... Descriptors : (*ACCELERATION TOLERANCE, *SPACE FLIGHT), (*SIMULATORS, SPACE FLIGHT), (*CORIOLIS EFFECT, SPACE FLIGHT ...
DTIC Science & Technology
... EFFECTS OF EXTREMELY HIGH "G" ACCELERATION FORCES ON NASA'S CONTROL AND SPACE EXPOSED TOMATO SEEDS .. ...
The results of various calculations pertaining to the linear accelerator are summarized. Space charge effects are ignored. (W.D.M.)
Energy Citations Database
... Descriptors : *HEMATOPOIETIC SYSTEM, *RADIATION EFFECTS, *ACCELERATION TOLERANCE, SPACE ENVIRONMENTS, BONE MARROW ...
... of the space environments of ozone, solar radiation, nuclear radiation, acceleration, temperature, and altitude. Apparent physical damage and the ...
The effect of nonlinear ion space charge forces on the ion beam parameters of the heavy ion collective accelerator is considered. It is shown that the effect of space charge forces of ions accumulated in the electron ring leads to increasing the transvers...
National Technical Information Service (NTIS)
Contents: effects of radiation, acceleration, and vibration on the central nervous system; effects of radial accelerations on the venous blood flow in the vessels of rabbit brains; effects of prolonged accelerations on the growth of the organism and the f...
The space-charge forces acting on electrons in a traveling wave linear accelerator are evaluated by correlating the electric field formed by the electron cluster spacecharge and the accelerating electromagnetic wave electric field. (R.V.J.)
Equations for dynamics without space charge are presented. The dynamic equations are reviewed and new equations for particle dynamics are presented. The two phenomena limiting accelerated current in a proton linear accelerator are reviewed. Beam loading, ...
The response of a miniature electrostatic accelerometer (MESA) to the structural vibrations of a space vehicle (SV) is determined analytically. Knowledge of these vibration-induced accelerations will be used to interpret the total MESA accelerations that ...
An algorithm has been developed to compute particle tracking, including self-consistent space charge effects for synchrotron accelerators. In low-energy synchrotrons space charge plays a central role in enhancing emittance of the beam. The space charge ef...
Research on acceleration (G), such as experienced in aircraft and space vehicles, is reviewed in terms of effects on human performance capabilities. Almost all such research has been conducted on human centrifuges, with the the inertial force vectors in t...
Laser particle acceleration (LPA) involves the acceleration of particle beams by electromagnetic waves with relatively short wavelength compared with conventional radio-frequency systems. These short length scales raise the question whether space charge effects may be a limiting factor in LPA performance. This is ...
The effect of space charge forces on a small emittance beam shaping from the intense ion ring beam of the collective accelerator is considered. It is shown that the linear part of space charge forces could be compensated by changing parameters of forming ...
... Title : Real-Time Space and Nuclear Effects on Solar Cells (Accelerated Evaluation Methods). Descriptive Note : Interim technical rept. ...
Particle acceleration and the accompanying radiation belt depletion are studied theoretically. The effect of stochastic particle acceleration on a distribution of electrons is studied using a finite element method, combined with resonance overlap techniqu...
Practical aviation and space travel involves the possible action of shock accelerations on human beings. The effect of these accelerations on human beings is being subjected to thorough investigation at present L-3. Research in this field is being conduct...
