REDUCTION OF THE PLANCK CONSTANT TO THE CLASSIC FUNDAMENTAL CONSTANTS
It is shown that the comparison of classical and quantum descriptions of magnetic flux allows to present the Planck constant by a combination of fundamental classic constants, which creates some opportunities for analysis of a number of formulas containing the Planck constant. The resulting formula for the Planck constant is used to bring a number of quantum correlations to classic view. It is found that at least a portion of a body of inertial mass is due to the inertia of magnetic microflows caused by the movement of elementary charges moving with the body. These flows are non-zero in small areas located between opposite charges (between the nucleus and the electron), and in accordance with the Lenz rule they prevent changing of their value during acceleration, thus contributing to the inertia of the body. Along with some existing theories, the author received one more interpretation of substantive value of the fine-structure constant.