The electrostatic energy per degree of freedom of a two-temperature plasma.
Electrostatic energy per degree of freedom of two-temperature plasma examined for validity of resonant approximations in ion wave region
PLASMA WAVE↗
Engineering topics
Primack, J. R.
Publications and source records attributed to Primack, J. R..
Analysis and application of the dielectric constant of a two-temperature plasma
Analysis of ionized plasmas in which electron temperature exceeds ion temperature
ELECTRON TEMPERATURE↗
Single-particle calculations in nuclear fission.
Effective mass in nuclear deformational Hamiltonian calculated by asymptotic approximation method which is two orders of magnitude better than liquid drop model
HAMILTONIAN↗
Analysis of the dielectric constant of a two- temperature plasma.
Dielectric constant of homogeneous fully ionized two-temperature plasma for determining conditions under which ion waves can be found
DIELECTRIC CONSTANT↗
High frequency conductivity calculation using the plasma kinetic equation.
Homogeneous, fully ionized plasma HF conductivity computed using kinetic equation, showing application to two-temperature plasma
IONIZED GAS↗
Collision-induced high frequency instability in a fully ionized plasma.
Damping of high frequency waves in homogeneous fully ionized plasma with relative electron-ion drift calculated, using fokker-planck kinetic equation
PLASMA WAVE↗
Temperature relaxation in a fully ionized plasma.
Anisotropic ion or electron temperature relaxation times to isotropy and to equilibrium calculated, using plasma kinetic equation including dynamic shielding
PLASMA TEMPERATURE↗