THE ELECTROMAGNETIC FIELD TENSOR FOR THE SOURCE OF FIELD POSSESSING BOTH ELECTRIC AND MAGNETIC CHARGES IN GENERAL RELATIVITY广义相对论中双荷场源的电磁场张量黑洞整体单极子有质量标量场后期衰减A method of obtaining electromagnetic field tensor for the source of the field possessing both electric and ...
electromagnetic field Also found in:Thesaurus,Medical,Acronyms,Encyclopedia,Wikipedia. Related to electromagnetic field:Electromagnetic field tensor electromagnetic field n. The field of force associated with electric charge in motion, having both electric and magnetic components and containing a definite amoun...
The angle ψ is the angle between the wavenormal and the magnetic field, and the ϵij are the elements of the dielectric tensor: $${{\it{\epsilon }}\left( {k,\omega } \right) = \left( {1 - \frac{{\omega _{\mathrm{p}}^2}}{{\omega ^2}}} \right)I + \mathop {\sum ...
Maxwell equationelectromagnetism/ A4110F Steady-state electromagnetic fieldsConsideration of the radiation from a rotating electric dipole leads to the inference ... E Comay - 《Chemical Physics Letters》 被引量: 21发表: 1996年 Energy-momentum tensor of the electromagnetic field In this paper we inv...
ξλμν is the third-rank pseudo-tensor. F and f are the complex-valued pump-field Fourier amplitudes at frequencies ω + Ω and ω originating from the fs optical pump pulse. Owing to ω >> Ω, ∣F(ω + Ω)∣ ≃ ∣f(ω)∣. For TaAs with inversion symmetry ...
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[28]. That same year, to explain this observation, Hans Bethe used non-relativistic quantum mechanics and the novel idea of mass renormalization to calculate the self-interaction of the electron with its own electromagnetic field [29]. His successful approach spurred several decisive developments ...
project and data of magnetotelluric sounding (MTS) under the BEAR (Baltic Electromagnetic Array Research) project are processed with consideration of the lateral inhomogeneity of the electromagnetic field in order to fully determine the components of the electrical conductivity tensor of Baltic Shield rock...
It is a spinor equation, but some tensor equivalents of the equation were proposed previously. Those equivalents were either nonlinear or involved several components of the Dirac field. On the other hand, the author showed previously that the Dirac equation in electromagnetic field is equivalent to...
An equation of motion for the second order alignment tensor, including the influence of electromagnetic fields and of spatial inhomogeneities, is derived. The starting point are the mesoscopic balance equations of mass and of angular momentum. A constitutive equation on the mesoscopic level is ...