A study of electrodynamics of moving media
Minkowski theory of electrodynamics of moving media
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Minkowski theory of electrodynamics of moving media
Electrodynamics in presence of moving matter, considering models of minkowski, of chu and of boffi, based on method of motional flux
Minkowski theory of electrodynamics of moving media in three-dimensional form
Introduction to quantum electrodynamics
Electrodynamics of moving anisotropic media with velocities small compared to light, emphasizing plane wave propagation in drifting magnetoionic plasma
Electrodynamics of moving media - Minkowski covariant formulation - Radiation due to oscillating dipole in vacuum - Field of moving charge in bounded region and Cerenkov radiation
Torques, gravity-gradient force, and Coulomb drag due to electrodynamic interactions calculated for 750-foot extensible boom antenna for Radio Astronomy Explorer
Mathematical transfer function derivation for electrodynamic vibration exciter
Electrodynamics of moving media - Maxwells and wave equations, propagation in waveguides, and electric and magnetic line sources located over semiinfinite moving half-space
Electrodynamics of interaction between solar plasma flow and magnetosphere producing geomagnetic storms
Electrodynamics of moving media
Electrodynamic jump conditions and momentum-energy laws at arbitrary moving boundary derived three- dimensionally
Relativistic electrodynamics of moving medium, discussing Maxwell-Minkowski equations, Born equations, field vector transformations, etc
Electrodynamic boundary conditions at moving boundary, determining fields in interior of semiinfinite fixed channel
Electrodynamics of media, emphasizing obtaining expressions for macroscopic force density distribution
Interaction of glow front in electrodynamic shock tube with transverse magnetic field
Relativistic electrodynamics of moving medium, discussing Maxwell-Minkowski equations, Born equations, field vector transformations, etc