Collective processes and shock waves in a rarefied plasma
Approximation methods applied to collective processes, plasma-particle interaction, and shock waves in rarefied plasma
SHOCK WAVE↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Neutrinos in astrophysics.
Neutrino processes in stellar evolution, discussing pair annihilation, plasma, photoneutrino, URCA, bremsstrahlung, photo-beta, photon-photon and electron-electron bremsstrahlung processes
PHOTON-ELECTRON INTERACTION↗
Stability limits for longitudinal waves in ion beam-plasma interaction
Stability limits for longitudinal waves in ion beam-plasma interaction
LONGITUDINAL WAVE↗
Solar wind and its interaction with the magnetosphere.
Solar wind properties from space probe data noting interaction with Earth magnetosphere
SOLAR WIND↗
Hydromagnetic whistlers.
Hydromagnetic whistlers considered as overlapping wavetrains generated by particle interaction and propagating along field aligned paths in magnetosphere
PLASMA-PARTICLE INTERACTION↗
The distant geomagnetic field. IV - Microstructure of a disordered hydromagnetic medium in the collisionless limit.
Microstructure of disordered hydromagnetic medium in collisionless limit
MAGNETOPAUSE↗
Pair collisions of metastable helium atoms in the plasma <parnyye stolknoveniya metastabil'nykh atomov geliya v plazme<
Pair collisions of metastable helium atoms in plasma
PLASMA-PARTICLE INTERACTION↗
The interaction of charged particles with a turbulent plasma <o vzaimodeystvii zaryazhennykh chastits s turbulentnoy plazmoy<
Charged particles interaction with turbulent plasma
PLASMA-PARTICLE INTERACTION↗
Inelastic atomic collisions in plasmas.
Excitation and ionization collision parameters in plasmas involving electrons, atoms and ions at thermal energies
THERMAL PLASMA↗
Fields produced by a current source in a partly ionized gas.
Equations for plasma waves produced by arbitrary current source in partly ionized gas with no steady magnetic field
WAVE EQUATION↗
Random microscopic magnetic fields in a plasma.
Random plasma magnetic fields caused by electrons coming closer to plasma atom than mean interelectron distance and by electrons that pass at or beyond this distance
PLASMA-PARTICLE INTERACTION↗
Behavior of an electric arc with superimposed axial flow.
Arc model describing symptomatic behavior of fluctuating mode when axial gas flow is superimposed on electric arc
ELECTRIC ARC↗
Time history of the magnetospheric cavity
Laboratory scale model simulation of effect of solar wind on magnetosphere by propelling plasma stream into dipole magnetic field - time history of magnetospheric cavity
TIME FUNCTION↗
Collisional interactions of energetic test electrons with a plasma
Collision interaction of energetic test electrons with plasma - expressions for energy loss rate and distribution of losses
ELECTRON COLLISION↗
A measurement of energetic test electron interactions with a plasma
Interaction of energetic test electrons with dense high temperature plasma and energy dissipation distribution
PLASMA-PARTICLE INTERACTION↗
The relationship between high-energy particles in space and the solar plasma
Mariner II investigations of relationship between high energy particles in space and solar plasma
MARINER II SPACE PROBE↗
Scattering of a test-particle by enhanced plasma fluctuations.
Scattering of test particle by enhanced electric field fluctuations in plamsa containing nonthermal electrons
WAVE SCATTERING↗
Gaseous electronics
Measured time-dependent electron velocity in weakly ionized plasma compared with theoretical model using Boltzmann equation
ELECTRON ENERGY↗