Calculation of the Main Averaged Characteristics of the Drift of Lone Electrons in a Metal Conductor with a Conduction Current

The results of an approximate calculation of the averaged values of speeds of v_mz of a longitudinal drift of lone electrons, of circular frequencies of ω_mz change of longitudinal electronic de Broglie waves, and of lengths of λ_mz of longitudinal electronic de Broglie waves in the metal of a round cylindrical conductor with an electric axial-flow current of conductivity of i₀(t) of different kinds (permanent, variable, and impulsive) and amplitude-time parameters (ATP) are presented. The results of verification of the obtained calculation correlations for speeds of v_mz drift of lone electrons and lengths of λ_mz of electronic de Broglie waves in the examined conductor demonstrate their validity and working capacity. The obtained data confirm the quantum-wave nature of the electric current of conductivity of the indicated kinds of i₀(t) and of ATP in a metallic conductor.