A probe-beam deflection technique was employed to investigate the evolution of shock waves generated during drilling processes of optical materials by a high repetition rate copper vapor laser. Experimental observations were analyzed by using a theoretical model of shock wave expansion which also furnished quantitative information on the main physical functions associated to laser-induced acoustic phenomena.
Probe-beam deflection diagnostics of shock waves generated during laser drilling
R Pini;R Salimbeni;M Vannini;G Toci
1995
Abstract
A probe-beam deflection technique was employed to investigate the evolution of shock waves generated during drilling processes of optical materials by a high repetition rate copper vapor laser. Experimental observations were analyzed by using a theoretical model of shock wave expansion which also furnished quantitative information on the main physical functions associated to laser-induced acoustic phenomena.File in questo prodotto:
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Descrizione: Probe-beam deflection diagnostics of shock waves generated during laser drilling
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