The identification of moving magnetic field lines
Moving magnetic field line identification
Birmingham, T. J.↗
Engineering topics
Birmingham, T. J.
Publications and source records attributed to Birmingham, T. J..
Charged particle energization by an arbitrarily moving magnet.
Bounce averaged rate of kinetic energy change of trapped charged particles in magnetic and electric fields, using second adiabatic theory
Birmingham, T. J.↗
Charged particle diffusion by violation of the third adiabatic invariant.
Equation describing statistically trapped particle motion under influence of fields varying in time and space
Birmingham, T. J.↗
Charged particle diffusion by violation of the third adiabatic invariant.
Equation describing statistically trapped particle motion under influence of fields varying in time and space
Birmingham, T. J.↗
Charged particle energization by an arbitrarily moving magnet
Charged particle energization by arbitrarily moving magnet
MAGNETIC FIELD↗
Line splitting of plasma radiation and solar radio outbursts.
Anisotropic distributions of suprathermal electrons as explanation of observed line splitting for type II solar radio outburst and indirect determination of coronal magnetic fields
SOLAR RADIO BURST↗
The contribution of electron-electron collisions to the emission of bremsstrahlung by a plasma
Electron-electron collision contribution to bremsstrahlung emission from plasma
MATHEMATICAL MODEL↗