Some properties of corpuscular streams from the chromospheric flares
Properties of solar corpuscular streams from chromospheric flares
SOLAR COSMIC RAY↗
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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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The velocity of corpuscular streams in the solar corona based on observations of solar radio emission <o skorosti potokov chastits v solnechnoy korone po nablyudeniyam radioizlucheniya solntsa<
Velocity measurement of corpuscular streams in solar corona by solar radio emission
RADIO EMISSION↗
Interaction of a streaming plasma with the magnetic field of a two-dimensional dipole.
Two-dimensional magnetic dipole interaction with hypersonic plasma stream
MAGNETIC DIPOLE↗
Theory of streaming of cosmic rays and the diurnal variation.
Charged particle motion in magnetic field investigated to understand net streaming of cosmic rays through interplanetary space leading to diurnal variation
PARTICLE MOTION↗
Probe measures characteristics of hot gas stream
Shielded, tubular flow calorimeter operated by valve position measures characteristics of a hot gas stream of unknown composition. Measurements of mass flow density and total heat content per unit mass, total heat content per unit mass only, and pitot pressure are made.
Source record↗
Whistler mode and ionized stream interactions
Ionized stream cyclotron waves reflected as whistler modes - mode transformation
WHISTLER↗
Pathogenesis of hemodynamic disorders after exposure to a supersonic air stream
Changes in cardiovascular and nervous systems after exposure to air stream at supersonic speed
NERVOUS SYSTEM↗
Measurement of pressures and heat transfer by fm telemetry from free-flying models in hypersonic tunnel streams
Pressure and heat transfer of models in free flight in hypersonic tunnel streams
HEAT TRANSFER↗
Magnetohydrodynamic boundary layer between parallel streams of different magnetic fields and temperatures
Free laminar boundary layer flow between parallel streams of different magnetic fields and temperatures for incompressible, viscous, thermal, and electric conducting fluids
BOUNDARY LAYER FLOW↗
Corpuscular streams related to solar m-regions
Corpuscular streams related to solar M-regions - recurrent geomagnetic disturbances during decline phase of sunspot cycle
SUNSPOT CYCLE↗
Determination of design meteoroid mass for a sporadic and stream meteoroid environment
Determination of design meteoroid mass for sporadic and stream meteoroid environment
MASS DISTRIBUTION↗
Corpuscular Streams Related to Solar M-regions
Corpuscular streams related to solar M-regions
SOLAR COSMIC RAY↗
Radial heat transfer from a plasma stream
Radial heat transfer from helium, argon, and nitrogen plasma streams
HEAT TRANSFER↗
Variations of cosmic ray intensity during the period when the earth is captured by corpus- cular streams carrying homogeneous and inhomo- geneous frozen magnetic fields
Calculations of intensity variations of neutron and meson components of cosmic rays for capture of earth in stream with homogeneous frozen magnetic field
EARTH↗
Anistropy of cosmic rays caused by the electric field of a corpuscular stream
Energy spectrum of anisotropy of cosmic rays caused by electric field of corpuscular stream
ENERGY SPECTRUM↗
A-c travelling wave magnetic field-plasma stream interactions in the charge exchange regime.
Alternating current traveling wave magnetic field and plasma stream interaction in charge exchange regime
TRAVELING WAVE↗
Some properties of the two-stream instability at large amplitudes.
Vlasov equation integration, examining two stream instability at large amplitudes for electrons moving through ions
PLASMA STABILITY↗
The motion of gaseous streams in the binary system.
Jacobian constants and angular momentum of colliding particles of gaseous streams in close binary stellar system
STELLAR MASS EJECTION↗