Microstructure Properties of Electron Particle Entering the Maxwell Equation for the Quanta of Magnetic Field

The Maxwell electrodynamical equation defining the strength of the magnetic field has been applied in a study of the quanta of that field entering the Bohr hydrogen atom. The equation is found to be satisfied on condition the microstructure character of the electron particle is taken into account. The energy spectrum due to the presence of the magnetic-field quanta is found identical with the Bohr energy spectrum of the atom. On the other side, the energies required in the process of the electric polarization of the atomic levels are only approximately equal to those given by Bohr. The quantum background of some other equations of classical electrodynamics than the Maxwell one has been also studied.