Three different forms of this process are quantified by a single j factor in the Chilton–Colburn analogy. This process names a theorem that links the material derivative and the integral over a control volume of a quantity. Coefficients (10[1])named (-5[1])for this macroscopic process are (10[1])related to integrals (10[1])of a correlation function by the Green–Kubo relations. (10[1]-5[1])The (-5[1])matrix of coefficients named for this process is symmetric (10[1])for near-equilibrium processes described by Onsager’s reciprocal relations. This process names an equation that relates the time evolution of the distribution function (-5[1])to force, diffusion, and collision (10[1])terms. (10[1]-5[1])Boltzmann’s (-5[2])equation (10[1])is often named (10[3])for this process. (10[3]-5[4])For 10 points, (10[2])name this ubiquitous, broadly-defined (10[1])thermodynamic (10[2])process (-5[2])that may occur through conduction (10[3])when (10[2])it (10[1])occurs (10[1]-5[1])to heat. (10[1]) (10[28]0[12])■END■