Emission of plasma waves by the earth's bow shock.
Spectrum of plasma wave emission by collisionless shock transition
Engineering topics
Publications and source records attributed to Tidman, D. A..
Spectrum of plasma wave emission by collisionless shock transition
Earth bow plasma shock wave model with ion wave instabilities as principal shock structure
Turbulent electrostatic shock in plasmas, discussing determination of structure by ion wave instabilities
Longitudinal electron plasma oscillations excited in solar coronal plasma as sources of slow and fast drift radio bursts
Anisotropic distributions of suprathermal electrons as explanation of observed line splitting for type II solar radio outburst and indirect determination of coronal magnetic fields
Interstellar plasma wave damping by relativistic suprathermal particles, noting magnetosonic and Alfven waves
Theoretical plasma studies for space physics application
Enhanced plasma fluctuations produced by suprathermal electron effect on emission and scattering of electromagnetic waves, noting analogy with corona plasma
Scattering of test particle by enhanced electric field fluctuations in plamsa containing nonthermal electrons
Enhanced bremsstrahlung from thermal plasmas containing nonthermal electrons
Type II solar radio outbursts from bremsstrahlung emitted from thermal plasma containing energetic electrons and excited by shock wave rising through corona
Damping of interstellar plasma waves by cosmic radiation fluxes due to suprathermal particles - Magnetosonic and Alfven waves
Radio emission from shock waves and type II SOLAR outbursts - solar radiation model
Amplitude dependent frequency and wave number shifts for nonlinear wave propagation in collisionless hot electron plasma, using perturbation expansion
Collective bremsstrahlung emission from plasmas containing energetic particle fluxes
Fokker-planck equation for test particle distribution of equilibrium plasma
Fokker-planck equation for test particle distribution in equilibrium plasma
Secular and nonsecular behavior for nonlinear cold electron plasma equations