作者: James E. Millerd , Neal J. Brock , Michael S. Brown , Peter A. DeBarber , Sudhir Trivedi
DOI: 10.1364/AO.35.005275
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摘要: The photorefractive semiconductor ZnTe:V:Mn is investigated for use in real-time resonant holographic interferometry applications. Experimental results of two-wave and four-wave mixing with pulsed dye cw diode lasers are presented; addition image transfer, as well two-wavelength interferometry, demonstrated. Species-specific interferograms potassium seeded into various combustion environments captured at video-frame rates. Calculations the species measurement sensitivity dynamic range presented, design considerations systems employing materials outlined.