Abstract
Computer-simulated ’’one-shot-on-one-site’’ damage events in NaCl at the ruby wavelength are illustrated as deterministic survival curves. Multiphoton-assisted avalanche breakdown is considered for varying laser peak flux densities. For a fixed laser output power level, the effects are calculated for various initial free and trapped carrier concentrations in the presence and absence of multiphoton absorption. The results are in reasonable agreement with recent measurements obtained with LiF and Ar and N2 at intermediate pressures. Experimental observations in NaCl are not presently available.
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