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The steady-state Boltzmann equation in the relaxation time approximation can be expressed as follows: T f = f.-V,E. +V,f aE 1-1 $Veole F ext k
The steady-state Boltzmann equation in the relaxation time approximation can be expressed as follows: T f = f.-V,E. +V,f aE 1-1 $Veole F ext k where fo and fare the equilibrium and non-equilibrium distribution function, respectively, Tm is the momentum relaxation time, E is the energy of electron and F is the total applied forces. ext Assume that there are no electron concentration and temperature gradients, simplify the equation when the applied force is only a small electric field along the y direction, E =?kok /(2m)
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