Role conductivity in hydromagnetic stability of parallel flows
Electrical conductivity in magnetohydrodynamic channel flow stability with parellel magnetic field examined by numerical solution of disturbance equations
CHANNEL FLOW↗
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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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Hydromagnetic flow around the magnetosphere
Magnetohydrodynamic flow model for interaction of solar wind and geomagnetic field
MAGNETOHYDRODYNAMICS↗
Intra- and interhemisphere differences in occurrence times of hydromagnetic emissions.
Differences in MHD emission occurrence times, considering ionospheric penetration propagation toward equator and error sources
FIELD EMISSION↗
Hydromagnetic flow around the magnetosphere.
MHD equations applied to hypersonic flow of solar plasma around magnetosphere and approximation with simpler equations of gas dynamics
MAGNETOSPHERE↗
Validity of the hydromagnetic approach in discussing instability of the magnetospheric boundary.
MHD model of interface between solar wind and geomagnetic field on Earth tail, showing existence of unstable waves
GEOMAGNETIC FIELD↗
Hydromagnetic waves - Theory and applications Scientific report
Magnetohydrodynamic wave influence on various physical phenomena
IONOSPHERE↗
Resonantly unstable off-angle hydromagnetic waves.
Cyclotron resonance instability of ion cyclotron and magnetosonic waves propagating at angle to magnetic field in infinite uniform plasma
MAGNETOSONIC RESONANCE↗
Hydromagnetic shock waves and their infrared emission in H I regions.
Shock wave structure in H I taking into account magnetic fields and radiative losses to evaluate IR intensities due to various cooling transitions
Aannestad, P. A.↗
Hydromagnetic shocks in the solar wind
Rankine-Hugoniot relations applied to shock discontinuities measured by magnetic field and plasma instruments on Explorer 34
Burlaga, L. F.↗
Hydromagnetic observations in the solar wind
Plasma experiments on Explorer 34 satellite to study fluid properties of solar wind
Burlaga, L. F.↗
Hydromagnetic plasma acceleration by rapidly rotating astrophysical objects.
Plasma acceleration away from rotating magnetized astrophysical objects analyzed and applied to pulsar NP 0532 for magnetic moment and mass loss rate calculations
Michel, F. C.↗
Hydromagnetic shocks in the solar wind.
Shock discontinuities in solar wind measured by magnetic field and plasma instruments on Explorer 34, applying Rankine-Hugoniot relations
Burlaga, L. F.↗
Hydromagnetic aspects of solar wind flow past the moon
Solar wind interaction with moon, constructing mathematical model based on MHD equations and Explorer 35 data
Marsh, M. C.↗
Application of the density-wave theory to the spiral structure of the Milky Way system. III - Magnetic field - Large-scale hydromagnetic shock formation
Large scale magnetic field and spiral shock pattern of Galaxy, using density-wave theory
Roberts, W. W., Jr.↗
Hydromagnetic wave resonances in the magnetosphere
Diagnostic analysis of magnetosphere based on resonating regions of plasmasphere, outer magnetosphere, and magnetospheric tail
Patel, V. L.↗
Feedback stabilization of hydromagnetic continua - Review and prospects
MHD continua z-theta pinch stabilization, discussing analytical models for determining feedback spatial and temporal resolution
Melcher, J. R.↗
The dynamics of hydromagnetic bubbles and double radio sources
Bubble of energetic charged particles embedded in interstellar or intergalactic magnetic field and in gas, discussing dynamic effects on radio astronomy observation
Levy, E. H.↗
A proposal to continue studying low frequency hydromagnetic waves using ATS-1 data
Correlation between frequency of magnetic oscillations and geomagnetic disturbances, and low frequency oscillation of earth magnetic field
Cummings, W. D.↗