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AbstractAbstract
[en] New developments in diagnostics are yielding a much more detailed picture of stochastic processes in plasmas than was previously possible. To date, the actual velocity distribution functions as well as preliminary data on spatial diffusion have been obtained. This should enable the trajectories of the particles in phase-space to be constructed, so that matches between calculations and experiments may be carried out. A further, major step will consist in measuring the self-consistent field strengths, with space and time resolution matching that of the particle property measurements. It is conceptually possible to extend the diagnostic methods in this direction, and thus obtain a complete experimental description of strong field-particle interactions. (author) 3 figs., 11 refs
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Dec 1988; 15 p
Record Type
Report
Literature Type
Numerical Data
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ALFVEN WAVES, ARGON, BERNSTEIN MODE, DIFFUSION, DISTURBANCES, DYNAMICS, ELECTROMAGNETIC FIELDS, ELECTRON TEMPERATURE, EXCITATION, EXPERIMENTAL DATA, FLUCTUATIONS, FLUORESCENCE, GAUSS FUNCTION, ION TEMPERATURE, ION WAVES, KINETICS, LANGMUIR PROBE, LASERS, PARTICLE INTERACTIONS, PHASE SPACE, PLASMA, PLASMA PRESSURE, STOCHASTIC PROCESSES
AMPLIFIERS, DATA, ELECTRIC PROBES, ELEMENTS, EMISSION, ENERGY-LEVEL TRANSITIONS, EQUIPMENT, FUNCTIONS, HYDROMAGNETIC WAVES, INFORMATION, INTERACTIONS, LUMINESCENCE, MATHEMATICAL SPACE, MECHANICS, NONMETALS, NUMERICAL DATA, OSCILLATION MODES, PHOTON EMISSION, PLASMA WAVES, PROBES, RARE GASES, SPACE, VARIATIONS
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