Randomized Continuity Equation Model of Energy Transport in Open System

Abstract

New insight into evolution of energy transport process in open system based on dynamics of virtual energy interface between system and its surroundings is presented. The chosen model of energy transport is randomized energy continuity equation (RECE) in the non-relativistic approximation. As the solution of RECE, function of efficiency for energy exchange Y in open system is proposed. Based on above, information and differential entropy is calculated. Function Y demonstrates time-arrow’s behavior and agreed staged development with entropy which allows to segregate the ranges of different meaning in open system energy development.