WAKE OF A CHARGED PROLATE SPHERIOD AT ANGLE OF ATTACK IN RAREFIED PLASMA
Rarefied gas dynamics - wake of conducting prolate spheroid in magnet-free rarefied plasma
RAREFIED GAS DYNAMICS↗
SEARCH · Engineering Papers
Results for “RAREFIED PLASMA”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
ON THE CURRENT COLLECTED BY A CHARGED CIRCULAR CYLINDER IMMERSED IN A TWO-DIMENSIONAL RAREFIED PLASMA STREAM
Rarefied gas dynamics - techniques for local charged particle density and temperature measurement in flowing plasma streams
RAREFIED GAS DYNAMICS↗
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↗
THE MAGNETIC FIELD OF A LINE CURRENT IN A TRANSVERSE RAREFIED PLASMA STREAM
Magnetic field of line current in transverse rarefied plasma stream
MAGNETIC FIELD↗
Turbulence in a rarefied plasma.
Damping coefficient of stationary homogeneous turbulence in rarefied plasma by determination of electric energy decay
Tchen, C. M.↗
Near wake of the rarefied plasma flows at mesothermal speeds.
Plasma interaction between negatively charged body and tenuous plasma stream, discussing near wake of rarefied plasma flows at mesothermal speeds
Jew, H.↗
On the electrodynamic wake in a rarefied plasma.
Self-consistent distribution theory of charged particles and electric potential in wake of conducting body moving rapidly in rarefied plasma
CHARGED PARTICLE↗
Far-wake structure in rarefied plasma flows past charged bodies
Far wake asymptotic structure in rarefied plasma flow past charged bodies
Lam, S. H.↗
Interaction of rarefied plasma fluxes with the magnetic fields of cosmic objects <o vzaimodeystvii potokov razrezhennoy plazmy s magnitnymi polyami kosmicheskikh obyektov<
Interaction of rarefied plasma fluxes with magnetic fields of cosmic objects
MAGNETIC FIELD↗
A discrete model of matter in the problem of rarefied plasma flowing past solids <diskretnaya model' veshchestva v zadache obtekaniya tel razrezhennoy plazmoy<
Self-consistent electric potential around axisymmetric body in stationary flow of rarefied plasma
SELF-CONSISTENT FIELD /SCF/↗
Electric potentials, forces, and torques on bodies moving through rarefied plasmas.
Electrodynamic forces and torques on charged bodies moving through rarefied and partially ionized earth magnetosphere and upper atmosphere
PARTICLE MOTION↗
Turbulence in a rarefied plasma
Theory for damping process in turbulent plasma, nonlinear Landau damping, correlated from Vlasov-Poisson equations
RAREFIED PLASMA↗
Boundary layer studies in rarefied plasma flows.
Boundary layer in nozzle of arc-heated wind tunnel, obtaining velocity, temperature and density profiles
ARC HEATING↗
Electric potentials, forces and torques on bodies moving through rarefied plasmas.
Electrodynamic forces and torques on charged Echo II moving through rarefied ionized upper atmosphere and magnetic field of Earth
SATELLITE PERTURBATION↗
Hydrodynamic description of a strongly- rarefied plasma
Hydrodynamic equations to describe collisionless plasma
MOTION EQUATION↗
Electrostatic effects induced by the motion of a rarefied plasma in a nonuniform magnetic field ob elektrostaticheskikh effektakh pri dvizhenii razrezhennoy plazmy v neodnorodnom magnitnom pole
Explore the source record for details and available documents.
Sigov, Yu. S.↗
Apparatus for calibration of on-board instruments and laboratory modelling of rarefied plasma flows past models
Problems of laboratory simulation of artificial earth satellite flight conditions in the ionosphere are examined, and a setup capable of reproducing the basic parameters of ion flows (with energies of 5-10 eV, energy spectrum width approximately 2x5 eV, and an intensity of 10 to the minus 8th power a/cm/2) past measurement instruments and satellite models is described. Possibilities for further improvement of the apparatus are discussed.
Yevlanov, Y. N.↗
Bifurcating families of periodic traveling waves in rarefied plasmas
A necessary condition for the existence of undamped spatially periodic traveling waves near spatially uniform equilibria is derived. When the necessary condition is satisfied, a bifurcation analysis of Berstein-Greene-Kruskal modes is used to construct branches of such waves with wavelength equal to the fundamental wavelength. Expansions of the bifurcating potential for these waves are derived, and the reconstruction of the distribution function is discussed.
Holloway, James Paul↗