Laboratory and near-earth space plasma as a key to the plasma universe

Details Laboratory and near-earth space plasma as a key to the plasma universe Laboratory and near-earth space plasma as a key to the plasma universe

Jun 1987

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1987plsc.conf....1f&link_type=abstract

Presented at IEEE Interntional Conference on Plasma Science, Arlington, Va., 1-3 Jun. 1987

Physics

Plasma Physics

Earth Magnetosphere, Plasma Dynamics, Plasma Interactions, Plasma Physics, Universe, Antimatter, Critical Velocity, Electric Fields, Energy Dissipation, Magnetic Fields, Neutral Gases, Particle Acceleration, Plasma Currents, Thermodynamic Coupling

Scientific paper

It is argued that experiments in the laboratory and in situ measurements in space represent an essential key to reliable understanding of the plasma Universe. This is illustrated by discussing fundamental electrophysical aspects of matter in the plasma state. Conduction of electric current; magnetic-field aligned electric fields; acceleration of charged particles to high energy; coupling between magnetic field and the motion of matter; rapid release of magnetically stored energy; chemical separation; and critical-velocity interaction between plasma and neutral gas are considered.

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