Abstract
A theory describing the evolution of domain instability in a two-parameter space (voltage andemission coefficient) was verified experimentally for p-Ge doped with Sb and compensated withAu (residual impurity concentration NA-ND = (10-14-10-15) cm-3 at 77 K) in strong electric fieldsunder high levels of optical excitation.According to the theory, one-, two- and multi-subdomain states and order-disorder-order transitions via intermittency are observed in thesystem with increasing voltage.Three operation modes of the system are found, depending onthe region of the parametric space: ohmic, quenched (pulsing) ortransit-time.
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