Solution of self consistent schrödinger and poisson equations for double photon transition in triple-barrier structures

It is shown that for asymmetric triple-barrier resonant-tunneling structures with thin and high (delta) barriers that the solution of rheonomous self consistent equations of Schrodinger and Poisson with discovered boundary conditions along all channels of diffusion, considering resonance transitions between three quantized levels in a strong high-frequency electric field resolves itself into a system of two algebraic equations with parameters, determined by numbers of resonance levels and by proportion of small signal conductivity versus product omegaepsiv.