 1 0 ... .J0)00N MLI-I0-41 1 00 o0 30- 30 30)mv0v-, 0 a o 5 Qo oN 0114/81 M...100000000000 4I <_1B4.4 110 0D 0n 0n 0 0 00 ofl W I Owl>u if ON 0C Or0N ON" 0 -I
1988-01-01
1-r. -wOq* o 0 v-* vvqtq "V so 400960 I- WO La U," 5 U),U 1, 0 wwo Uft www owm flm w woqa : C0 NNO N "NN N - 0 000WIWo m’ V 0 U, -4-4- mmmmm0 -4 1-4...Om 0 000000000iini 50-4 I N N4 N -44-4 -4 -4-4 -4 N -4 -4 NN4 Nl NN N NN 50000 I -4 -4 -4 - -4 -4 -4 -4 -4 4-4 -4 4 -f -4 44444- 50000 5 -4 N 4 N -4 -4...PP=P 100.4 1 0000 00 ,00-0 1 0000 00 I00w I -4-4-4-4 .4- 500-t 1 444- .4.4 500(4 5 N N -4 N C4NN 4 N (4N N N NNNNC1 -4.4 N4 NINNNNNNNN SO)ON 5 CC4 NNN
1979-08-01
MN - Taconite, MN - Silver Bay, MN - Presque Isle , MI - Marquette, MI 30 iC V.)Lake Michigan - Burns Harbor, IN - Gary, IN - Indiana, IN - Milwaukee...14,263 3.7 Presque Isle , MI 1,703 516 3.3 Marquette, MI 159 192 0.8 Taconite, MN 5,640 1,723 3.3 Silver Bay, MN 5,623 1,744 3.2 Ash-and, WI 250 668 0.4...required -for Taconite, Two Harbors, and Presque Isle and that only a single line of bubblers would be required in Ashland, MaLquette, and Silver Bay
1986-06-01
6tionai Laniel n :alAIAN Wt.AUN 1-UNIhUL. L-availnl Lar-ry F- SLAMAN L1~u L14rK Ancrews I b.A1AN wLAiejN L:UN I f’UL ~ Llark James 0 : nEAMAN WLAkUN...LNUINEE - - 4/02/86 Condon Tim N PO lt CLASS LL ’LTI L LA N 04/:/86 Quick Uim G PO 3rd GLAtSS WEA11UN CUN~k UL ’t 04 /14 /b sorensen Donald M :)LAMAN...SEAMAN EhliNLLR wi / lwtb~ eogel Uregary 8 !SEAMAN WLAieON LONIhIUL - jjr 12/01/t Knubis James F SEAMAN ENGINEER 1/14/8 Sorensen Donald M SEAMAN
Cultural Resources Survey of the White Castle Revetment Item, Iberville, Parish, Louisiana.
1987-03-06
I~ 14 iles10 1i~A’ Figue Exerp fro May ’ s 887 a2 2 th Stae o Louiiana sho ing he C nno Stoe T ~i7O -i*iion Libray Conress) 38 P 6 5 Lmr-%v o N*.-N ve...4 WJ ... , .1 K.1"c, 4 1, rr ,x -, -.’" 1-€ -MA Y’ . N.- - L / l ..h, S - CA .IS • r •---- s . eo l xaa sh.e,. Xh an nSo e (lp D v so ," ’ Libray of...ACCIPtCAT’S CATALOG NUMOEaR COELMN/PD-86/02 qAC~. I 4.L tITL9 (o &aWeWaJ* s . Type Or mEpOwr & PamIOo COvemeO Cultural Resources Survey of the White
A Finite Element Model of a White-Metzner Viscoelastic Polymer Extrudate.
1981-02-01
for Va as: Forward Difference: ail~ a WiX + Yl Jjxf + 2 1 jijX 2 + 1 32a~i jAy2 + 0i,j+l = i~j + Da~Ax 1 92a iA*2+ 1 32a *2 ’T -a .Ax + 75. h...and gyro element coincide, and 5. The rotor bearing structure is rigid. For a platform stabilized single degree of freedom gyro, these assumptions lead
1985-01-01
1. - > m 4 1, - I.- i ILI NIB 10O- *W 440 J -4 41 0 Me 0- 0 a0-0j 0-4 1’-1 M- to mI v 0) 0. U 0 0. 3 -4 0 -4 3-) cl 04)14)0 I cc m41 04N 000 .4 04 . 4...0 4 00-C4 4" -N 0 4) 004 ’-4 0 404 (04N 04 NI 0 n0 cacao 0In 0 041 0 In 0 00 000-1 >00 -iN 0000 vot, I Goc )I O- n 0< 000 0C O OCIC 0 0 *~ I0. 4...W-4C’ w6-- de 0( I 4 0) 0- 0-4 CL-4 04L" 04 00 -4 CL 4 (5 C N44 C 4 4 4 4026 I --= I I 204 *L I If I -402 02) M n .1 n an .-- 4 mn a n Inlf InLnnman
1990-01-01
0c -4 -40)4- * L Iit m * 40 404 CD to I 4 0)0m (a 04) a~ CV -1*c I4 C)II tun I nco -4 0V) C) m 0 01~~~~~e CO I ON N000 N0l I2I4 N 0 CO In 40) - 0 0...WO a.I-1W z o -0z zw1- " WWM4- oo mx04C’)4Ua Ŕ(1~f 0004-NBaN’a004’N004-4-0Z flC’ Wa K- ) II= 0 I N a N(P- zAw ~ 0 -aQfl4-4N 0 a -00(’)0t7- N ofa a0
Wang, Shiway W; Budge, Suzanne M; Gradinger, Rolf R; Iken, Katrin; Wooller, Matthew J
2014-03-01
We determined fatty acid (FA) profiles and carbon stable isotopic composition of individual FAs (δ(13)CFA values) from sea ice particulate organic matter (i-POM) and pelagic POM (p-POM) in the Bering Sea during maximum ice extent, ice melt, and ice-free conditions in 2010. Based on FA biomarkers, differences in relative composition of diatoms, dinoflagellates, and bacteria were inferred for i-POM versus p-POM and for seasonal succession stages in p-POM. Proportions of diatom markers were higher in i-POM (16:4n-1, 6.6-8.7%; 20:5n-3, 19.6-25.9%) than in p-POM (16:4n-1, 1.2-4.0%; 20:5n-3, 5.5-14.0%). The dinoflagellate marker 22:6n-3/20:5n-3 was highest in p-POM. Bacterial FA concentration was higher in the bottom 1 cm of sea ice (14-245 μg L(-1)) than in the water column (0.6-1.7 μg L(-1)). Many i-POM δ(13)C(FA) values were higher (up to ~10‰) than those of p-POM, and i-POM δ(13)C(FA) values increased with day length. The higher i-POM δ(13)C(FA) values are most likely related to the reduced dissolved inorganic carbon (DIC) availability within the semi-closed sea ice brine channel system. Based on a modified Rayleigh equation, the fraction of sea ice DIC fixed in i-POM ranged from 12 to 73%, implying that carbon was not limiting for primary productivity in the sympagic habitat. These differences in FA composition and δ(13)C(FA) values between i-POM and p-POM will aid efforts to track the proportional contribution of sea ice algal carbon to higher trophic levels in the Bering Sea and likely other Arctic seas.
Smoke Management for Naval Surface Ships,
1987-04-03
I I ~~1’ ~ %************ .. I, -. ~ 0 -3-- Go LLO 605 or -r TT LO z z 4 0 LjL 0 ~ ~ e OR C . (9f oTfT 0 ’ 9 -4 eq ~IL4 A A em nIIF ~E (j~ 4) C 0 C... 9 5 Smoke Penetration, 02 Deck (Fire on 0 1 Deck) ................... 1 6 Smoke Clean-up, 02 Deck (Fire on 0 1 Deck) ..................... 17 7...19 9 HAC orDDO 5,First Platform, Frame 126 -174 Item (a) Normal Ventilation.................................................. 20 9 HAC for DDG 5
1986-04-01
discharge of the patient (Alfano, 1980). Teaching and home self-care are incorporated into the care plan of patients with such problems as diabetes mellitus...essure, diabetes , pulmonary dins1? . . ot Il I ŕ I C , s (Crban Health, 1980). The pitien’ s , ., chronic wi , , ich require long term attention but...lt eti l, desicied ti IT V, a pati en t ;I o , T r i ’,ee A pend ix C). Act j vat ion sI f I hN ; :-, Cal l System, "- - .ilterat oti i t (direct tonal
1983-05-01
65 0 7 *.’• 7P 72 66 i-3 r.f 5? 50 «» 36 25 E IMi 1 IE*: Hr-.n (KG/«•»3 > i|6 iEC -J sprt r (8/° ) O.7708 0.6677 0.751" 0•652 2...16974. 73.5 17025 . 72.9 17077. 72.3 1712t?. 71.7 1718ü. 71.1 17233. 70.5 17277. 73.0 17331. o9.4 I <c > —1 1 • ’- -el.f -fei. I -11.1...10.3 99.9 100. 0.1903 0.1743 0.7829 4416. 527.9 -35.5 12.1 12.1 -35.5 KC. 0.2123 0.1936 0.7740 4464. 524.3 -3 5.6 12.5 12.6 99.9 ISO . 0.2093 0.191C
Scheinowitz, Mickey; Feinberg, Micha S; Laron, Zvi
2009-06-01
Untreated patients with congenital growth hormone deficiency (GHD) and IGF-I deficiency are characterized not only by dwarfism but also by acromicria and organomicria, such as the heart. We assessed cardiac dimensions and function in very young patients with Laron syndrome (LS) undergoing IGF-I replacement therapy. Two to seven echocardiographic measurements were performed during IGF-I replacement therapy on male (n=4) and female (n=4) LS -patients, mean+/-SD age of 7.1+/-3.6 years (range 1.6-11.6 years), weight 16.1+/-9.7 kg, and height 89.9+/-18.5 cm. As aged- and gender-matched controls served 44 healthy children, age: 8.7+/-5.5 years, weight: 36.1+/-22.4 kg, and height: 129.7+/-33.1cm. Data of LS patients were normalized to body surface area and compared to the control group as well as nomograms of normal echocardiographic parameters for this age group. Left ventricular diastolic and systolic dimensions (LVDD/ LVSD, mm) and LV mass (gr) were significantly smaller in boys and girls with IGF-I treated LS compared with controls while the shortening fraction (%) and intraventricular septum thickness (mm) were similar. When compared with standard values for this age group, all treated LS patients were within 1 standard deviation of the mean. IGF-I therapy of young patients with Laron syndrome maintain LV dimensions and function within the normal range of aged-matched controls.
Summary of Meteorological Observations, Surface (SMOS) for Keflavik, Iceland
1989-04-01
is not considered obstruction to vision for purposes of this summary; therefore, the percentage total of obstructions to vis need not reflect the total...1 .J . I0 . . 1 0 .0 .c IC 10 .5 CLP .’ .C .0 . : . .0 C0 1.2 .0 AL 3I.4 331. 3 2%. 1 ’* A$. p~t r~ r Iro C0 I03’. 2 T VI AL N. (3 0~A 10 t 42 p f W...55w ’LI. • b VI "w" Jut NOUN :0 n0 Lk 1 ):51 )il /4Il6 : J ): r , 7(2. 20.6 72.1 20.7 70.7 ,’ 7 1. 21.6 7.1 7 II-? 71.1 .S 22.( 22.6 72.7 27.7 72
Protection of Medical Equipment against Electromagnetic Pulse (EMP): phase I
1986-06-12
case condition. The current in the power cord path due to the EMP pin threat is computed frorn: VEMP I(RS+RBI +RB2+RL+RB3 +ZC+RB4+R+RB5 R +RB6 + RB 7...base-emitter, causing darage. 44 I NN4154 100 B-C vEMP _ 2N4401 S B-E 2N4401 270 Figure 7.5 ESA: Patient monitor path to ground. 45 7.1.3 Foot Switch...computed from: VEMP Z Rs. RB) VVBD (7.5) 1800 = l(100 25) + 50 (7.6) The resulting threat current is 14A. The rectifier diode threshold is 3.7A at f
Li, Qianhong; Guo, Yiru; Wu, Wen-Jian; Ou, Qinghui; Zhu, Xiaoping; Tan, Wei; Yuan, Fangping; Chen, Ning; Dawn, Buddhadeb; Luo, Li; O'Brien, Erin; Bolli, Roberto
2011-11-01
The ultimate goal of prophylactic gene therapy is to confer permanent protection against ischemia. Although gene therapy with inducible nitric oxide synthase (iNOS) is known to protect against myocardial infarction at 3 days and up to 2 months, the long-term effects on myocardial ischemic injury and function are unknown. To address this issue, we created a recombinant adeno-associated viral vector carrying the iNOS gene (rAAV/iNOS), which enables long-lasting transgene expression. The ability of rAAV/iNOS to direct the expression of functional iNOS protein was confirmed in COS-7 cells before in vivo gene transfer. Mice received injections in the anterior LV wall of rAAV/LacZ or rAAV/iNOS; 1 year later, they underwent a 30-min coronary occlusion (O) and 4 h of reperfusion (R). iNOS gene transfer resulted in elevated iNOS protein expression (+3-fold vs. the LacZ group, n = 6; P < 0.05) and iNOS activity (+4.4-fold vs. the LacZ group, n = 6; P < 0.05) 1 year later. Infarct size (% of risk region) was dramatically reduced at 1 year after iNOS gene transfer (13.5 ± 2.2%, n = 12, vs. 41.7 ± 2.9%, n = 10, in the LacZ group; P < 0.05). The infarct-sparing effect of iNOS gene therapy at 1 year was as powerful as that observed 24 h after ischemic preconditioning (six 4-min O/4-min R cycles) (19.3 ± 2.3%, n = 11; P < 0.05). Importantly, compared with the LacZ group (n = 11), iNOS gene transfer (n = 10) had no effect on LV dimensions or function for up to 1 year (at 1 year: FS 34.5 ± 2.0 vs. 34.6 ± 2.6%, EF 57.0 ± 2.0 vs. 59.7 ± 2.9%, LVEDD 4.3 ± 0.1 vs. 4.2 ± 0.2 mm, LVESD 2.8 ± 0.1 vs. 2.9 ± 0.2 mm) (echocardiography). These data demonstrate, for the first time, that rAAV-mediated iNOS gene transfer affords long-term, probably permanent (1 year), cardioprotection without adverse functional consequences, providing a strong rationale for further preclinical testing of prophylactic gene therapy.
1985-01-01
m - zago zi 9zs 0 m U)l 4c140 0 "< z( . 40 21 I z)-0 "o 0 W 0 >W~ zl "I 00 (04It06 lN t04 01 U (i C0...IU I. In 4c * NO a 05 ’ 44 E - I I A 0 CO I q~o c N M inI5V F z I. I. . .- 01 I- 0. 0 -1Nc4 .4 CL C N- (ogo - C- z I.- w R a. A0 w . z 0 0-I" 14.$A I9...a.n GoCV)t-0 a C1 m n m ’ I. CVI CV in OD) N C) 4 0 ~ ~~ a . r a O aca 40 Z au ’ FJ.. *.4hmN 0- I : N 1 04 1 I. *c’ a-J a 00C)r P oI 4 a . 9 -4 .a a
Erding AS, Munchen, Germany. Revised Uniform Summary of Surface Weather Observations (RUSSWO)
1971-10-22
34TMAN FULL MONt’s/ MEAR . AN. FEB MAR. APR MAY JUN JUL AUG SEP OCT NOV AL MONT MONOALL S’" NOPALL ____ ____ * I!. _ _ .... G UWif , --- ° LiZLIK - _ ----I...0 .Ji , i -0 6,6 10i2 W 2,) 4.§ji 1,2 60 16,9 9,0 WNW .2 a .1Q .so ._1& NW .,8 . 7 ._ 1 ._ 1_3_ I_ gas -W -1 . .1 _ 4o9 VARl CALM ~3> ~c ~j5...OBSERVATIONS 1036 IV z . ’.. Z - ] | . --- U S A F E T A C . , 0 8 -5 ( O L -1 ) 0 9 v iv i S 11D I O N S O F T H IS .F O R M A X I O ,S O L . gA I 0. .1
Comparison of the transplacental transfer of enalapril, captopril and losartan in sheep.
Stevenson, K M; Gibson, K J; Lumbers, E R
1995-01-01
1. The transplacental transfers of three drugs (enalapril, captopril and losartan) which block the renin angiotensin system and have different lipophilicities were studied in chronically catheterized foetal sheep (125-139 days gestation). 2. The ability of the foeto-placental unit to convert enalapril to enalaprilat was studied in two chronically catheterized foetuses. Enalapril (3 mg kg-1, 7.9 mumol kg-1) given i.v. to the foetuses abolished the foetal pressor response to 5 micrograms angiotensin I (AI) in one foetus and attenuated the pressor response in the other. 3. Enalapril (100 mg, 5.7 mumol kg-1) given i.v. to the ewe (n = 5) abolished the maternal pressor response to 2.5 micrograms AI (n = 1) and attenuated the maternal pressor response to 5 micrograms AI (n = 5, P < 0.001). The foetal pressor response to 5 micrograms AI (n = 2) and 10 micrograms AI (n = 3) did not change. The maternal and foetal pressor responses to angiotensin II (AII; n = 5) did not change. 4. Foetal pressor responses to 5 micrograms AI (n = 1) and 10 micrograms AI (n = 2) were attenuated within 11 min of their mothers (n = 3) being given i.v. captopril (15 mg, 1.5 mumol kg-1). Foetal pressor responses to 5 micrograms AII (n = 1) and to 10 micrograms AII (n = 2) did not change. 5. Losartan (100 mg, kg-1, 21.7 mumol kg-1) given i.v. to the foetus (n = 9) attenuated the foetal pressor response to 5 micrograms AII (P < 0.001) but the maternal pressor response to 5 micrograms AII did not change.(ABSTRACT TRUNCATED AT 250 WORDS) PMID:7606354
Surface Observation Climatic Summaries for Richards-Gebaur AFB, Missouri
1991-04-01
SUPERSEDES: N/A APR 91 LST TOUTC 406 I MONTH IJAN I FEB I MAR IAP IMAY I JUN I JUL IAUG ISEP IOCT INOV I DEC IANN IYOR- EXTRN MAX TERP(F) 71 82 85 92 94 104...ANDVSBILIT *JN I FEB IAR IM I JUN I JUL IAUG IsEP I OCT I V I DEC I YOR LST 00 - 02 10 03 - 05 10 CIG 06 - 08 23.8 31.5 31.0 22.1 24.0 15.0 12.7 17.4
1990-01-01
marmkwet and timnng) 4f printing (ihrte"Nefg lntft~ y ’) with those of sevvral now lechn ogle: onlfine. otptkcal di’&s. n leg fsvw. vldeotes% ind...S o~of the atoituh IJ Way’s doewntw~o y wu~ls sie4wý%ith th6rora asot glgplrnrt sabsoultely Wustv ial pk ewiP1taySI ti wo Sl-3lpet I& aA fodrfasis yý...wyWI.m y tlyah Aya 1genI W$ 10 ct $OwaeIII(Abo $I p"r PW) for kitcutyby tcd&X 11", ems AWU0LO sesic be iAgrtqmW with cgs* ("ad ltcs (Uw110eq AVe OWC
1980-12-01
investigations are considered necessary. 2-3 SELCTI OdN 7, - VsI -I I N7SVLCF 3.1 FINDINGS a . Gene i’al A v i a , risoec 1, n 1 0f t oe IAt wr> -i k...ar sat is fact ory and conventi onna -; ety fmi-qioc I V’’ t . I iw-vv IfU is reccinmended thqt. the prescr! ied 5<mi i In Iii i nf r i hfe ippl 1w 1
Yin, Guanghua; Gu, Jian; Zhang, Fasheng; Hao, Liang; Cong, Peifei; Liu, Zuoxin
2014-01-01
Maize grain yield varies highly with water availability as well as with fertilization and relevant agricultural management practices. With a 311-A optimized saturation design, field experiments were conducted between 2006 and 2009 to examine the yield response of spring maize (Zhengdan 958, Zea mays L) to irrigation (I), nitrogen fertilization (total nitrogen, urea-46% nitrogen,) and phosphorus fertilization (P2O5, calcium superphosphate-13% P2O5) in a semi-arid area environment of Northeast China. According to our estimated yield function, the results showed that N is the dominant factor in determining maize grain yield followed by I, while P plays a relatively minor role. The strength of interaction effects among I, N and P on maize grain yield follows the sequence N+I >P+I>N+P. Individually, the interaction effects of N+I and N+P on maize grain yield are positive, whereas that of P+I is negative. To achieve maximum grain yield (10506.0 kg·ha−1) for spring maize in the study area, the optimum application rates of I, N and P are 930.4 m3·ha−1, 304.9 kg·ha−1 and 133.2 kg·ha−1 respectively that leads to a possible economic profit (EP) of 10548.4 CNY·ha−1 (CNY, Chinese Yuan). Alternately, to obtain the best EP (10827.3 CNY·ha−1), the optimum application rates of I, N and P are 682.4 m3·ha−1, 241.0 kg·ha−1 and 111.7 kg·ha−1 respectively that produces a potential grain yield of 10289.5 kg·ha−1. PMID:24465896
FT Stewart AAF, Savannah, Georgia. Revised Uniform Summary of Surface Weather Observations (RUSSWO)
1979-04-18
OBSERVATIONS) 03871i FT STEWART AAF GA 67-70,73-77 SEP STATION STATION MAN, TSARS NONIN ( ~AL.L WI3ATHF:R ___ 1200-1400 CLAS NOUN$ (L.S.T.) SPEED MEAN (ENTS...0i 88:2 92.0 93.0 94t1 94.5 94.6 94.9 94.9 95.0 95.0 95.0 95.0 9590 9.0 95.0 e - , 73:1 88.31 92.5 93.4 95o 95.3 9s.6 95.8 95.8 96.1 96.1 96,1 96.1
Potential Applications of Manual Games,
1984-02-01
34 just because some electronic equipment is used to keep track of logistics, combat results, and force status. Even a highly computerized game like...D-A152 541 POTENTIAL APPLICATIONS OF MANUAL GAMES (U) RAND CORP ii SANTA MONICA CA T A BROW~N FEB 84 RAND/P-6957 UNCLASI7FIED F/G 12/2 N El..I 111 1...128 112.5 111 m; * _ 1.8 I1111 ’I’ll MICROCOPY RESOLUTION TEST CHART NATI NAl fii~ t1 RI 1A L4k, I POTENTIAL APPLICATIONS OF MANUJAL GAMES Lfl N Lfl
Wafelman, A R; Hoefnagel, C A; Maes, R A; Beijnen, J H
1996-08-01
The determination of the amount of free [131I]iodide in [131I]metaiodobenzylguanidine ([131I]MIBG) concentrates for intravenous infusion under different storage conditions derived from daily practice. The percentage of free [131I]iodide was determined in [131I]MIBG concentrates (1.6-3.9 GBq in 7.5 ml), kept on dry ice (up to expiry, 3 days after production) or, after thawing, at room temperature (up to 24 h). A validated solid phase extraction (SPE) assay was used. Free [131I]iodide increased from 1.9% +/- 0.34% at production to 4.4% +/- 0.67% (mean +/- SD; n = 5) at expiry in 3.7 GBq per 7.5 ml [131I]MIBG infusion concentrates stored on dry ice (-78 degrees C). At room temperature, formation of free [131I]iodide was found to be dependent on the radioactive concentration of the fluid. [131I]iodide levels increased from 3.1%, immediately after thawing, to 6.6% and 16.6% at t = 5 and 24 h, respectively, for a 3.9 GBq per 7.5 ml concentrate. The investigated formulation of [131I]MIBG concentrates, stored in its original packing containing dry ice, can generally be used up to expiry. After thawing, the undiluted concentrates should be administered to a patient within 3.5 h.
Liquid Surface Levitation Holography. Part 1. Theoretical Analysis.
1980-08-11
mass and momentum conservation equations. The inequality Plt >> YV I2hi," in conjunction with the relation hla - 0(Via/ao,,) requires that ,/poC2 a...in the upper fluid be given by r fu = f 4u(wi, w) e2lr i )y e2briO e- i didoi. ( B27 ) The boundary condition ,z = i’ at z = 0 gives = 4At Ybi 2poA
Burma on the Brink: Complications for U.S. Policy in Burma
1991-12-01
Io 11. i’irdt% v llioi!; I’ ,tviii L V jiilic’ is proposed AhltiIh awpiuiits Ifir Lt, poliiia IInstability and ecihoiiiii tietclir IBurtia A hilt...l’rditw it loti I.te int’l Wi. i.4.tiaSlu i . 0’.2~ A ithiir edit ui, rte obiett L CL.\\SSII1-1) Approved for public release; distribution is...AvailabilitY Codes Avall and/or Dist Special L .fV TABLE OF CONTENTS I. INTRODUCTION: A NATION IN TURMOIL..................... 1 II. HISORICAL BACKGROUND: A
Stress Assisted Transformation in Ti-10V-2Fe-3Al.
1980-02-01
831 0 877 467 0 878 262 00 1 2 3 4 5 6 7 8 9 1,0 TRUE STRAIN I%) Fig. 5 -Illustration showing the- equivalency of the be-c and orthorhombic representa...iddletontG. T Terlinde 7,’ -- 6 -C !_ ~~1 I. c.wiias / NO 4 -76-C-0469JC.!Wil iams 1 9. PERFO IN;G CRIGAMI YI6IN N’ME AND ADDRESS 0. PL EMEN- PRDOJECT...R M MIDDLETON N00014-76-C ARGO UNCLASSIFIED JWTR-7 R ENDEEEE 71. TIT.? ae, 11 TZ RIr - 4 1 .74 Si 4W T $PIN ml STRESS ASSISTED TRANSFORMATION IN
Murrells Inlet, South Carolina Navigaton Project, General Design Memorandum.
1975-12-02
ELEVATION DEPT ( Deec ,’ptiorl RECOV- SAMPLE (WOI;II,3 icc, ;e 1--, depth .t ERY NO .ether,4 etc., It7f III.0I 0 0 bd g UW S’ I, 1. " 5 13 _ 1 SM-Gray...the data q 449 R2 30 Mar 76 S Op 1P 4 REPRODUCED AT GOVERNMENT EXPENSE : N1 INLET GEORGETOWN W INYAH BAY ,,SMI TO SEA . 5 HR ROUND TRIP 1 ~ .:-::i~k::U
1981-06-30
ASSOCIATES S1466TIDO CKD DATE SUJECT SUS-SWGGT NO. OWNER PROJECT N"M 4 4 c L~c j~a~ L,1L l ~~ti .4 J 3’A A’~ O,, Vrf ~ 7%& /4 -MI 4 P <L- ,4e/ P" 0’vc 3...sand. 13’O" 7 VeryI derse brown wet lite i to .ine sand, traceI5 22 g2 4 Z 1 18-"-1610" of silt.’ 18 h.8 6 , ,-81 S" 9 6"-8" t 7 17,6 1 20 12
Buckley ANGB, Colorado. Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F.
1988-01-01
Weather Service (MAC) 3SAFETAr’ REVISED UNIFORM SUMMARY OF SURFACE WEATHER OBSERVATIONS BUCKLEY ANGB CO MSC # 724695 N 39 43 W 104 45 ELEV 5663 FT KBKF...chg- R uc kI y A N T;B , A u ro ra , C o lo rad o A NG J an 71 No v 8 0 N o cliq e N o ( iq (o 1i , 4 I )r 7() [1 Ii1 " 7 No change AN(; Nec NO sep R3...6,U3 Lr: 7,-49 1 STATICN NAME: fTUC LE Y AN6F CO |I’(-j11 (IF I[ COPD : 62.07 4 IOUR AMOUNTS IN N6-S -8-0- N-I -i-s - ALL 9711 z JAN FEC9 "AR CpF, JL N
1987-12-01
Air Weather Service (MAC) IS e REVISED UNIFORM SUMMARY OF SURFACE WEATHER OBSERVATIONS MCGUIRE AFB NJ MSC 724096 N 40 01 W 074 36 ELEV 133 FT KWRI...OCCUCRECVCL OF ’,UP F CE 4 1NU L DI ACT ICN v[ISSi *14U SFEEU ,,&FEICAC $AQM WOUkEY OhSFPVAIOS’ A Ti! L.ATIEP 5 3441ICE/ MSC $TA IC’. NUMFPP: 7,4t STATION...AI AELF I TOTALS I IT~ I2. .. 1 1 100.0 6.7 I19 I ’,ALNuI ~MP OF 0O"SEKhOA T I NS: ’K LLQL tL 4(L IMAI OO G’ 6Rf,H rLrCLNIIfCGE F iL CuENC9 Of uC (u
Evaluation of Grooved Solid Lubricated Bearings
1976-02-01
3/o - / j««JO 111* /o *f ••.Of 1 a- W> *t Vrf 1 _UJ» - ’*«•« (1*0 <i1 •0. / 1 n*o L» /(i -<../ V l3So LoodO fVoO (» //** -o.v i- 1*10 z.0...ry -«•/’ 2. •30 ! 1 l?3 /7V -«./ » !’ M -7-f lite 5"/ Lao 0 o »/ M +o-lf 1 JZSao 1 Vo it ff -f»- to-1 4 I3L« /I r>. VJ. t * 1 J2ia_ - - - lo
Integrated Systems of Automatic Radio Equipment,
1982-05-20
Publishing House "Sovetskoye Radio", Moscow, 1968, pp. 1 -232 Country of origin: USSR This document is a machine translation. Requester: USAMICOM...5 Chapter 1 , Fundamental Characteristics of the Meters of Integrated Systems .. .................. ........... 12 Chapter 2...ts 3 3 3 7 Z, z 91 4 Ch, ch Ku I, i LU w s11 Sh, sh a 0 Y, y W . NJ Shch, shch X x K, k b It f A7 , L, 1 --- - - Y, y . MM M, m = I & . H H N, n 3 3
1991-01-01
0 01 01010 01 CD01 00 01 010 0 < % 5 N0 I 0000 H 01 01 0 0 --00-4 -4 C> 0 -00. 00 o %00 10 %- I 0000...I’-001t- 0 -4 00 0 K I0Mon If N4 -4-IC’-I 0P 5 1 0 4NN C4 I <-4 "iM’)-4 -4 M 04 004JNN-4N-4 -4 -4-4 cc Ks I 0 (i on It 00 IC’)o0 W W0 Oc’-4NS C 0 ...it 1-- - Oil 00000000 -4 -4 -- 0 ) ()00) 0 - S -4 o 5 (-N IS 0001 . o C 0 000 0 0 0 100C,00 0
Sortie Duration and Helicopter Component Failures (an Empirical Study).
1983-05-01
tD u* >0 I- . I : * >+0 .LJW ] 4 " * 0 0 0 (J * I L) C t > 0 .4-U. f> zJ, 1C I * >I >0 u~C. - - 0 0 0 .’ ZZ11- /- 0...o II -i I C! > 0 I go * - I 0 > 0 > > > 0 I 0 >go 7, I £0 - - f "- I10 SC) Z + > 0 * > I I > 0 >2 * >0 > - * +> (I) >O tD > O S> -0 + uic + >o - >1...8217,1 - C- o I * -CI II)- + o 1 10 -7 i C, C I ’ 1~ t JAJ I 10 I I: : IC , .. ,- .,. C.,, , , . : - ’ I,. . . . , - . . .... .1 .1 1 2it -C 4. )0 n 0
1976-09-01
UNCLASSIFIED St Cu* ITY C LA S S I F I C A T I O N OF tIllS PAGE (W~I. , 0.i. Ent.,.~d) REPODT rVW IIMEIITATIAII PACE READ INSTRUCTIONS...MEASUREMENTS 10 A. Ef fec t ive Channel Guide Width 10 13. Rid ge For mation St udies 10 C. Wave guide Loss Measurement s 10 D. Tape r Coup ling Eff...of less coup l ing e f f i c i e n c y at t h e t aper l e n g t h of 900 ~ rn . Ne l son 2 has c o n s i d e r e d the e f f i c i e n c y of
1983-01-01
ELECTRICAL CONTROL EQUIPMENT 8 A 4 5 A 1015 5 B J 1 L 30 2 L JAlIl 1067 N00383-81-G1902 B C A 1 2 2 6110 000 A3 ELECTRICAL CONTROL EQUIPMENT 8 A 4 5 A I015...6112 N00383-81-G1902 B C A 1 2 2 6110 000 A3 ELECTRICAL CONTROL EQUIPMENT 8 A 4 5 A 1015 5 B J 1 H 67 2 I JAIO0 N799 N00383-81-G1902 B C A 1 2 2 1680...A7 ELECTRICAL CONTROL EQUIPMENT 8 A 4 5 A 1013 4 B J 1 K 37 3 L OFF O 0635 F34601-80-01056 B C A 5 2 2 2925 ATL AIC ENGINE ELECTRICAL SYS COMPS 8 A 4
Hill AFB, Utah Revised Uniform Summary of Surface Weather Observations (RUSSWO). Parts A-F.
1984-09-01
I4 kt I: * .87 1 .’ 2 1 *51 6 .’. 3.1, 1.12 .15 . sC I! 1.75 .1 1 .^4 *67 . 61 .18 .17 .95 1.1 3i .Q3 1.16 .84, 1.16 4. ? 4, . 5 7 *7 .,4 WA .63 . 65 ...873 87.3 87.6 88.& .4 . A g. 72.2 7q.2 74.A .. 79-A 1 AI2.- A11& 3... l&.A A . 11..15 -2.. A1. .S. 5 ( 54.7 64.4 65 .l 72.3 75.4 76.1 6o2 82.51 63.C...6.8li 32 61.5i 640 64.8 .S 6S. 5 65 .S 65.5 65.5 65.6 65.7 14ri. , 6.2 ;! I AM 1 h2L-Al A A AL. ab-h... A AS.. !!.t -l. L.. .6 9 -.r - A . b.9 .I F .70
1983-05-31
a- - - - - m .aKU i~ n I n i n K K iK G. (J- zow w w w m m cc co n CD a) w u u w w w v IA a :aP aj I 4p . V 4 p IV V A 4 4 v I . V a t1 1 4 acca n...xi W Uc -K. U4 0-0)0- 0- 4 -01 4 02 - n U ) U x14 4, 04:1)6 hi u 0) ki V3 1 z- P7 a. ** hi * U,0 .04 K hi 0 Z) hiJ 0. U W 9 4 W 0. U a Cc z A. 4A 0
Antarctic Ice Charts 1989-1990
1992-01-01
DEVI-x ICNS -tXA kwk-q/z \\\\ I’ 3t i V o* 103m NORTHRN IC LIMI [O tI--Il 10 10 ;cl. ~~~~’-7 (X4 kAVA POLARW Ca NORAt CtNntR SUI A !2,,o i...8217 eW I / . 8 All - * N ’~ _X NV 2’j~St NS TAIA) - rh 4 ~ ~ ~~-..T SEA I / * p 4-~IC 1 / "lu$4----I / Nv ’~~T ’ A 7 IJLLIEDIOUCCD~cOYS //7 / ; n NOTHRAC
1988-01-01
4 4 -4 --4 -A4 - -4 -4, 4 .4 06-4 0.-4 .1 I.- I MOLA (0 I 0.41W 06(.4 CD(004c co to(D(DcOc(0cOc4 Q(CD40C040(DC o ( 0 t 0C 000(0 WD4 0.1( ( G I MOLII0...o 001- I VW4 -W"WN NWO) W 0 0(1- -4 0-7 0)CNI-0 0 CO w I Mor- I - N m0 -4 -4 -1 M0 N i I 0o- I- 1(00 - I 1 0001 --. 1 0 0 0 0 0 0 0 0 0 MOLA (0 I 3
1978-08-01
110 V.4.1 Motivation for the Revision 110 V.4.2 Estimation of s(i)’s(j) by E[s(i) s(j) la ,v 111 V.4.3 RLMAP Estimation Procedure 114 V.5 Extension to...and .ne distinction will be left to the context in which it is used. -83- P(Sola,g,si) = p~s(N-1,0) la ,g,s(-!,-p)) N-i = i p (s (n) Ia,g, s(n-1, -p...s(n) la ,g,s(n-!,n-p)) - 1 (si) T 2 2 exp[- -I- (s(n)-a *s(n-1,n-p)) (4-5) (2"rg /2g From equations (4-4) and (4-5), a 1 NI T 2 (Ig ) 22 N/Iexp
1994-03-01
00cu mo (D cv 0 w0a000000-ý0a0w - 0 0 0 0 0 Ln 0 0 V) if 41 1 000-4 If ce (A a0oý -i ce 0000 ý-wmmmmooouuuuuo -10 0 (A Ln (n (n 0 ul -11( nowo - ll>-LI...o -C0 - 11 U I (o004 V 11 41 me) 4jI q q W1wmmm-tvI 4-Ic’) 4-1C’) (1) 4-1 C 4 a-C’ 4.)1’m 11 to I co01t 1 347 ) : Y ) 7 )i 7 a)oo I a0 ) ) 0)c
Development of Vault Toilet Waste Treatment Systems.
1978-06-01
wi nd turbine used was a Savoniut’ Wing Rotor, a vertical axis rotor developed by S. J. Savonius in the early 1920’s and used exten- sively in the...2 ) i t was a vertical axis turbine which minimi zed tower con- struction costs, and (3) its high starting torque made it wel l suited to ariving an...ihe turbine constructed by this investigation consistea of two rotors, each 4 ft (1.2 m) high and 7 ft (2.1 m) in wi ath across the long axis , mounted
1981-01-01
tD : -4 $ 0 .*0 0 W0 0I 44 M 0 w w 0 r0 04440.- =0)0 c 0 lu 0’I>f0 w00. to44 .- 0 " -H41$ 01 4 0 54-.4*.00 5.0-40 $4 ’.$40 00$04 0 0 000 w* 0...co.u10 0 0 0O.J 0 >to. 0 ’.-4.-0 0 ow $14 $ 0A 0 . 4 0 ŘJ $4 %A 60 0100..r.- 0-t;.410 =~. Ubw 44. .f 006 .AJ $ W :4w4 o C)41-40.0 0 = td Ř W 4.00...a k 06C Q 0 0 ’L1 w)i4t ൌ k $=i" ’ C W = o O 0CW3 C W U- 0.09 M . 41 4 0 4. U1 -H WV&Icu 0 w~Z . 000COC0c U) r4 AIU 0 C6 0i 4 toz") mC * td .en" .0
Manjunath, Kavyashree; Uthayakumar, M.; Kanaujia, Shankar P.; Kaul, Sunil C.; Sekar, Kanagaraj; Wadhwa, Renu
2012-01-01
Background and Purpose Withanolides are naturally occurring chemical compounds. They are secondary metabolites produced via oxidation of steroids and structurally consist of a steroid-backbone bound to a lactone or its derivatives. They are known to protect plants against herbivores and have medicinal value including anti-inflammation, anti-cancer, adaptogenic and anti-oxidant effects. Withaferin A (Wi-A) and Withanone (Wi-N) are two structurally similar withanolides isolated from Withania somnifera, also known as Ashwagandha in Indian Ayurvedic medicine. Ashwagandha alcoholic leaf extract (i-Extract), rich in Wi-N, was shown to kill cancer cells selectively. Furthermore, the two closely related purified phytochemicals, Wi-A and Wi-N, showed differential activity in normal and cancer human cells in vitro and in vivo. We had earlier identified several genes involved in cytotoxicity of i-Extract in human cancer cells by loss-of-function assays using either siRNA or randomized ribozyme library. Methodology/Principal Findings In the present study, we have employed bioinformatics tools on four genes, i.e., mortalin, p53, p21 and Nrf2, identified by loss-of-function screenings. We examined the docking efficacy of Wi-N and Wi-A to each of the four targets and found that the two closely related phytochemicals have differential binding properties to the selected cellular targets that can potentially instigate differential molecular effects. We validated these findings by undertaking parallel experiments on specific gene responses to either Wi-N or Wi-A in human normal and cancer cells. We demonstrate that Wi-A that binds strongly to the selected targets acts as a strong cytotoxic agent both for normal and cancer cells. Wi-N, on the other hand, has a weak binding to the targets; it showed milder cytotoxicity towards cancer cells and was safe for normal cells. The present molecular docking analyses and experimental evidence revealed important insights to the use of Wi-A and Wi-N for cancer treatment and development of new anti-cancer phytochemical cocktails. PMID:22973447
1972-01-26
3.9 23 s.4 #1i 0.Q So. I__I- _ W 1,7. 4. 4. 4 -jIj6 -j2 9so ___ 12#? i7 WN & ,7 1 3 I0 to 5 5 8, WNW ISO . .3L .54L al 1 * .1 A.10 4-q 4,___- NNW 06 _0_...146.5 46.3 46.7 46.7 46.7 46.7l 46,9; 4701 2:ooo [42#2 465. 41 46iY 3 46934f 46,91 471 47,_ ___ 7,5 4 4 7 1 27000 ?__ 961 50PI KP3 5o, 5G5 500 50...34ou.g0v : Q3e3 00# 00000~ ~ 00 o 0 Col 00,0 , 00 0 ~0000 Iso a00 733gog 913S Coto0, 0 0 00,0 00,0 00#0 009000top900,0 00 00,0 00,0 12_ 0 )00 7# gg13
Test Message Generator and Controller for AFSATCOM Testing.
1983-03-01
RW o Sk;I Af IiAA C 1 I SYNDET -JZDf CXT2/ gzl 3M52 140A 2 P7 54 1LPro/ I, RIOa Itw I 4"A 4 RZi o I~~- Co-P a F ’~T14 1W Cf14K A460 hi ,2 L PFa/ tip II...W CZt / -o 0U(zuouC. go P U A00. OC -c )toM f w z)0 C 0 Z0w 0 C)~~~- -- 4 -0- - --- 4 4 En 04I-.4z- N N N-- 0.44- N -44 L A A AA A A A A A A A A AA A A...C3 70 02 ....... 0290=77 AF 23 77 C9 21 AC 04 CD 23 02 I1 00 00 CD E7 .. #..!...# ...... 02AO=02 FE FF CA 95 02 FE OD CA CO 02 47 OE 04 7B 17
Millimeter-Wave Circuit Analysis and Synthesis.
1985-05-01
correct within a few percent and the resulting drain-source t.r7njnal current is usually high by approximately 10 percent. -20- Before Eqs. 5 and 9 can...typically used in arialytic FET models and is correct in the limit of long gates.1-3 With this approximation, the voltage drop across the depletion layer...carried out for two ba. c geometrica ss- ft WI sa of arbitrary thickness place-i c;c:.slc,, wi’ta -v .h each sidewall and (2) a thin Yl, s 1 te w~ith
Ultrasensitive Infrared Chemiluminescence Detection
1993-10-01
avelengt (14M) 2.01 1 NO Fundamental (Av-2) 2-0 3-1 S1.0 N(WA.fl Ŕ 4-1 5-2 0.0 2.0 2.5 3.0 3.5 4.0 Wavelength (urn) 42 NX -in Nowo cc E 0 Imt poz ow...2 p _4S) 347 nm INTENSITY AS A FUNCTION OF [N( 2 P)] T-5216 3.0 2.5 - 2.0- •. 1.5’- 0. S1.0 0.5 0.0 0 1 2 3 4 5 6 7 [N(2P)J (1011 atoms cm-3) 8-74M...observing the forbidden N( 2P- 4S) emission at 347 nm. The rate coefficient for N(ZP) quenching by 02 is (2.2 *0.4) x 10 cm3 molecule-I s-I and that
Age- and gender-related hemorheological alterations in intestinal ischemia-reperfusion in the rat.
Mester, Anita; Magyar, Zsuzsanna; Molnar, Akos; Somogyi, Viktoria; Tanczos, Bence; Peto, Katalin; Nemeth, Norbert
2018-05-01
Intestinal ischemia-reperfusion (I/R) is a life-threatening clinical disorder. During I/R, the microrheological parameters of blood (red blood cell deformability and aggregation) worsen, which may contribute to microcirculatory deterioration. Age and gender also have a great influence on hemorheological parameters. We aimed to investigate the gender and age-related microrheological alterations during intestinal I/R. After the cannulation of the left femoral artery, median laparotomy was performed in Crl:WI rats under general anesthesia. In the young control animals there were no other interventions (female n = 7; male n = 7). In the young (female n = 7; male n = 7) and older I/R groups (female n = 6; male n = 6), the superior mesenteric artery was clipped for 30 min, and a 120-min reperfusion period was observed afterward. Blood samples were taken before and at the 30-min ischemia, in the 30th, 60th, and 120th min of the reperfusion. Hematological parameters, erythrocyte deformability, and aggregation were determined. Hematocrit increased significantly in the younger female I/R group. Red blood cell count was higher in male and older animals. In case of white blood cell count, male animals had higher values compared with females. Platelet count elevated in the younger male and older female I/R animals. Red blood cell deformability worsened, mainly in the male and older I/R groups. Enhanced erythrocyte aggregation was seen in all groups, being more expressed in the female I/R groups. Microrheological parameters show gender and age-related differences during intestinal I/R. These observations have importance in the planning and evaluation of experimental data. Copyright © 2018 Elsevier Inc. All rights reserved.
Heterogeneous Multi-Robot Multi-Sensor Platform for Intruder Detection
2009-09-15
propagation model, with variance τi: si ~ N(b0i + b1i *logDi, τ i). The initial parameters (b0i, b1i, τ i ) of the model are unknown, and the training...that the advantage of MOO-learned mode would become more significant over time compared with the other mode. 1 2 3 4 5 6 7 0 0.05 0.1 0.15 0.2...nondominated sorting genetic algorithm for multi-objective optimization: NSGA-II,” in Parallel Problem Solving from Nature (PPSN VI), M. Schoenauer
Structure and properties of bis(1-phenyl-1h-tetrazole-5-thiolate)diiron tetranitrosyl
NASA Astrophysics Data System (ADS)
Sanina, N. A.; Kozub, G. I.; Kondrat'eva, T. A.; Shilov, G. V.; Korchagin, D. V.; Emel'yanova, N. S.; Poleshchuk, O. Kh.; Chernyak, A. V.; Kulikov, A. V.; Mushenok, F. B.; Ovanesyan, N. S.; Aldoshin, S. M.
2013-06-01
New tetranitrosyl binuclear iron complex [Fe2(SС7H5N4)2(NO)4] (I) has been synthesized by interaction of aqueous solutions of anionic salts [Fе(S2O3)2(NO)2]3- and [SС7H5N4]-. The latter one was synthesized by reduction of bis-(1-phenyl-1H-tetrazole-5-yl) disulfide with hydrazine hydrate in ethanol at T = 25 °C. Molecular and crystalline structure of I was determined by X-ray analysis; the complex has binuclear structure of "μ-SCN" type with ˜4.02 Å between the iron atoms. Shortened О⋯О contacts (2.81 Å) between the NO groups of similar type are observed. Parameters of Mössbauer spectrum for I are: isomer shift δFe = 0.311(1) mm/s, quadrupole splitting ΔEQ = 1.044(1) mm/s, line width Γ = 0.267(1) mm/s at 85 K. From SQUID magnetometry data, the temperature and field dependences of the magnetic moment of I are well described in the frame of a simple model of binuclear iron complex with magnetic centers S1 = S2 = ½. In solution, binuclear structure of the complex remains, though the NO groups are non-equivalent. For solutions of I five-line hyperfine structure of spectrum (HFS) is observed, g-factor = 2.03. For polycrystals of I, no HFS was observed due to averaged exchange interaction between the electron spins of adjacent complexes. In polycrystals of I, the number of spins per one binuclear complex is <2, this being the evidence of antiferromagnetic exchange interaction of unpaired electrons of two iron atoms. The average number of spins in crystals (0.65) and solutions (0.55) are close. The maximum amount of NO generated by I in 1% dimethylsulfoxide (DMSO) aqueous solution is ˜13.8 nM, it halves in 8 min after decomposition starts, and reaches ˜3.8 nM in anaerobic conditions at Т = 25 °С, pH 7.0. This is due, according to quantum-chemical calculations, to the presence of a more stable Fesbnd NO bond in I than in its isostructural analog - nitrosyl iron complex with 1-methyltetrazole-5-yl (II).
78 FR 5501 - Manufacturer of Controlled Substances; Notice of Registration; Cerilliant Corporation
Federal Register 2010, 2011, 2012, 2013, 2014
2013-01-25
...) I indole (7200). Alpha-ethyltryptamine (7249) I 5-(1,1-Dimethylheptyl)-2-[(1R,3S)-3- I...).... I 4-Methoxyamphetamine (7411) I 5-Methoxy-N-N-dimethyltryptamine (7431)..... I Alpha... 3-Methylfentanyl (9813) I Alpha-Methylfentanyl (9814) I Acetyl-alpha-methylfentanyl (9815) I Beta...
1981-10-02
uV ) 0 0 0) 0 0) u 0 10 00 00 Z ’ZC P- 0 f...H 3. I * -U). I’redi ~ led hOurly (C) C()flCOIl 1. Pat iOflH at the E I\\’ 013 s i to and CommUn 1 (V * 0 4 241 * 0 4 - . - .T& LEGEND U W, POtrANT...O0 UV , 305 / CN rva I a) -. Q. -- Q~) CN ui -4 W u Wi 0 w) 0 Q) 4c) .- 4 0 Cd a a) 0 *C 0 0 C4 -4 0300 .4 . - 0 C" U o EU C)a)Cf LIn c" -q4- EE C"
1978-03-01
00 000000 0 4j Q C-4W% QV I- t. W w m oxw 0 Lrfl, or ( PIm L ITIr 4.2Q 00 QIMP v CJ .ot 00 004 .40l0.,I~mI Of-C0..,4C 44Ct4.’C00O00 3OO0 OOO OO nCM...on,*"- - -4 F %a0 ,p4 I 3hf Ott a3 1-~ 4’ 4 .0 0% rdI03I03:o3m 0, "~P0 02I2nC LI1 ~ TC. . 000~~ 000 000 00Q 0 0 00 01- 004 s,0 .0 00000 00...1 I# .4 7 jL" qifA . , 4w .4-4-y4..4 ucp .4 m w w-e- P2unjmp J. 90-9 0 ~U w 0a. O 5,. Ott ; 8p-c; 10 -:40 44414 A ;J uj 0.3 0.0~U%4%M~-t~ Mm mMMMMm
Solid State Transformer Concept Development.
1980-04-01
FuNCrioN DeSr-tpr iO PJZDEL LEAOLAG Nx ( IE-7, I It ( IE-5, 1) M’ODEL PWI’ DELAY K=1 0= (1E-5, 1) PODEL ATT Figure 15. Trypical simulationi of SUPER...SCEPTRE program.K=0.02 MODEL DESCRIPTIDN PODEL . LIt’IT(SATUsRATIO-4) Y=1 M=100 MODEL MULT( 1-2-3-0) ELEMENTS JI91-0=0 J292-c=a EO, 0-3=XI( VJ i*Vj 2... PODEL CHCPPER (1-2-4-0) ELEMENTS J1191-0=0 JZ, 2-0= 0 El .D-3=PI Ltt3-4=P2 CI ,4-O=IE- R19 4-0=4; CEFINED PARAMETERS I’ P2 =X2( 25P-6/4 IV1) ..g*z
DOE Office of Scientific and Technical Information (OSTI.GOV)
Huang, Shih-Huang Huang; Wang, Xiaoping; Nesterov, Vladimir
2011-01-01
Treatment of TaCl(NMe{sub 2})4 (1) with allyl MgCl furnishes the allyl-substituted compound Ta(NMe{sub 2})4({eta}{sup 1}-allyl) (2) in moderate yield. The X-ray structure of 2 reveals a trigonal-bipyramidal geometry at the tantalum center with an equatorially situated {eta}{sup 1}-allyl moiety. VT {sup 1}H NMR measurements confirm that the molecule is fluxional in solution over the temperature range 298-193 K, and DFT calculations indicate that the time-averaged environment exhibited by the allyl moiety in fluid solution derives from a rapid {eta}{sup 1}-to-{eta}{sup 3} equilibration, with Ta(NMe{sub 2})4({eta}{sup 3}-allyl) serving as the transition state for this process. 1 reacts rapidly with the formamidinemore » {sup i}PrNC(H)N{sup i}Pr to yield fac-TaCl(NMe{sub 2}){sub 3}[{sup i}PrNC(H)N{sup i}Pr] (5) and Me{sub 2}NH, and the tantalum product has been characterized by NMR spectroscopy and X-ray diffraction analysis. The five-coordinate compound Ta(NMe{sub 2}){sub 3}[{sup i}PrNCH(allyl)N{sup i}Pr] (7), whose origin is traced to the putative octahedral species fac-Ta(NMe{sub 2}){sub 3}({eta}{sup 1}-allyl)[{sup i}PrNC(H)N{sup i}Pr] (6), has been obtained from the reaction of 2 with {sup i}PrNC(H)N{sup i}Pr; 7 may also be prepared from the reaction of 5 with allylMgCl. The rearrangement of the allyl moiety in fac-Ta(NMe{sub 2}){sub 3}({eta}{sup 1}-allyl)[{sup i}PrNC(H)N{sup i}Pr] to the formamidinate carbon atom in 7 has been investigated by DFT calculations. Here the DFT calculations have provided crucial insight into the reaction mechanism and the composition of those transient species that do not lend themselves to direct spectroscopic observation. The computed barrier for this metallo-Claisen rearrangement is sensitive to the nature of the density functional employed, and the barrier computed using the meta-GGA TPSS functional provides the best agreement with the experimental conditions. The related alkenyl derivatives Ta(NMe{sub 2})4({eta}{sup 1}-3-butenyl) (3) and Ta(NMe{sub 2}){sub 3}({eta}{sup 1}-3-butenyl)[{sup i}PrNC(H)N{sup i}Pr] (8) have been synthesized, and their reactivity is contrasted with the corresponding allyl-substituted analogues.« less
COSAGE (Concepts Analysis Agency’s Combat Sample Generator) Analysis and Design Report. Volume 1.
1984-04-29
CM. C4UT.TI ON 12 5..j FUNCTION m2-. WLr 12 j -1 ---VUTINE w-fA.NEPT 112 5 3 ; CUTINE CA S. =V3L 1 1 5- P JU T loE z- 4 L 0Y.L C T FR S 11 55 P;ICESS... CUTINE PLAT.COUNT 5 -7 1 1 OUT I N PROX.CHiEOK 5 * 14ROUTINE Sw IT CH FrO 5 Figu, .- Modules Ranked by Functional IF Tests Conti nued 3-30 -SCIENCE...2 ; CUTIN -" ...CR T=CT 231 ;OUTI- = Kv .Ir UT T 232 UuTIN.-- Mi 3s.I~d3UT , 2 3 Z Ru T iiM d:’ 3 N-l 2". OUT:N .44 1’ ,1 L3i R OUT INE %4 l Nk 0 (3o
Introduction to Ada (Trademark), a Higher Order Language. L103 Teacher’s Guide.
1984-05-01
I -- co 0 0 Cl) ) Lu Cl .L =) cr. LuL x 0 Lu I - Lu ml C 0 Lu a- 0 L 0 0 % Ci Lu Lu . I -- Lu cz w LuV ) Li- c 0 II- C. a.-, 0 C)) I -- Z I l 0 I - Cl...U. V L3 O-J zz w zz U, 0 w ww CX 0 wU I - LA. w 0 0 cr. U- w 0 (j Laa. z w ww oil co CL - - w a- x U) ’-cc i ... ’S.. 0 a&z V) - U- z C.x.)C. 4 IL** -4...mU rq U- - U >- L 0 LU> 1~~ V) V) UIZ UC 4w (U wI U0UL 1w 0 I - u . 9- c -V)
Quiet Time Lowest Observable Frequency (QLOF) Calculation Program.
1979-04-01
sorption controlled effect. The major cause of absorption at low and midlatitudes is the solar created ionospheric D-region. During quiet solar...1• t~~’~ CL~~F ‘ PFA L IC rI ,r 4r,~~~~u’~ ~ pa~~~,~~n p .r I3P1(7 . In , .1CF( ,n, , -~~p( , ) L W ‘5 t 1PFNS i” ~. cC y o ) .MII F c I n~~.nc1
1989-12-01
8217 -E ep IP 760 7v rag-2-t 7 -vet ca vo - a~ .:cz : 112 !] 10 Star-, requency i- -in.- -,,z. 200 :1h too t rouencv, i ax. 210 N T iarizat~on i2:)15. 220... 10 2-3 Pyramidal Radar Absorbing Material (RAM) ... . 11 2-4 Hardware configuration .... ............. 13 2-5 Point source model for phase variation...two plates ....... 51 4- 10 Gated RCS of 4 inch circular flat plate a) time doi. ain and b) frequency response . . . . 52 5-1 Measurement test matrix
77 FR 52366 - Manufacturer of Controlled Substances; Notice of Application; Cerilliant Corporation
Federal Register 2010, 2011, 2012, 2013, 2014
2012-08-29
...-(1-naphthoyl) I indole (7200). Alpha-ethyltryptamine (7249) I 5-(1,1-Dimethylheptyl)-2-[(1R,3S)-3- I...). I 4-Methoxyamphetamine (7411) I 5-Methoxy-N-N-dimethyltryptamine (7431).... I Alpha-methyltryptamine... (9661). Tilidine (9750) I Para-Fluorofentanyl (9812) I 3-Methylfentanyl (9813) I Alpha-Methylfentanyl...
A Comparison of Long-Duration Secondary-Power Schemes for Space Vehicles
1959-02-02
to:" 3. Iridium . 19_ 7I? d 2.454 5,300 Beta. eak G- ’al 1.000 4.52 10’ N SulIphur -35 b7 W8 119 445 BtLA I1.00 3.72 IS Availat’Nt, _i es 5 Calo1.r...BROMIDE 28 84 41 tar area. BISMUrTH TRICHLORIDE 435 826 99 ZINC CHLORIDE 541 1349 378 case of a space power system, this receiving tem- Working-Fluid
Installation Restoration Program. Phase 1 - Records Search, Castle AFB, California
1983-10-01
2 WAEEESnm vl-dddwd. ,de~, ~~~~~S.’. 4.. fC . 4h.1 Ff* To n 4w .64w Sim. .23 " -ta. fqU % . V.int i. few I. i& xi & T s - -f - R //5 . " T...iaaPa 1 l] 4 W. 0. 2162 W=L NO. 34-A Atwater District NW* of Section 6-7-13 Drilled by No I.D. December 194 0 - 5 Soil 541 or 18" #14 Ga. Double...Air Force Base. AFESC: Air Force Engineering and Services Center. AFFF : Aqueous Film Forming Foam, a fire extinquishing agent. *APR: Air Force
High Efficiency, Low Power Thermoelectric Coolers.
1979-01-01
NA~ 2 1128- ak ~iI I " N --- -- ... .I S/ I’ 7 I fir- 114 -- ; I ’ I J tf1 NN N .’i M i 29 MOM___I p ~p. .* S S I I Ii N *0 - i. - -i - -Y...compression seal. 3.4.2 Evacuate tube. 3.4.3 Close off vacuum valve after thirty minutes. 3.4.4 With the torch, carefully melt the contents of the tube...tube of material is cool enough to hold with the hand, close vacuum valve and use the torch to seal the tube about 2 inches above the top of the
Selected Manpower Statistics, FY-1960
1961-05-29
l . Cori.I Military 30 Jun 14.O 71,390 - 06,377 2 69,023 137,35 i r r ] 3o,013 160,A7 26,345 Ilo,671 30 Jun : 2,357,1t7 - 1,791,33 1,3U2,315 329,’ 1 i...4314,45, 1,066 1,.,w 321 :,3 , .J64,7 911,54 3430.915 1, ,.01. 67i,’. 19. 39,1132 3) Jim 3,0"’ 3_ 1,599 1,.u , 2’, . ,7"n 4314’ r 4 . .1 ;C;,, 95z...respectie Ser. ice. 5/’ToWa pad employees ". reporte:1 6Tf i11l) to the ZIvl Service Comiis r .; excludes overseas a yp-rt personnel (Indirect mre). c
Alternative Voice Switching and Control System Display Panel Format Simulation and Evaluation.
1984-02-01
hear DA statusF Dvoice FW1 3 voice FUTTER , push IA, DA statue DA Status DA Ole OFF d . ot e tI .1F S A-i 5, %P*-.*~. *.S**~ S a V * C. a6 4c Cu v V V c...UU 0 C C .4. 4c c I.. lbC (W. ki a A-2o -. ... -. - J6 ’... Ii I1N INDIMIIi A0tlS tAil.|: INIIIAIt, Hilli. IrumINAT.vs At..WlUNi’|L.. I. v’enecimon...ALTERNATIVE 2 RADIO SCREEN Displayed below is a frequency pair and its legend 127.100TM 317.7 HRM .. tI I11 I If-> M-main I It S-standby I II These appear
Calculation of Multiple Burst Interactions for Six Simultaneous Explosions of 120 Ton ANFO Charges
1979-12-15
aWh (poll kilo PAR41 (kPA) f6.N9 7%7 pound-muAls ( ibm avoitdlupoit) lilngrom (hIt) 6I35 924 X K2 -1 pound-mnuq.(onil (moment ul Inertia) ltill’ m...0.13 TIr1I FROM Der -~ i.41 fOLL from array contter.I 26 5 CHARES - t0 rnjS CqCH ILcao ~HZ L0 s "ൌ. 36 120 REIAXILC- 3 itP WAVE~ 4 8-j - i0jAU 0 M
1987-12-01
Limit Spiked Samale Samole ISailced C" auod R sIus’lt (SSR) esult. (SR) A-dded ( .SA) Iels: I. I 1. A.luminum 75-125 - I Z. Antimony - 3. Arsenic " I...UntKtarix *s %Control Limit Spiked Samale Sample SieiCm.,ound _ _R R esult (SSR) Re t,.- (SR) Added (SA) Z,10 1. AUlunu m 7 I I I 2. Antimonyj ____ 3...No. DATE Lab Sample) ;S4 No Katrix waot, " . n ...Central L imi Spiked Samale Samale Spiked Comnpound M Rsult: (SSR) Result (SR) jAdded (SA) XR
1975-03-07
87.9 87.91 87.9 87.0 87.9 S7,’ _-_89. a9L,.l9.. 89 89.a8l ’ 99.& a . 99.* - BOY A I &.D8.( >-’ 92.5 92s6 92;6 92.692.6 9z,6 .7 92.7 9z.7J 92.I 92’s7...9- I I-l 3 859 . 1-- - ... I 9- II/_-- - - I 1 1 54 __ It _.___ I D OTL Boi . 56*1% 97 982 14.,) ___33 - .43. 2. 1.2* l~.7 4Z1 0 1867 163 0/ -;. 7 i6...293jo3 b B -B Dry B.ib Wet BviblDew Porn ’ 1 7/ 73 0, - 11_ 1 _ _____ ; - -t- - -_L--_____ _ !;c - I I-72-Tl I_ Ic 5 5 Q;!; ,, 4 6 70 69 Is. ~*.d __L ~6 6
1991-07-01
W.THO’A,,,u%%w D. D. ~;~IiY; I II1I2,G IDAHO$ INC.R0o. BOX 1325 __ (~ J Mr- HO FALLS ID 83ý415 ~ L i ~JUL 1, Ot; Y I A E 0 O117pl j"v P 77/ NOTICE The...IIL~SP1 ~.irD JSA ’.T AS -7’T ] )’ I5’S tf i3’ f ir7 i•22,a •iA•’,E ,’Ar n• ’,:S E INC;, N J)AL ’?2o t• TE(PICO’ IIn(’I*,I* ,A ,4 (OIx @ l 2.TC O ;I, S...8217B L DO Form 1473, JUN 35 Pretour ,dltiont.,,C 0 ITI,1C. SECLR;ITYC• S .CA S PA[ i(Thr’ v-i’rr~ of thin F~g in bl.ank.) PREFACE This report was
1993-01-01
00N00LALAm00)LA0 -- n, o-, nc4-- n( )m-zTI o-ir -- * 0)CIO 1C) -- i-s a) CI W N 1wo jini nI-I 0 o o01 o ,w 4-1t in WL L L L 0 00 0 0 A 0 01"C4 0 ’ ~ 0C14r...411 N ,N 1`4 NJ I Q -4-4 to >-.-- zzzzzzz z zz ZZ ZZ> >>--> - Uf C41I 0-40 11 au Mə <<- JINI 4- (04 4N014INN Uf 00(n o U n (inl ý4 - I4-4- 4 -4 i...N Is 1(000o atoz z z z z z z z zz z motto00 It 7) 00 0U)..VN(to-4 N l (a0 000 0 0 In01C* an 0 Ga I(00 Gao If 0)C0an.0(0 In O0NC 0 0 0 -*MM’ N o A IC
1983-04-01
DEC I I. T! 8.61 57.9 6 1.5 21.1 1.3 19.8 37.9 71 TO~S8.3 2c.7t 2.1 26.8 .~5G* 18.A 1.? 8.% . 25. 8 43 USAFETAC 0 10 SIOL Al, P,.f usl 0-O .S n...N ih T m.p w.ato r. R[ .I. T0 F 32 F 6 F 73 IF 8 R P *93 F 1 ,To - Dry Bulb 4 W., SoIl 51 . -- - - -- - -- - - - - - ~ --- ----D..- - -~ GLOBAL
1985-07-01
5695 BF(I) - BETA(LDF) * GOTO 7 5700 6 NN - N-i 5705 Ch - CI / (ES(N)-ES(NN)) 5710 AF(I) w ALPHA(N) + CM*(ALPHA(N)-ALPHA(NN)) 5715 DF(I) a BETA(N) 4...1OXP34t4SETTLEMENT DUE TO CONSOLIDATION - PF1O.4) 7845 113 FORMAT(/1OX932HSETTLEMENT DUE TO DESICCATION - PF1O.4) 7850 114 FORNAT(/1OX920HSURFACE
Structure and inhibition of orotidine 5'-monophosphate decarboxylase from Plasmodium falciparum.
Langley, David B; Shojaei, Maryam; Chan, Camilla; Lok, Hiu Chuen; Mackay, Joel P; Traut, Thomas W; Guss, J Mitchell; Christopherson, Richard I
2008-03-25
Orotidine 5'-monophosphate (OMP) decarboxylase from Plasmodium falciparum (PfODCase, EC 4.1.1.23) has been overexpressed, purified, subjected to kinetic and biochemical analysis, and crystallized. The native enzyme is a homodimer with a subunit molecular mass of 38 kDa. The saturation curve for OMP as a substrate conformed to Michaelis-Menten kinetics with K m = 350 +/- 60 nM and V max = 2.70 +/- 0.10 micromol/min/mg protein. Inhibition patterns for nucleoside 5'-monophosphate analogues were linear competitive with respect to OMP with a decreasing potency of inhibition of PfODCase in the order: pyrazofurin 5'-monophosphate ( K i = 3.6 +/- 0.7 nM) > xanthosine 5'-monophosphate (XMP, K i = 4.4 +/- 0.7 nM) > 6-azauridine 5'-monophosphate (AzaUMP, K i = 12 +/- 3 nM) > allopurinol-3-riboside 5'-monophosphate ( K i = 240 +/- 20 nM). XMP is an approximately 150-fold more potent inhibitor of PfODCase compared with the human enzyme. The structure of PfODCase was solved in the absence of ligand and displays a classic TIM-barrel fold characteristic of the enzyme. Both the phosphate-binding loop and the betaalpha5-loop have conformational flexibility, which may be associated with substrate capture and product release along the reaction pathway.
1982-05-14
1L,99 *7 10 1i J S2 1.3 *9 ISO ~ ~ .1 61 07 6112 *26 9 . S3 .35 . : .9 : 1609 01 .5 3:01 .6 T 2.5 .9 69 3.? S41 141 2:4 0; TJ 1T em 41 eY .7 15 16...v. 1.1 2.6 1.5 *I S.4 S.% 9 1*7 0.31 . 2.9 4*9 08 O_____ 2.S 6.31 0-- 1 r *1---------------------------5 3*31 - 1.0 .6 165_ i.,-i ( 1*s 2.1 ISO *1 5.0...1.6 449 l.1 *1 7.5 .0 ISO 1. Z.0 1.4 e1 I__ I ___ 1 ___ ____ 05 5.o (u 1* .54 -T -TT- .a. 1.0 2.2 1.* 2__ _______ . T ( ~s 13 * 1.1 1.2 __ __ __ 2.7
1994-03-01
0 0 .-4 -4 -’.-4 00 00 0 00 0 0 0 0 0 0 00 0 0 0 u If C 1 00Of I 11-NW CV) CV) NoNm N NC~ f qCqC f V)m()C O n( CV)’C) enC’ m’ Of m C") Oil I O C0...1 C Y)im mn c )0)()o 0 mmmmmfmmmmmmmmmmm om m) Of mY )1)O )C)CY 7 Y f 11 C I 0 W 110 If I nc-N 11LU) 00 (n If I CO N i’l11- < Go Co- oil I toON w I...0ý-4-4.-00 0 0 0 0 4.4.4.4000000000 UII1 lCo l II MlNN1 meym N C Cl MCl C.) NN N l(14~llll~~ Oil I cool II-..001001000 (T) 01) 01 01 01
U.S. EPA, Pesticide Product Label, TRIANGLE EPN-5EC, 12/12/1983
2011-04-14
... 1.1"'11\\1011. I'JIlt"j', Wi)dlill': ihi· IJr{Jdu~ t 1'1,111 'Jilt)ll, 10 "i ... h .,lId \\, .. jJdlil,·. ... 11"1'1.\\11\\' til 1 (JIlt ('lltl~t1l' ~Id.\\y,'r. Ht'IJIIi '\\Pl'ill .. 11 iun-.. ...
Wholesale Stock Positioning and Distribution Policies. Phase I. Volume 2. Methodology.
1985-08-01
26976 1 2.14 4S69 141 M?3 6 3.26 M12 144 1324 a S.17 716 6411 "I’M Yoe 5391 *605 3 1.14 11537 1232 7266 6 3.26 4016 456 3739 a 5.6, M31 076S PORN 4161...SOWNT 9554 11936 15651 MAIT 645 1 6 4636 1122 7 5 5413 6193. 3 1 4193 16635 ONIONS 319 6 6 131 314 7 5 1576 2197 4 2 S794 9276 NUSNN"N 259 1 6 1554 312 7
Active Control Synthesis for Flexible Vehicles. Volume II. KONPACT program Listing
1976-01-01
68 Subroutine TPR Program Listing 69 Subroutine HPR Program Listing 70 Subroutine IDPR Program Listing 71 Subroutine MPRS Program Listing 72...to o n c 1 9 - c ■ ■a 1 1 1 1 E E E CM In 01 i 1 i ^ c i 3 1 2 71 ■ E a ■ E 0 ■ i a. 2 g B c i...CO n CO CO ?o CO CO CO CO CO 1 W 71 OT tn t/; W5 7) 7J 73 n 7) CO 75 75 7) 75 CO 75 75 75 75 75 75 T: 75 75 to 20 MM mi I
1976-09-01
I . .I’.-.1 jP J) -’% 0.:30 - 0 .7 z2 zi 4 2N "* 4’ 9 4 td 4. 54 W. 0 - o -0. 0 . ’A W0 .- 0 o 0 .4 - 0 . 0 V O.N. 50 L!0- 0N ON -. 0 0 0 L, 0013...in.& OWi4 44 W, "WWWA %iI IWA hi W.& d~ td AA m "W . U W W wh ci L l % A hi 1b 1a .IA . h :uU t JO IAd iiI" uW4 L IU Li *UUUUU M, W.0 W U UIU w w A au... 3UV &I 000 I 000 *4;4 .. A 00 0 3 AD ~ V 0 3 44 3 00 0 :z 000 6 Wo I Iu tv I d ’A6 0& 0 4 407 140’ IUW6 04 I O % 0 ID 00 0 , 7 XV ID it ’ &1 1000 t6
AFOSR Technical Report Summaries
1992-01-01
411 91i C 1 in A . - 2 Ko 49 0U UA -in in4 4. Iz ha -a h-04- OW-4- 1-40 4. KZ4 2 0 h*4c 4 =. U. a. N I Ow us ’u I.-JAA4II A-I m. ’A Z uU 001 C4Cz ha c...1. 7 a.~ ~~~ 4’ E .. omS U U *C I 4’K S 400 1. CIL 00 KO - 4a a ~ - r 00, 4’( U Il 70 w .L H - 1. up -W AM a 0 L e KUC 0 C MW W W XK 40 W t 1 W .; 0 a...80Z .. i CCL0I 0 .6 4L= 9 : 2 T o5m 0 .4 * .4 0w0.dU a.- Mi aLM-9 t4.ZhSL pq - dal 96 0I 1-(AN # U. -v4cg - u s * 2 *IZO SKO M.IW ONOSM .W~ .-C A
1990-01-01
0 066f 60 04 61 0 W 00 ɞ if 0 I6 ca IOU 1- -4 at 6(0N1 o2 6 004 1-61)6( 0 61-4 0L L) 0 00 6 Z #1 E1 0 66 it 0 Ll 0.1 00 C 0 2 Oil 5 (a 0 CN N6 z...34n05 I I U)U 0 In ui In - 0 )C0) c) I -r-r- I-. II 5 (-4cinO 47)0C) 0 ) cv) 1- 0 ) 0 ) 0 ) 0 ) -4Ifl U) M’ (OC0( 0 ( 0 I 4M -4 IN0 - - - 1- CD-. 0r - 0 MCI) C’) r...34 I 4’ 5 *t 0 1
Quenching of I(2P1/2) by NO2, N2O4, and N2O.
Kabir, Md Humayun; Azyazov, Valeriy N; Heaven, Michael C
2007-10-11
Quenching of excited iodine atoms (I(5p5, 2P1/2)) by nitrogen oxides are processes of relevance to discharge-driven oxygen iodine lasers. Rate constants at ambient and elevated temperatures (293-380 K) for quenching of I(2P1/2) atoms by NO2, N2O4, and N2O have been measured using time-resolved I(2P1/2) --> I(2P3/2) 1315 nm emission. The excited atoms were generated by pulsed laser photodissociation of CF3I at 248 nm. The rate constants for I(2P1/2) quenching by NO2 and N2O were found to be independent of temperature over the range examined with average values of (2.9 +/- 0.3) x 10(-15) and (1.4 +/- 0.1) x 10(-15) cm3 s(-1), respectively. The rate constant for quenching of I(2P1/2) by N2O4 was found to be (3.5 +/- 0.5) x 10(-13) cm3 s(-1) at ambient temperature.
1976-09-17
m 0 La ro - - -- - - - - -NNý ý7- miC4’ to in Uve 0 11Nmm 1 v m rvv 0I " m0 -in mC4-- m ko So int 0i~ m1 Li fnMf 4090WMT -N M M G T w m m O O t nvi...Woi’CDr’ nq:;; IT0 C -1-4400 4 l1 1 in L v00N’I0qI W10(IN 010 n 0(to 0 g NNr m O~ InI 01’ N C a M0 N014n r(N TOi~ni~i N ChIT n0n N m v0 W0101 N
Beach and Nearshore Survey Data: 1985-1991 CERC Field Research Facility
1993-03-01
LineTotal + Line I OTotal IF(LineCount.EQ. 10 )TH EN WRITE( 8 , 101 )LINE,LineTotal.Line I OTotal 101 FORMAT(80A 1,3X,16.17) LineCount= 1 Line 1OTotal =0 E•S...100 .74 8 .?3 53n aq0597 7- -) n 1ý 0~ t3c 850520 19c, F 8Q,3 630 850417 700 1.45 4.53 630 850503 1900 2.45 7.42 630 850521 10 % 1 , N .63 630 850417...860409 700 !.13 ý. 40 630 860426 1300• . 99 I ý 29, b30 860513 10 ?.16 !2.34, 630 8604nQ 1300 1.05,n 5.69 630 860426 1900 1.01, Q. 1 630 8 6,,513 7-00
78 FR 54917 - Manufacturer of Controlled Substances; Notice of Application; Cerilliant Corporation
Federal Register 2010, 2011, 2012, 2013, 2014
2013-09-06
...)indole (7173)........ I 1-[2-(4-Morpholinyl)ethyl]-3-(1- I naphthoyl)indole (7200). Alpha-ethyltryptamine...).... I 4-Methoxyamphetamine (7411) I 5-Methoxy-N-N-dimethyltryptamine (7431)..... I Alpha...-propionoxypiperidine I (9661). Tilidine (9750) I Para-Fluorofentanyl (9812) I 3-Methylfentanyl (9813) I Alpha...
1993-01-01
821702I0(04o ItIT 4444 9 0 cCNi "NIN 04 (0J a 47f-f a 1 >,Of enC o<i 020z0 o 0000 N 0)100 43 1)(1C) ’(1)V ý-lIA N! (’l( 0) -4 M LA 0. (-10 4-I I -4 -4...I I enC > N41a r0))00) 4 o mm q 7 40)0 ID)0)(0r-NO4 m0) 0 04( o r- N I m 0"-4-4(1)0) 0(1 4)100 II CDC>00 00 00 00 000t00 0I0to- -4--4-41000 10 11 D0>1...0004 11--4 WO"CN, .- 4 -4 -4.-4 -4IUU 0n C) A-r- M M c ( n00 nU,0) In.-4 W4 it0 1I (00 4 it 0 m ENc --IO <>" ൈ ý 0 0’-441 -4 m F" -4 t NN04C’JO< 1ý- Ul
Word Frequency Analysis MOS: 95C. Skill Levels 1 & 2.
1981-05-01
EMTAEEN I Bt.ANKST 2 BLANK-. S 1 SLIND I BREA~ CNCD I EGICK I Of I flf.NG 2 BR~OKE N 1 BULBS t BLNK 2 aUtK. 2 BUT 14 By 3 C 9 C ,;LL I CALLS 4 CAN 1 C’O0... POLICIES 4 PCPULATION I PCta 7 PEP7.3m 3 PCSIT ION I POSSIBLE I FC!TS I I’!’!P .q I P.,FPsCRIBED 2 PkEt NCE I PRESENT 1 ppVi l I PR Iok 54 PR I SCNER
Condition Based Maintenance Technology Impacts Study for the Military Land Environment
2014-08-01
3a, 2g 3b,3m,3j,3e,3d,3f,3a,3c,3i 3c,3d,3h,3n 3d,3h 3e,3k,3i 3f,3h UNCLASSIFIED DSTO-RR-0404 UNCLASSIFIED 158 3g ,3c 3h,4b 3i,3m,3j,CBM...3e -> 3k 3i Egress of 2: 3n -> 3h 4b Egress of 2: 3k -> 3j 5c Egress of 2: 4d -> 3g 3c Egress of 1: 3a -> 2g Egress of 1: 1b -> 2g Egress...Ingress+Egress of 8: 2d 3b 3g 4d 4f -> 3c -> 3d 3h 3n Ingress+Egress of 7: 1b 2e 3a -> 2g -> 3b 2e 2c 2f Ingress+Egress of 7: 2a 2d 6b 6c -> 2b -> 3a
Measurement Methods and Metrics for Aircrew Assessment during Close-in Air-to-Air Combat
1985-09-01
with respect to a group average). -. 9 V__ NAVAIRSYSCOM N00019-81-C-0098 0) WJ a. 0 . z ~~ C,) >QZ~a wI 0. 00 Oz w ZWI w .2D c <L (Ow W - z <<Mmz W wl...Education. Cronbach, L.J., and Meehl, P.E. (1955). Construct validity in psychological tests. Psycholoikical Bulletin, 92, 281 -302. 78 I I - .&A-. & 1
pN0(i+) Breast Cancer: Treatment Patterns, Locoregional Recurrence, and Survival Outcomes
DOE Office of Scientific and Technical Information (OSTI.GOV)
Karam, Irene; Breast Cancer Outcomes Unit, British Columbia Cancer Agency, Vancouver, BC; Lesperance, Maria F.
Purpose: To examine treatment patterns, recurrence, and survival outcomes in patients with pN0(i+) breast cancer. Methods and Materials: Subjects were 5999 women with AJCC (6th edition) pT1-3, pN0-N1a, M0 breast cancer diagnosed between 2003 and 2006. Of these, 4342 (72%) had pN0, 96 (2%) had pN0(i+), 349 (6%) had pNmic (micrometastases >0.2 mm to ≤2 mm), and 1212 (20%) had pN1a (1-3 positive macroscopic nodes) disease. Treatment characteristics and 5-year Kaplan-Meier local recurrence, regional recurrence (RR), locoregional recurrence (LRR), and overall survival were compared between nodal subgroups. Multivariable analysis was performed using Cox regression modeling. A 1:3 case-match analysis examinedmore » outcomes in pN0(i+) cases compared with pN0 controls matched for similar tumor and treatment characteristics. Results: Median follow-up was 4.8 years. Adjuvant systemic therapy use increased with nodal stage: 81%, 92%, 95%, and 94% in pN0, pN0(i+), pNmic, and pN1a disease, respectively (P<.001). Nodal radiation therapy (RT) use also increased with nodal stage: 1.7% in pN0, 27% in pN0(i+), 33% in pNmic, and 63% in pN1a cohorts (P<.001). Five-year Kaplan-Meier outcomes in pN0 versus pN0(i+) cases were as follows: local recurrence 1.7% versus 3.7% (P=.20), RR 0.5% versus 2.2% (P=.02), and LRR 2.1% versus 5.8% (P=.02). There were no RR events in 26 patients with pN0(i+) disease who received nodal RT and 2 RR events in 70 patients who did not receive nodal RT. On multivariable analysis, pN0(i+) was not associated with worse locoregional control or survival. On case-match analysis, LRR and overall survival were similar between pN0(i+) and matched pN0 counterparts. Conclusions: Nodal involvement with isolated tumor cells is not a significant prognostic factor for LRR or survival in this study's multivariable and case-match analyses. These data do not support the routine use of nodal RT in the setting of pN0(i+) disease. Prospective studies are needed to define optimal locoregional management for women with pN0(i+) breast cancer.« less
1985-01-01
cO c C.-4 a cO CO c 0 _ co 3 0 0 0 0 0 0 0 0 0 0 0 0 0In m )EN ENC ~ E- ENC ENl E -4 ENC1 E .4 ENC ENC1 ENC E ENC ’ CL 0I I...4 g 1U I 4 cv)C() Cl) -4 C14-4 eNC C’) .04 6- us 511 ZOI CD nmos a.C woo 10S c mm m m i o.-.*In~mn V L nL L nL L n * -c I 0 0 0 0 00 0 0 0 0 $i Ml 0...NNNNNNNNNNNNN0) 00) Mooɘ I E000) E to E 4 Ec,) ENc , E a E 0 -0 E - - - v-* v -*v 4 -e -N E N I- < I I< w0 l 0 w04 L7C, mO <n mO .O .n . . .NNNN NN-14< I-I 00 00
Effects of Trypanocidal Drugs on the Function of Trypanosomes.
1978-09-01
trtod) -Odr__primary results during this past year are: a. 7 tbihdtosriso rpnooabue T rciETO10 n T. brucel 427) in vitro as cultured infective...A 174 .I A -V. A, A’ ~ ~ hA 4 T. brucel 0--a BERENIL TRE:ATEO, 5 mg/kg 0-4 CONTROL 20.0- 10.0: 8.0- 4 .0- 0 I- 1.0 - HOURS Figure 22 t7 d **VI Figure...URIDINE INCORPORATION 14- 12- CONTROL 0 E I- I- ETHIDIUM O BROMIDE 4 6 ANTRYCIDE 2 BERENIL SURAMIN 0 10 20 30 40 50 60 MINUTES Figure 29 T. brucel
1982-11-01
specification, or regulation. This report, or portions thereof may not be used for advertising or sales promotion purposes. Citation of trade names...eC5 0 o -N C 0 0 00- 000 % - 01w’ CI C7 W- o(7 c; 1.- • o o o a N C4, Z ,-.t W0 % g %0 ^ 00- CD 000 000 CD vs 0 ..- r o ,,0, -.- N• ¢"o...4-- N 04D0 " ’..Q 1 V’I N 0 C) ->- -cc 04-000 .0 in . in N 0 0Cý 0 C 0WN CD 0 vs 0 0 0 0D - I * U I,, -"-*< -•,, -" U,,.• -" . " W Lu U 4 In(a *~ E
1982-07-13
w 1.7 .9 2.1 1.2 .1 .1 6.2 7.5 WNW .5 1.2 1.4 .4 .1 3.6 7.3 NW 1.6 .9 .9 .2 3.6 4.9 NNW .9 1.2 .6 2.7 4.8 v *m CAIM XX 20.2 18.6 27.9 24.6 7. S .7...1 v -I 65-70,75-78 ALL HEATHER JUL 3300-01 ttOVW (t I ’ (I e S »EED (KNTS) DO. 1 -3 * •» • 10 II. M 17 -21 M - 27 i 2t • S3...2 1.2 .6 .1 I 2.2 s SE •» .8 .3 1.2 5 SSC •2 .5 .5 .1 1.9 6 $ .8 2.5 1.8 .3 5.9 I SSW 1.3 2.8 3.3 .9 8.3 1 sw 1.3 9.2 9.6 1.0 11.1 V wsw .8 2.7
Camp Laguardia, Korea. Limited Surface Observations Climatic Summary (LISOCS). Parts A-F.
1988-03-01
OBSERVATIONS" CLIMATIC SUMMARY "LISOCS" CAMP LAGUARDIA KOREA MSC #471060 N 37 44 E 127 03 ELEV 174 FT PKSB PARTS A - F HOURS SUMMARIZED: 0600 - 1800 PERIOD OF...8217.p " .? TOAL C 4 ." TV.’ 0.5 1._ 2. I CTAL N Um’ L’ OF 0 ’ SF ATI ONS ,7 lp i: r L 06 L UC l’±11LOGY YPRtNCH PLPLFA-lbrE FRECUENCY OF OCCUQRCNCE OF...7 uC 1606 25.7 68.3 72 .C 71.b 70.6 72.6 73.9 72.9 7,.9 7’.9 70.9 73.9 7).9 72.9 70.9 GE 14% ’I t5.9 685 %_ 737 7C.7 73.7 71.1 71.1 7.1 71.1 71.1 71.1
1991-01-01
C 44 ) C4 04 444)c_ _) I LC.) InflQAQ -4 < -4 -4< a 4 c - I 0)-CI I~ 000 10) 1" W .) 0 0007 10 10 LA LAY) LADO I I aH0 HO cc.4-4r 0 n r -I0 07 nc oq 0...4 (D C) -. C-4 0 IN -, r) IN N4 I3U to 04 a c( 0v o00 E co o CL0 to0 Or. Mb" be - -0) -oIn 3 1 0 3 1.W4 00 LC L.N 1C,) ENc >-0 I-N 0.0 L 6--4 L...4N E c’ m.40704mmo7 41,07 00C 0)07 -4 W07 ENC 0 If w4 6 04 66 AS0) .=07 00o momI-4-.c) 00) 4--4.-4 -40 0(D al 064 - XN0 0)1 C6 8 I CO. H:30 00 U-4
The distribution of Abbott high-sensitivity troponin I levels in Korean patients with chest pain.
Lee, Kyunghoon; Lee, Soo-Youn; Choi, Jin-Oh; Jeon, Eun-Seok; Park, Hyung-Doo
2015-01-01
Troponin is considered a primary biomarker for coronary heart disease. We investigated the clinical utility of the Abbott high-sensitivity cardiac troponin I (hs-TnI) assay in patients with various cardiac problems. Precision was investigated by ten levels of pooled sera and three levels of control materials. We determined Abbott hs-TnI levels in a total of 3314 Korean patients with chest pain, including acute myocardial infarction (n=381), unstable angina (n=327), stable angina (n=1361), variant angina (n=189), non-coronary artery diseases (n=236), and nonspecific chest pain (n=820). The 99(th) percentile cutoff was established by the plasma from the cardio-healthy subgroup and validated by 118 healthy individuals. The total coefficient of variation in patient pooled sera and controls ranged from 3.93-6.35% and 4.81-9.73%, respectively. There was a significant difference in hs-TnI among various cardiac problems: subjects with non-cardiac chest pain (median 1.7 pg/mL, 25%/75% quartile 1.1/2.8 pg/mL), variant angina (2.4 pg/mL,1.4/5.6 pg/mL), stable angina (3.7 pg/mL, 2.1/8.9 pg/mL), unstable angina (10.7 pg/mL, 3.7/61.7 pg/mL), and non-coronary artery diseases (9.3 pg/mL, 4.3/37.4 pg/mL). However, the median levels of hs-TnI were not statistically different (p=0.921) between unstable angina and non-coronary artery diseases. The overall 99(th) percentile cutoff was 19.3 pg/mL (range 0.2-30.6 pg/mL). This new hs-TnI assay may be helpful in determining a differential diagnosis in patients with chest pain. © 2015 by the Association of Clinical Scientists, Inc.
Beam Propagation Experimental Study.
1982-03-01
Force Office of Scientific Research January 1982 Buildig 41013 NUMBER OF PA5ES Bolling Air Force PRae, Whi tn r -v’ 31 V ~ ~ ~ ~ ~ ~ ~ ~ ~ 1 IA M...Ce S 0 5 A 3 L N C 0 5 6 * 0 0~~0 0 AI! I ~ ~ ~ ~ 0 CU S U II I N 19 CU 0 4 4 a fn - CUso 000 I L a 0 V LA I LA1 IS L I 9 --0 0 03 09 I. -t’! ISO IS I...a v - C..0006, UfU%~( 0O .tt (UPUM US *@ a - am 0 0L U 4’ M’U 1OS I6- I a . e.6 ISO . O4 0N0v11 ( 70 1 .1 W -W0 ’ 0. ’e U SE -W L9 *’ c a. sonm o ta
Strategic Offensive Airpower: The Role of the Long Range Bomber.
1988-04-01
Joint Flag Office-s’ Warfighting Corse. AvtiLi1ity fodes it- j Avail ana/or Dist Speial. 4,- 5 I - - - - - - -. F~’ .~ r d’-~rP .- -. % -’TABLE OF...philosophy. I . PROBLEM: The creation of a purely ccnventioral ong , which has significant combat power provide s an r .. r ........ !-T...tha. conflict places their homeland in Iimed1 tR convent_:n l danger. TI 0 u r -7N *4 LU F: . ’ dWk- r 4v A V 77No (Sedo)- I ’:00 Kastan. No d
Software Engineering Principles.
1980-07-01
IC’ a It, It, Io It, It, o H 10 ~ Iro I0 E10 10 1 1 0 I 11. 1. 1. 10 1 0 1 0 1 c6 of a" I a f C f I 1 11 1 16 D , O f o 4 o I c1 w t I A, t I m 1 1 ca ...V. 4 4 4 I lbl. b 1 0 40 4 0 1 4 43c 4 40 ’ 10 40 4 I 10 4 4 1 4 4 40 Ic 1 011 1 If 0 . in44 3 4 4 3 4 4 I Io3 .4 4i I InI I I I 4 3 I CA I 4 I 4 3 I4...I 60 60 10 601 60. 6I I0 60 1~ 1 W 1 W 601 I3 Er- 6I 614 664;n3 6 W l. 60 l. 6 1 3 6 64 lb 46 lb l lb 6 M it I CA 0 6 lb. lbaa 1 0 r5 g m I . n lb lm
1976-06-01
Davis___________ CLASSIFICATION OF MATERIALS CORE B13OX OR P r REMARKSELE.AlT,CN CEP’- C ,, ,d’~ ( Deec ~,ritor. RECRV SA PENrI,, o. ’fl..dp NO weatherir,,e etC., If...TION _QEW (T3MiaAfSL, S C tSr 2 MANUFACTURER’S DESIGNA-ION OF DRILL. DL L N1 A r El- Fiilr 314_ -o _____ -l D________ 13 TOTAL NO OF OVER-. Y ,Br5T1 IF...i n1 . 2 h1 R e c 3 yI<. - 2..0 ----- ’ t’kVQY%I4:OI’t5II q~ r -ii - ,-.---- -7 - - fl’l~j... CO1t inli on "beet 2 ’ 0-- 147 m, i l i lI "p IDR 1LLING
Three-Dimensional Propagation and Scattering Around a Conical Seamount
2007-06-01
s) Td . I or, 71 IT +~ f E [ai’D+l + 153j n 1JDJ+Iil (rj) r7 1 ql(Z)Xpij+l[, = ZL ,i2nH1., (,)+ 1, ,, )1 k --f , 1(z) Mll qjk)I,p4z)d1. (4.45) 102...F,t )-I (DH-ljC,,,+’. flj + Ihj ,Cb+’DfIIlj ) f + (Fj) -’ (DIlh,,C a+ lj 7’+1 -, !/,.-fI/’jiC+1lDjJ I) b-’,,+ REJ+ 1 anj+ 1 + Jl R3r, ’ 1,(4|.55...80 , li ,c 400 400 ; :l 200 I/10 0 0 200 -400 -400 -00fO d00 50 50 (a) Td Los, dg) C-SNAP J 0 7 - os s (M), C-SNAP Jx 33 12012 600 110 600 110 400
Word Frequency Analysis. MOS: 62E. Skill Levels 1 & 2.
1981-05-01
j., JtU I J ’I JT S EiM. ’J~VERSA. 5 *J (Jtl~iL I ’JSJP 1 J LUSE t J &USED 5 1 .3 u51’G 3 J .3 UTZLI ATEICN 2 J & VALVE 1 0 J3 EVISUAL I .3 fVj5JLY 2...ECOVERY I 7TI;1Irk 9 REVI1VE I RECTLY 2 PEO 4 i:’ 1 R.EC13CED ? Rr.~vl I IlFr~k 44 RcFFZ(E: ; I Ff ," TF1 ’. I 1 !E* ST EPS 4 1 RELL..SSD 7 PkLIF I RELI~E t
Algorithm for Surface of Translation Attached Radiators (A-STAR). Volume III. Computer Codes.
1982-05-01
SEGMENT ARRAYS* C2075 CCPMCN /83jTI 44DDFNPTNBAND C2080 COM MCN IBDT21 N’,RL.YR(831, yS(83)eYS1(82).XB1(82) C2085 COMMON /GOT?/ 14(82)PSVt .12).CVt82 C2090...i a.4 ZZaZ lti 12 )-ZCI CI 10 RH020 . XNXX +VV*VV*ZZ*ZZ 2’ REaS REINZ 4 A3mA IUC 49CEXPI-U*SK*ER R14.IP I RR 8 CEDGE(SOT j-E(OOE(CA IMPEOANCE ELEMENTS...FvAv.S~%Lt IAXpSIIs PINER) 57*f ?C ********* ************* i5?C COM ~PLEX SIFIPSON INTEGRATION RflUTINE.j7 i N E.x,!& pSvsIPK Il~~i Agj:;)2c.19v20 5ON
Shokri, Saeed; Soltani, Aiob; Kazemi, Mahsa; Sardari, Dariush; Mofrad, Farshid Babapoor
2015-01-01
In today's world, 2.45-GHz radio-frequency radiation (RFR) from industrial, scientific, medical, military and domestic applications is the main part of indoor-outdoor electromagnetic field exposure. Long-term effects of 2.45-GHz Wi-Fi radiation on male reproductive system was not known completely. Therefore, this study aimed to investigate the major cause of male infertility during short- and long-term exposure of Wi-Fi radiation. This is an animal experimental study, which was conducted in the Department of Anatomical Sciences, Faculty of Medicine, Zanjan University of Medical Sciences, Zanjan, IRAN, from June to August 2014. Three-month-old male Wistar rats (n=27) were exposed to the 2.45 GHz radiation in a chamber with two Wi-Fi antennas on opposite walls. Animals were divided into the three following groups: I. control group (n=9) including healthy animals without any exposure to the antenna, II. 1-hour group (n=9) exposed to the 2.45 GHz Wi-Fi radiation for 1 hour per day during two months and III.7-hour group (n=9) exposed to the 2.45 GHz Wi-Fi radiation for 7 hours per day during 2 months. Sperm parameters, caspase-3 concentrations, histomorphometric changes of testis in addition to the apoptotic indexes were evaluated in the exposed and control animals. Both 1-hour and 7-hour groups showed a decrease in sperm parameters in a time dependent pattern. In parallel, the number of apoptosis-positive cells and caspase-3 activity increased in the seminiferous tubules of exposed rats. The seminal vesicle weight reduced significantly in both1-hour or 7-hour groups in comparison to the control group. Regarding to the progressive privilege of 2.45 GHz wireless networks in our environment, we concluded that there should be a major concern regarding the timedependent exposure of whole-body to the higher frequencies of Wi-Fi networks existing in the vicinity of our living places.
Summary of Meteorological Observations, Surface (SMOS) for Diego Garcia
1989-04-01
01 ,L A L c acca , 0O 0O 0: 1- U 0I 0IDJ - cc C aj Go w Go )co 000) Goaaa a0 7 ,0, 0101 a,01 0 ’C a W I u ( 011 -.) U 0 mN 010 0 n00mmwonr -ma w...0 0 f 0 0’ al z I - -. 3 -:)~.~30 . f3 333 3 U.5 . a:-- - P t0 OP-fJU)L -C )0 I 7 ar r- OD’)’J. CID-0 C’~ 0~ OOO 00’I DC)C o c 4 0 O O O ’ Q- I tu...rnu0 - U. CZ. - 00 00 0 3 t0 tr- OD00 C3N rZ303 M A0 ’ O 0 0’ 0 C,0 ,0 ’A/ U.1 D I 3’ ’r10 0 0 0 O O ,n 0 1-U.iU DA 0- f G D0 0 r- GO010 rNl U f3 ~ .3
1982-03-01
75.9 .0072 3 76.8 82.7 . 0002 4 90.6 81.0 .7948 As can be seen, there is good agreement at Site 4, poor agreement at Site 2 and almost no agreement at...DNL(S) DNL(C) [20,550,352 76.8 24,080,790 82.7I Calculated Parameter Z 4.37IFrom Table 1 Parameter p .9999 Calculated Probability Equals 2 - 2 . 0002 ...C4 0261 0034 14CI 1.720 .270 6.3 S K135q CS 0261 0035 14CJ .861 .135 3.1 S KC-I )5A n21 0010 14E 3.180 .510 5.F KC-I5A 0?61 0002 104 .120 .020 .2 KC
1991-01-01
4 N3- 4 U n t -C 1.U.00 00L00 * 0Goa oCI LAdo .C000 4 G-4 00 -4 WW4 L.4000 0L o 30 U in0(Y) U, 0 -4-4-4-4-4.4CF 0 0M - 00 0 M f 044- (Dcu4 01 UI (U0...m rfin In in tri j3li I M) 1 16-1-4 N-4 - 00 enC 0 -4- m-N N N4-4- 1 - 4- - 4- -4 --4-4 4- dI 6) I I Im~ 1 4 1I -N 0 -4 CL 4 - 4 -0 ccw r-t- 1" w 0 m...4 -4NN4N4C UN4 uD U-1 -4- 4-IN .4- 4 O -4 1 0 K 1, () 4 0 C. l u ) i N4 0 -in 000 = - =D mN 31 Pi-.- -4 ENC - 0D K 0. 1 04t Km -0 1- .1 -0Cl 1- 0 1-0
Summary of Meteorological Observations, Surface (SMOS), Midway Island.
1984-08-01
8 1.7 415 !I _? .,8 1.3.. 35 1962 9 ’.2 32 l 9 t.o 27 1965 10 1.2 2 1062 10 1 z1 1*6?2 11 1 - 641 ’ .E 24 1971 12 ’.11 1 !97 12 100 77 19 __9 13 1... 1971 22 1. 4 72 19ev 22 2 0 < 53 1’$6 7_______ 23 *1 . 961 23 1.13 2 ; 1981 24 ". 1’ 5 46P 24 1.-4 42’ 1952 25 ’. 0 36 1i)79 26 l.’b %s 蚝 1 26 . 6...OBSERVATIONS) j2 7ŕ 74!:WAY !SLA. 73-R2 MAY SiUUlm iS&AYWI MUl Y IOUAI kALL WEATHEP IP MMW=N ( L.8.1 . SIf, UL S aiim MEAN INTS I13 4.6 7-10 1114 17.21
Military Standard: Human Engineering Design Criteria for Military Systems, Equipment and facilities
1989-03-14
10 oz.) 1.4 N (5oz.) 2.8 N ( 10 o0.) Maximum 26 mm (1 In.) 11 N (40 W 5.6 N (20 oz.) 23 N ( 80 oz.) DISPLACEMENT Fingertip Thwmb or Palm Minimum 2mm I64...DEPTH SEPARATION REUISTANCE MINIMUM 30mm 11mm 3mm mm 10 mm 1.7 N 1.11 6.) (7/16 .) (11# i.) (1/ .) (13/32 n .) (goal 75 am It mm 13 mm LI N 13 N0 W W3S...RADIUS LOAD SPECIFICATION L, LENTH 0, DIATEI 1 00 RP , mu in. - In. m In, m n , ,[T A INIMUM 25 1 10 3/8 38 l h 13 1/2
1990-01-01
000 00 4U I CON U4 a’ 2 3- ’- 001-- I M3 ON U4 4C 2 w w 002 CDZ Co QOUGI N U~s I 1- 1 * 0 0 2 0 000 00 < U 0 I ON U 00 2 I ZNS 0N0!0v)1.- 00000-1 Col...W of M- If’ H c -40oo04 0 0. -40 0C0 040 I Io 00 II M000M. 00 M000. 000 004M 0) 00- 000 L) IO coM 1 00 0044 f-4 in a*0) -4 0r14 - -G o I cON I l 0 0...Moo O I N ca fl00 0000 -. 0 0 0) 0U 00 0 0C) M Mj a l 4I0I ON I4 Wr 01-li N 0C-.J i -Nm-W)- r SIt2 I CON I ClI 4 0 M- I.0 1-1 1N O 01 41 39 1 IO ON
Freely Drifting Swallow Float Array: May 1987 Trip Report
1988-05-01
co’-4 v-4~ I00 I.U I6z oJy 2ZIWO Is Y)L Figur X.4x ca C)CD U) Lo Cc r(no _0 I IC VV ~.N L) Figue X. 4bD !K U.n a1 u iP K ( o 0) 1 1(: I.,L Il 4, U ch...La. Pw ~’(rh I y- El - tD Efp KL Cr) -- - If MaIKuOOPzlwO FigreXr)b. -~ jtn x4 a(I-~)WIo u- _0 c ca CO _ -4 I’a) Fic’uX15~ 4-0C es ~ -J-L p -S.7e -f-i
1989-05-01
Cohesion C M /LT 2 5 , D ynamic Time T T 5 "I Wave Speed P L/T7 IT Yield Strength F I/LT2 a I9 i spl acement D L 9 It Area A L2 10 T Permeability K L/T 11...by the square of the dynamic time scale factor (1/n), or I/n2 . The two scaling laws derived are summarized below. The subscripts m and p designate the...4-1(b) depicts the model pile groups and test gravity levels. InUd ~ cial’odel Piles a~ft -to Ri ght--49.3, 5.,3. ana g o d ’iaeIs~ M )uodel Pile
Deposition of InP-ON-Si Substrates for Monolithic Integration of Advanced Electronics
1991-04-19
efficiency, 3 low-cost solar cells , optoelectronic IC’s and GaAs IC’s on large-area Si substrates. Although much work has been done, the performance of the...1. Mesa Diode Fabrication A small piece was cut from the edge of the InP/InP solar cell ---;fr .12-1) I back contact was protected by photoresist. On...1~~~~ A,,).’,**** LLS - .* .’ ~*Ii* En - in - C *- -**0:; iU.)~ ILI Y a.E - CU CU tnJn ~c~C"+ m 00 -~4 CD J - -4i - - Ln cI- C2- El4 wi -r Lf
Naval Nuclear Arms Reduction - Fixing the US Navy’s Achilles’ Heel
1990-06-12
Kashin ( 4 1 3 6 ) 12 Kashin (4/36) 8 Kanin (2/16) 8 SAM Kotlin (2/16) N u c l e a r or Cony 3 K i e v ( 4 / 7 2 ) I Hod K i e v (4172) 2...8 SAM Kotlin (2/16) 3 K iev (4172) 1 Hod K iev (4172) 2 Moskva (4 /44) 7 Kara (4 /72) I0 K res ta I I (4 /72) 3+ K i r o v ( 1 2 / 9 6
Immunological Studies on Anti-Aids Drugs in ARC/AIDS
1993-11-01
l -0..q -9,.Qqio9t Vf -a.. I W0.* ;I~ hfl--nq0h e.l~t #’ ’* .’roP v7e.lV or’C. .w . 1. AGENCY USE ONLY (Leave W dnk) 2. REPORT OATE 3. REPORT TYPE AND...7.20 S-0 6 32.4 3..5 8 66.0 ŗ.37 -- - - - - - - - - - - - - - - ----- ---- ------------------- i I il I ~ ll li l ! ! ilI !Il PACE 1...NC HLA-OR* - * NC tic NP tC IL2r * C025 Nr ൮ NC ൣ L3*& L IND.HELP NC NC N. NC L311.S’ IND.SUPP NC NC NC NC L4*&L19 CTL +27 -27 NC NC U& L NC
1985-01-01
40 40 4000 1 O- 4 00 000 0 C 40 40 ca c 1- Q 4- - In In In o - In 0 co l. 40 l N N C)3 0 0N In In IN N I N I ’ D coca In4 Of4 I 4 W 4 W 1 NWWI. 4...1( n r- PP, - P - - - )0 00 awl-I qt0( Coo 0- -I41-- <- M (0 " 00000000mm) C 00 000 om- -1-4I I.NOI1)1) W1 ’. * * (0 .17 0000 -CM 0.3 0C4C - Coala Ow... coca r-. 4.-U, M LA4( 44( 0I NY NN4 NNic N N ( C) N (0" M (0 04o -44 3 4( 4 44 44 4d -C 4 33 4 -4(0 K m( -4 43l CK00 0) 00 00 0 0 0 00 0 0U 0)co C I
Weather-Crop Yield Relationships in Drought-Prone Countries of Sub-Saharan Africa Appendix.
1979-07-01
commi.- ar A- ::z X: r-’a L< < -t 18 Ei w 4N- nr) % 0I nMMC -D M% - 41 DMr ’ JCI a O0(1a -C, I m n0 e ) I Tr f Tf Ir n% nr - T )W )’ TrI’ rr nr 4)r)e...0.48 0.2 3.25 12.44 8.24 22.02 16.24 21.56 1.0 0.00 0.00 130 0.00 0.87 0.oo 1.24 -.62 12.1; 20.70 30.o3 15.64 13.07 1.64 0.03 131 0.00 0.00 0.20 ..33 7...0.00 I.q1 I.o0 5.:1 10.-6 :t.16 I .75 21.q3 10.41 0.55 0.00 130 0.00 0.00 0.16 0.00 >.16 14. 2-24 50.72 20.80 20.07 0.00 0.00 131 0.00 0.00 2.10 0.00
1991-01-01
Inini Of3 -0 .433 -4 -4.3 N .e4 -4 .42 U IZ ZZ Z Z Z * 090 m-l N 0 0 0.. .. NN .. . . O* 1* ........... 0 4 ~ o~ 00 Nu 00~ 0C.)0 U o 0 t - de 4c W...0) 0UEIO U1 44Ifc 00ə 0 0 Z Z 0 5 AlJ 4I U U 1O UC 1- 0 de -4 00 1- 0 0 -4 1- $.- I.- ccU:z :ON4 U) 2 w u 0 M.0 0L CL 00 C L < doU Om M~ - .0-4 U. de ...00 10U IO 0U W- (0 5 A -4 4- I.- 2 1 U I N ea I-41 0 OUESO :20 0 Ci 0K (0 0c 1- 4 fe U 0 N 1- 4- -00S - - 4 I-- w 4- 004- De U 2 I ON US 00 - co 0
Basic Aerospace Doctrine of the United States Air Force
1984-03-16
sue for peace. But commanders must anticipate the impact and potential of all attacks or support actions. Knowing the social and cultural makeup of an... AUTONY iAUTHYT Wi t I MW~BE OF XS -- - --- - ---- USAF If’ Figure 4-1. Command Structure. 4-3 Operational authority comes from the President through
1980-11-17
111 - rb’" /JI- D.1 F. 1A.’ E I IJ~Ei]JF J I -126- HAEC-92-138 0 cz-: 00 CA a +. 9 11 11 118 0 rA. a , +, +.~ ’ q y 1 wI ~ 3- An~ii .03 -. VDI . ’ -127...32 - 2048 10 MHz +5 v - - 32 1024 10 MUz +5 v - lb - 1024 25 MHz +.76 v 224 - - 256 500 kHz +5 v (TTL) - 32 32 256 250 kHz +28 v - 32 32 286 250
1987-01-01
00 (A0000 U, 00 LI> 00 00- 1.4 1 c0.1V . 840 00 <N "Nnn cj W N N5 N’ NN- N" N L I qC) 0 N N- NA N4 0ccAWO O 0 0 40 1-001 000- w 0 0t- 0 00 0 de wg oo...000 I u.4-4-4 96ONN a.0 9W4 "COMMNNNNNNNNNNO CL O2-4-400--(no 60’ I-I000 MII.X0.4 6-4000-4 004 U0 0000000000-44-0 0t00004 0004 00 01c 1- 1o de -~1- ~1...c0)N No C-14"ANO cC00)M 0 r-I -e ce’ NO CNr- I 00 IS NIN4 SN S-4NN 41.1- 00000a< 4 SN ON"’N4 SN 1->"- cc 000>J. ~ J.0 .- )-- >-. ’>,> 44 40 >-~ De
1981-06-01
Illinois Page 7 REV. E ACC"T iJ’ , T.-T AUDIT 4 tii~~fs~actor ~ L~~ 4~4’~NDate S "n M. I. M EC RORDRE -MARK 1 95 oh -- Pum Capacity iA 11994 12054 0...2 S.Z 14-. -l_ S. Z.11500 0 60(60-1851 500 515 5.3. At. el 170’f 8061-056 OnY) 1438 1-448 1; 45a ~~:1 462____ 5.4 Acca ? -6S5F 5.4.116400 40 .4595
1985-01-01
N 0 mC. m.( m( m0 C) (0 (0 (0 0 Nf.0 r. cNNr4NO (0 en (0 MSP (0 *50 -W (0 -1 0 0 0 0 NC) 000 0 "-4 0 I(( (0 (1 1) P7 L) (0 in 4. -.4-4 m -& (D U (0... acCA -4N NN CcC4c xC4 NN N4 10L 0 ( Z-4 -I 4N . ".. (0 N 1-.U -4 .4 co -lOI m a) a) mne M 0. N r. I0 I0 I 0- 0. nc c n CI C% 004 0 00 0 04 " "N . .0
1983-01-01
lit AT ORIANDO FORIDA ON 13 16 NOVEMBER l983NAIN (FCUSMNR 16)POGA N R AI DEPAR MENT OF DEFENSI WASH4INGTON DC I983HE’d fil-I’ 1 /7N i I I I ’fIliuit10...Vo 0 19611114 1 1 6 .... .* 1 ’ .2 I Hg ::~.: El - U4 - IllL# im* immmm m mm a ADA14 4 p j. E _ I I I I000< I I i i 1983 NATIONAL FUEL CELL SEMINAR...and Technology Committee, U. S. House of Representatives " Fuel Cell Activities if the USA 10:00 a.m. COFFEE BREAK 10:30 to 12:00 Noon SESSION 1 -B
NASA Technical Reports Server (NTRS)
Leventis, Nicholas; Rawashdeh, Abdel-Monen M.; Elder, Ian A.; Yang, Jinhua; Dass, Amala; Sotiriou-Leventis, Chariklia
2004-01-01
The title compounds (1 and 2, above) were synthesized by Sonogashira coupling reactions of appropriate Ru(1I) complexes with the electron a cceptors. Characterization was conducted in solution and in frozen ma trices. Finally, the title compounds were evaluated as dopants of sol-gel materials. It was found that the intramolecular quenching efficie ncy of 4-benzoyl-Nmethylpyridinium cation in solution depends on the solvent: photoluminescence is quenched completely in CH,CN, but not i n methanol or ethanol. On the other hand, intramolecular emission que nching by 4-benzyl-N-methyl viologen is complete in all solvents. The difference between the two quenchers is traced electrochemically to t he solvation of the 4-benzoyl-Nmethylpyridiniums by alcohol. In froze n matrices or adsorbed on the surfaces of silica aerogel, both Ru(I1) complex/electron acceptor dyads of this study are photoluminescent, and the absence of quenching has been traced to the environmental rigi dity. When doped aerogels are cooled at 77 K, the emission intensity increases by approximately 4x, and the spectra shift to the blue, analogous to what is observed with Ru(I1) complexes in solutions undergoi ng fluid-to-rigid transition. However, in contrast to frozen solution s, the luminescent moieties in the bulk of aerogels kept at low tempe ratures are still accessible to gas-phase quenchers diffusing through the mesopores, leading to more sensitive platforms for sensors than o ther room-temperature configurations. Thus the photoluminescence of o ur Ru(I1) complex dyads adsorbed on aerogel is quenchable by O2 both at room temperature and at 77 K. Furthermore, it was also found that O 2 modulates the photoluminescence of aerogels doped with 4-benzoyl -N -methylpyridinium-based dyads over a wider dynamic range compared wi th aerogels doped with either our vislogen-based dyads or with Ru(I1) tris(1,lO-phenanthroline) itself.
Quality of Care Indicators in the AMEDD (Army Medical Department)
1983-09-01
system is ’domn’ and f, the walk-in patiert as well as patie-ts who a-.’ seen outside the -alnUsing a diacnostic cluster techniq ;e which treatment...system to .1e connected to a word -rocessmng example. 20 diagnostic clusters acco~.nt for prograt" where:o the provider’s routine - edical 75. 2 .of...85 4’-85 48 10 X2 W IT7H ADMISSION HGB0O GMX OR HCT130% ’oo S 2 Wi’H POSOCPERA-;AE COMPLI)CATIOnN I C 3. 1 WITH REDUCELLOINDICES :.6 X W!TH PROGRESS
de Jong, Jeroen A F; Verkooijen, Helena M; Valk, Gerlof D; Zelissen, Pierre M J; de Keizer, Bart
2013-06-01
The objective of this study was to identify patient characteristics positively and independently associated with I-iodide treatment failure in a large cohort of patients with Graves hyperthyroidism treated with either a calculated "standard" activity of 3.7 MBq/mL (0.1 mCi) or 7.4 MBq/mL (0.2 mCi) of thyroid volume. Data on 385 consecutive patients were prospectively collected. Clinical treatment outcome up to 1 year in relation to thyroid volume, 5- and 24-hour I uptake, 5/24-hour I uptake ratio, and the administered activity of radioiodine were analyzed. Overall treatment results were hypothyroidism in 46%, euthyroidism in 29%, and recurrent hyperthyroidism in 26% of patients. Thyroid volume (P = 0.000), 5/24-hour uptake ratio (P = 0.000), and 5- and 24-hour uptake alone (respectively, P = 0.000 and P = 0.002) were significantly associated with therapy outcome. Patients with a combination of a thyroid volume greater than 50 mL and a 5/24-hour uptake ratio 0.8 or greater showed treatment failure in 70% and 42% (respectively, 3.7 MBq/mL, n = 20; and 7.4 MBq/mL, n = 41).Thyroid volume and 5/24-hour uptake ratio were positively and independently associated with recurrent hyperthyroidism (respectively, odds ratio [OR], 5.3; 95% confidence interval [CI], 2.39-11.76; and OR, 2.97; 95% CI, 1.59-5.59). Higher activities of 7.4 MBq/mL I were associated with a lower risk of treatment failure (OR, 0.34; 95% CI, 0.18-0.62). Large thyroid volumes and high 5/24-hour uptake ratios are positively and independently associated with recurrent hyperthyroidism following I therapy in Graves hyperthyroidism. Higher success rates can be achieved when account is taken of these poor prognostic factors. In consequence, these patients should be treated with activities greater than 7.4 MBq/mL.
Self-Reflecting Skew Polygons and Polytopes in the 4-Dimensional Hypercube.
1983-01-01
in a general position. Definition 1. We say that Lk is in general position provided that (1.7) the n x k matrix i11 has no vanishing minor of order k...monochromes (4.8) are parallel, a condition expressed by requiring that (4.9) the 4 x 2 matrix IA I has no vanishing minor of order 2 !i • I !.li -11- 6...8217 . every (ulu 2 ) we have (ul,u 2) e .M(, for some L and by Lemna 1 and (5.1) we conclude that for some 1 we have 1 3 either 0 < x , or else < x 1 • This
1994-03-04
WalerQC METHOD BANK 30104 79-0146 TRHICLOROE1Ifl.BEE(TE) 0.j U11.01 WalerQC UShODSBAIN 301 04W 79-0146 TRIILMOROBHYLBEE (TCE) IU 1101.. alerQC METHOD...OOUL1!ANE -SS 89 %IC WSWeQC METHOD BANK 3020(1400 22M 0-Si-S 2*OOCLOROBUTANE -SI 902 sm WalerQC METHOD BLANK 8020(1400 22M 0-365 1.4003C2LOROSUfANE...SS 920 %wI WmerQC METHMOD BANK 0102(1400 CH 10-56-5 I.OX4-D01OOSUANE -SI IisBc WaNer C METHOD BLANK 8100(1400 22 10-5&5 2.40 EHOROSUTANE -SI 92 IC
Biotechnology Workgroup for Department of Defense Soil and Groundwater Decontamination Application
1991-06-01
3 / 093AOO OA/0• 3 Des k4 00 "a 00 .E ýE C7 LL C Q m~ m (0 I-L J 0 ý 1 L 410 .~ -. 0I JII IUI III 11i I I . 1 . Il 918 7 ,6 15 14 13 121 Il ic- s N ý...4302, and to the Office of Managrnenti "n Budget. Papwervir fladucl~on Proled 4D704.011B8). Washington. DC 20503. 1 . AGENCY USE ONLY (Leasib4rnk) 2...transport to L sequester, and/or to remove contaminants from soil or water. SOIL ) 1 . SECURIITY CLASSIACA11ON IL S ECUISTY CLASSIR4CATkuN 19. SECURITY
JPRS Report, Soviet Union, Military Affairs.
1988-12-29
have a duty to him. [Letter from Nadezhda Nikolayevna Kuzmina , Lenin- gradskaya Oblast] I am raising three sons and the oldest will enter the army...JPRS-UMA-88-023 29 SEPTEMBER 1988 343036 JPRS 010 Soviet Union Military Affairs Wi& i DTK) QUALITY INSPECTED 1 ■v-yx&fJ’&yiCM 5#1fi^wiv«*’* i ?f...Domestic Service, 11 Sep 88] 21 Mobile Quadrant Antennas [Ye. Klinshov, G. Titov.TEKHNIKA I VOORUZHENIYE, Jun 88] 23 AIR FORCE, AIR DEFENSE FORCES
1985-01-01
444444. < MW 0 U 0. U <- OU cI- 0 < :412 8-4 M" I= Ul N >9 ? -4 cc0 a* N - 00 W(0 w.1 co. o U jNNc)InD9- i901I 00 0-4 <-4 Ufl." 20 > -4 ado 30 CI0 1... Porno .....) 4 : W&P 040( 0-I4 4004444 44040000004-44-40.44.44.44-44.44.--4-4.4.4-4.-44-4-4.40.44- I.- do I I a -’ ~ ~ N I , ICPN -440flOo r ntOO40 0-N
An Economic Model of Future Coal/Densified Refuse-Derived Fuel Use at Wright-Patterson AFB, Ohio.
1981-09-01
9118 21.5 18.7 27.0 7.5 21 Jul 7845 17.9 23.3 23.5 4.4 22 Jul 9345 18.3 22.2 18.2 15.2 23 Jul 7922 15.9 8.9 19.8 14.0 24 Jul 8177 21.3 18.7 21.2 16.5...40 0 P- 41 40 %0 Ch 0 .) 0 A0 $4 r. UU W - 4 C’f -W .1 H4 IV .r44 448 ot (a0 (’ e 4 0 r- :j 4.) r-f t- o: 0n to N .. IU) 4.1 41 N 1 *, tS% H-. to...4J . t 4) 9 1 4 4)0 Ch M oa 03 Ř A*r04 ’.10 U) o 0 tv 00 .A tn a Ln U1 J Sl:3 to LA 4)r- rz4IL~o-~’.4J $r- ’ 4) -I r. N4 o I~% r ’.~r-4 to * *l * 0
Brunschweiger, Andreas; Koch, Pierre; Schlenk, Miriam; Rafehi, Muhammad; Radjainia, Hamid; Küppers, Petra; Hinz, Sonja; Pineda, Felipe; Wiese, Michael; Hockemeyer, Jörg; Heer, Jag; Denonne, Frédéric; Müller, Christa E
2016-11-01
Multitarget approaches, i.e., addressing two or more targets simultaneously with a therapeutic agent, are hypothesized to offer additive therapeutic benefit for the treatment of neurodegenerative diseases. Validated targets for the treatment of Parkinson's disease are, among others, the A 2A adenosine receptor (AR) and the enzyme monoamine oxidase B (MAO-B). Additional blockade of brain A 1 ARs may also be beneficial. We recently described 8-benzyl-substituted tetrahydropyrazino[2,1-f]purinediones as a new lead structure for the development of such multi-target drugs. We have now designed a new series of tetrahydropyrazino[2,1-f]purinediones to extensively explore their structure-activity-relationships. Several compounds blocked human and rat A 1 and A 2A ARs at similar concentrations representing dual A 1 /A 2A antagonists with high selectivity versus the other AR subtypes. Among the best dual A 1 /A 2A AR antagonists were 8-(3-(4-chlorophenyl)propyl)-1,3-dimethyl-6,7,8,9-tetrahydropyrazino[2,1-f]purine-2,4(1H,3H)-dione (41, K i human A 1 : 65.5nM, A 2A : 230nM; K i rat A 1 : 352nM, A 2A : 316nM) and 1,3-dimethyl-8-((2-(thiophen-2-yl)thiazol-4-yl)methyl)-6,7,8,9-tetrahydropyrazino[2,1-f]purine-2,4(1H,3H)-dione (57, K i human A 1 : 642nM, A 2A : 203nM; K i rat A 1 : 166nM, A 2A : 121nM). Compound 57 was found to be well water-soluble (0.7mg/mL) at a physiological pH value of 7.4. One of the new compounds showed triple-target inhibition: (R)-1,3-dimethyl-8-(2,1,3,4-tetrahydronaphthalen-1-yl)-6,7,8,9-tetrahydropyrazino[2,1-f]purine-2,4(1H,3H)-dione (49) was about equipotent at A 1 and A 2A ARs and at MAO-B (K i human A 1 : 393nM, human A 2A : 595nM, IC 50 human MAO-B: 210nM) thus allowing future in vivo explorations of the intended multi-target approach. Copyright © 2016 Elsevier Ltd. All rights reserved.
1988-01-01
W WZma t *0r- 0n4 0a 0 00 o W O~ z 00( (04 (0 W-4 1(300 (3000 z40USr~cn70 acca (0 Z~n Zw zoo zovl0 ZNN""NNwIWO0-4 3.0( 400( .4.) ൰-4-403 000( 0...4-IN 0000 N 00aIN4-aN..o.0-0 0 a 8 MOM 1 -444.4-4400 .40.4 .4 .40100000-40000-480000000.4 0 WI O I00 F6 Go’t=s-r 0 - P. 3. P- f 0 0 ft 0 ft 0 w6ft 0 w...0.4(-0.4 r- 00 -0 0.4.40(0 4(0 r -~((4660t(006na"U)CF 4V蔾 0 D00L6 NNNNC) q 4 l 00:W r 4 00 (0000 I4 -00-4 -4 61L 4 -401 -4 f6 )0)00 00000"fl 4-0 L L
Study of the Microwave Response of Sea Ice
1991-12-01
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1982-09-01
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Lei, Xiao-Wu; Yue, Cheng-Yang; Zhao, Jian-Qiang; Han, Yong-Fang; Yang, Jiang-Tao; Meng, Rong-Rong; Gao, Chuan-Sheng; Ding, Hao; Wang, Chun-Yan; Chen, Wan-Dong; Hong, Mao-Chun
2015-11-16
With mixed transition-metal-complex, alkali-metal, or organic cations as structure-directing agents, a series of novel two-dimensional (2D) layered inorganic-organic hybrid iodoargentates, namely, Kx[TM(2,2-bipy)3]2Ag6I11 (TM = Mn (1), Fe (2), Co (3), Ni (4), Zn (5); x = 0.89-1) and [(Ni(2,2-bipy)3][H-2,2-bipy]Ag3I6 (6), have been solvothermally synthesized and structurally characterized. All the title compounds feature 2D microporous layers composed by [Ag3I7] secondary building units based on AgI4 tetrahedra. Differently, the [Ag3I7] trimers are directly interconnected via corner-sharing to form the 2D [Ag6I11](5-) layer in compounds 1-5, whereas two neighboring [Ag3I7] trimers are initially condensed into a hexameric [Ag6I12] ternary building unit as a new node, which further self-assembles, leading to the 2D [Ag6I10](4-) layer in compound 6. The UV-vis diffuse-reflectance measurements reveal that all the compounds possess proper semiconductor behaviors with tunable band gaps of 1.66-2.75 eV, which lead to highly efficient photocatalytic degradation activities over organic pollutants under visible light irradiation compared to that of N-dotted P25. Interestingly, all the samples feature distinct photodegradative speeds at the same reaction conditions, and compound 1 features the highest photocatalytic activity among the title phases. The luminescence properties, band structures, and thermal stabilities were also studied.