Gravitational waves in the presence of an electromagnetic field. II
Gravitational waves in presence of electromagnetic field, deriving Einstein-Maxwell equations
GRAVITY WAVE↗
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Multicomponent diffusion in chemically reacting laminar boundary layers.
Multicomponent reacting laminar boundary layer in chemical equilibrium solved using Stefan-Maxwell relations
CHEMICAL EQUILIBRIUM↗
Cutoff conditions for transverse circularly polarized electromagnetic waves in a finite temperature electro-magneto-ionic medium.
Dispersion relation for wave propagation in electro-magneto-ionic medium under electric and magnetic fields obtained using Maxwell- Boltzmann-Vlasov equations, discussing cut-off frequency
ELECTRIC FIELD↗
Theoretical study of the magnetic field in the lunar wake
Variations in magnetic field in lunar wake determined by solving Maxwell equations for steady state solutions
Whang, Y. C.↗
Transport phenomena of general non-equilibrium gas systems
Transport properties for weakly ionized gases, binary Maxwell molecular gases, and fully ionized gases
Walker, E. L.↗
A model of interplanetary and coronal magnetic fields
Model of interplanetary and solar magnetic field structure above photosphere using Green function solution to Maxwell equations
Ness, N. F.↗
Rotational behavior of the main-sequence stars and its plausible consequences concerning formation of planetary system. II.
Statistical models based on truncated Maxwell distributions of original stellar angular momenta, discussing main sequence star rotational behavior and planetary system formation
Huang, S.-S.↗
Initial-value problem for relativistic plasma oscillations.
Initial value problem for collisionless relativistic Vlasov-Maxwell equations, noting new plasma oscillation modes and various phase velocities
Lerche, I.↗
Rotation of the solar wind plasma.
Sun rotation effect on azimuthal components of solar wind velocity and interplanetary magnetic field, solving angular momentum equation coupled with Maxwell equations
Alfonso-Faus, A.↗
Propagation of partially polarized waves in a slightly anisotropic medium.
Partially polarized waves in homogeneous dispersive medium with small anisotropy, deriving field solution for tensor permeability specified medium from Maxwell equations
Lenoir, W. B.↗
Class D spaces admitting an electromagnetic field
Expanding solutions of Einstein-Maxwell equations in D class spaces admitting null and nonnull electromagnetic field
Cahen, M.↗
Effect of longitudinal electrostatic field on the whistler mode propagation in a warm magneto-ionic medium.
Dispersion equation for whistler mode propagation in warm plasma in parallel static fields, using Vlasov-Maxwell equation
Hsieh, H. C.↗
Quasi-isotropic approximation of geometric optics
Modified geometric optics method for solution of Maxwell equations
Kravtsov, Yu. A.↗
Radiation fields of energetic electrons in helical orbits within a magnetoactive plasma
Radiation fields produced by energetic electrons in helical orbit within magnetoactive plasma derived by solving Maxwell equations
Ogawa, T.↗
Longitudinal wave propagation in viscous fully ionized plasmas.
Collisional theory of longitudinal wave propagation for two fluid viscous ionized plasmas formulated from coupled Maxwell and Boltzmann equations
Kahn, D.↗
A model of interplanetary and coronal magnetic fields.
Green function solution to Maxwell equations for interplanetary and coronal magnetic fields above photosphere, considering field at source surface
Ness, N. F.↗
Trapped modes in plasma slabs and cylinders.
Trapped modes in cold magnetoplasma slabs and rods in free space analyzed by Maxwell equation, assuming DC magnetic field and homogeneous electrons distribution
Klevans, E. H.↗
Radiation fields of energetic electrons in helical orbits within a magnetoactive plasma.
Radiation fields from energetic electron moving in helical orbit in magnetoactive plasma, using Maxwell equations
Ogawa, T.↗