ELECTRONIC SUBSYSTEM STATE IN METALS WITH RADIATION REACTION FORCE TAKING INTO ACCOUNT

Abstract

It is shown that the electrons translational motion rate during the transition to the ground state is maintained to the light rate due to the competition between the nucleus attraction force and the reaction radiation force in atoms in metals with face-centered cubic and body-centered cubic lattice. The metal conductivity is determined by valence electrons, which rate is exceeds a certain threshold. The physical meaning of this threshold rate is similar to the chemical potential or Fermi energy. The threshold rate in the adiabatic approximation is depending on the metal crystal lattice parameters and atoms valence state.