Modeling of CollisionsEditions Scientifiques et Medicales Elsevier, 1998 - 222 من الصفحات |
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الصفحة 17
u ) coY2 - a Ət - First order perturbations are the diffusion velocities ( u , – u ) , which are solutions of the linear set of equations . Cac3 ( Ga - Gb ) · ŷab Another simple case is when collision frequencies factorize3 as Vab = cb ...
u ) coY2 - a Ət - First order perturbations are the diffusion velocities ( u , – u ) , which are solutions of the linear set of equations . Cac3 ( Ga - Gb ) · ŷab Another simple case is when collision frequencies factorize3 as Vab = cb ...
الصفحة 114
This diffusion coefficient doesn't depend on concentrations : this is linear diffusion aca at The planar one - dimensional example Ca ( x , t ) = with fully separated ionic species as initial conditions ( ca 1 for x < 0 and Ca = 0 for x > ...
This diffusion coefficient doesn't depend on concentrations : this is linear diffusion aca at The planar one - dimensional example Ca ( x , t ) = with fully separated ionic species as initial conditions ( ca 1 for x < 0 and Ca = 0 for x > ...
الصفحة 200
If the Schrödinger equation is linear then all stationary states are given by ( linear combinations of ) GAVE AVÊ + ( V® + h { \ VĔl2 ) ) VE = EVE , .
If the Schrödinger equation is linear then all stationary states are given by ( linear combinations of ) GAVE AVÊ + ( V® + h { \ VĔl2 ) ) VE = EVE , .
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