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Kinematics in Inertial Axes
Dynamics in Inertial Axes
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acceleration angle application arbitrary assume body boundary conditions Cerenkov effect charge density Christoffel symbols clock conductor constant constitutive equations contravariant components cose covariant components current density defined derived dipole discussed Doppler dyadic Einstein electric field electromagnetic tensor electromagnetic waves electron energy evaluate example expression first-order force four-vector four-velocity Fourier frequency function given gives grad gravitational field hence incident field incident wave induction inertial frame laboratory frame Lorentz transformation magnetic field Maxwell's equations medium metric tensor mirror momentum motion moving dielectric moving with velocity observer obtained parallel particle perpendicular photon Phys plane wave plasma polarization problem propagation radiation reflected relationship relativistic respect rest axes rest frame rest mass rotating coordinates Sagnac effect Schwarzschild metric shows slab solution solve sources space spectrum sphere static stationary surface tion transformation equations uniform vanish volume density wherein yields zero