Reynolds Number in Electrodynamics
Abstract:
The electric charge definition is formulated. The refined formula of the electric charge non-invariance is given. The electric charge momentum conservation law was obtained. The concept of "the char-ged particle spin" is clarified. The angular momentum conservation law for electric charge was obtained. The frequency moment definition (the magnetic moment analog) is formulat-ed in gravidynamics. The formula for the kinetic energy of the translational motion of an electric charge was constructed. Steiner's theorem for electrodyna-mics was formulated. The rotational mo-tion dynamics equation was constructed for electric charge. The formula for the kinetic energy of the rotation al motion of an electric charge was constructed. A Planck formula analog for the mag-netic field was obtained. Formula for the interval s between two events was constructed in the elec-tric charge space. The author proposes the Coulomb’s law application limit explanation. A parallel study possibility justification of black holes and atomic nuclei is given. A Reynolds number analog for electromagnetism was obtained: Ř=ρ e v D/H=I D/ (s H) =4I/ (π D H). The experiments result on finding the Reynolds number in electrodynamics are given.
