Reynolds Number in Electrodynamics
Yevhen Lunin
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 charged particle spin" is clarified. The angular momentum conservation law for electric charge was obtained. The frequency moment definition (the magnetic moment analog) is formulated in gravidynamics. The formula for the kinetic energy of the translational motion of an electric charge was constructed. Steiner's theorem for electrodynamics was formulated. The rotational motion dynamics equation was constructed for electric charge. The formula for the kinetic energy of the rotational motion of an electric charge was constructed. A Planck formula analog for the magnetic field was obtained. Formula for the interval s between two events was constructed in the electric 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.
