A method of obtaining some exact /nonlinear/ solutions of the Boltzmann-Vlasov equations
Method for obtaining exact, nonlinear, steady state solutions of collisionless Boltzmann- Vlasov equations for cylindrical and spherical diodes
Seitz, R. N.↗
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Linear and nonlinear theory of grid excitation of low frequency waves in a plasma
Steady state excitation by electron tube grids in collisionless plasma of low frequency waves with linear and nonlinear theory
Johnston, G. L.↗
Gravitational experiments with a cylindrical galaxy.
Collisionless computer model performing gravitational experiments with two dimensional galaxy
Hockney, R. W.↗
Computer solutions of the gravitational n-body problem.
Computer study of collisionless self gravitating system using two dimensional model, obtaining gravitational field by solving Poisson equation
Hohl, F.↗
Magnetic turbulence in shocks.
Collisionless shock waves in high beta plasmas and in cold plasmas
Kennel, C. F.↗
Minimum energy property of a bounded one- dimensional plasma.
Dynamics, stability and approach to equilibrium of bounded one dimensional collisionless plasma representing minimum energy states with nonlinear Vlasov equation solutions
Hohl, F.↗
Current-voltage characteristics of an electron- emitting satellite in the ionosphere.
I-V characteristics of electron emitting satellite in ionosphere, analyzing spherical Langmuir probe in collisionless plasma in magnetic field
Linson, L. M.↗
Langmuir probe response in a turbulent plasma.
Collisionless cylindrical Langmuir probe response in turbulent plasma for mean and statistical properties
Peterson, E. W.↗
Noise spectrum received by an antenna in a plasma.
Antenna noise spectrum in collisionless isotropic plasma, considering plasma fluctuation theory and reciprocity theorem
Fejer, J. A.↗
On the structure of the boundary layer separating a neutral anisotropic plasma from a magnetic field.
Boundary layer separating collisionless plasma from one dimensional magnetic field for anisotropic particle velocity distribution functions, preserving charge neutrality in boundary layer
Cohen, I. M.↗
A guiding centre Vlasov equation and its application to Alfven waves.
Guiding center Vlasov equation derived dielectric tensor of collisionless plasma, obtaining dispersion relation of Alfven waves in warm plasma
Fejer, J. A.↗
Absolute and convective microinstabilities of a magnetized plasma
Absolute and convective microinstabilities of hot, fully ionized, collisionless magnetized plasma
Callen, J. D.↗
The one-dimensional time-dependent interaction of a satellite with the ionospheric plasma
Numerical solution for one dimensional, time dependent problem of collisionless plasma impinging on flat conducting plate
Sheldon, J. W.↗
Neutral particle flux measurements in a plasma wind tunnel
Neutral particle flux measurements in plasma wind tunnel using BeCu detector, discussing role in collisionless flow dissipation processes
Jonkman, R. M.↗
Nonlinear Vlasov plasmas - Initial value problem and response to an external field
Numerical solution of nonlinear Vlasov equation for collisionless plasma problems, discussing initial value problems, external electric fields, magnetic fields, etc
Montgomery, D.↗
Alfven wave damping from finite gyroradius coupling to the ion acoustic mode
Alfven shear waves collisionless damping from finite Larmor radius coupling to ion acoustic mode, observing longitudinal electric field existence
Stefant, R. J.↗
Stellar hydrodynamic equations for a thin disk galaxy
Stellar hydrodynamic equations for thin disk galaxy derived from collisionless Boltzmann equation moments
Hunter, C.↗
Interplanetary shock waves. II
Interplanetary shock waves layer formation in collisionless medium, using bulk transport parameters for dissipation requirement
Sonett, C. P.↗