Finite-beta resistive instabilities of magnetospheric tails.
Finite-beta resistive instabilities of magnetospheric tails analyzed by applying hydromagnetic equations
MAGNETOSPHERIC INSTABILITY↗
Engineering topics
Rosenbluth, M. N.
Publications and source records attributed to Rosenbluth, M. N..
High-frequency ''loss-cone'' flute instabilities inherent to two-component plasmas.
HF flute unstable oscillations occurring when low temperature plasma is added to high temperature one, finding frequency and growth rate are of order of cyclotron harmonic frequency
MAGNETIC FIELD↗
Theoretical studies of space plasmas Summary report, 3 May 1965 - 1 May 1966
Synchrotron radiation, ionospheric currents, auroral bombardment, and plasma instabilities
IONOSPHERIC CURRENT↗
Finite-beta resistive instabilities of magnetospheric tails
Finite beta resistive plasma instabilities of magnetospheric tails - hydromagnetic equations
MAGNETOSPHERE↗
Corrections and additions to the paper entitled ''On the interchange stability of the Van Allen belt.''
Approximation error on interchange stability of Van Allen belt corrected
MAGNETOHYDRODYNAMIC STABILITY↗
On the interchange stability of the van allen belt.
Interchange stability of Van Allen belt studied in electrostatic approximation, using stabilizing and destabilizing current
VAN ALLEN BELT↗
Theoretical study of space plasmas Final report, 16 Feb. 1964 - 15 Mar. 1965
Interchange stability of Van Allen belt - Effect of resonant magnetic moment violation on trapped particles - Exact solution of universal instability
GEOMAGNETICALLY TRAPPED PARTICLE↗
On the interchange stability of the Van Allen belt
Interchange stability of Van Allen belt in electrostatic approximation
RADIATION BELT↗
High-frequency ''loss-cone'' flute instabilities inherent to two-component plasmas
High frequency flute-type unstable oscillations in two-component plasmas - frequency and growth rates related to cyclotron harmonic frequency
PLASMA INSTABILITY↗
NEUTRALIZATION OF ION BEAMS
Space charge neutralization for ion beam propulsion system based on time-independent solutions of relevant equations that predict large positive space charge
ION BEAM↗