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Laser-induced cavitation phenomenon studied using three different optically-based approaches – An initial overview of results
2012
Photonics and Lasers in Medicine
AbstractThis report presents a study of shock wave and cavitation bubble dynamics induced by nanosecond laser pulses in pressurized water. Three methods were used to obtain data from the irradiated sample: (1) pump-probe laser flash shadowgraphy, (2) pressure wave sensing by means of a fiber optic interferometer hydrophone, and (3) a novel technique based on the modulation of spatial transmittance by the cavitation bubble. The medium used in these experiments was distilled water in a chamber
doi:10.1515/plm-2012-0019
fatcat:ky3kzebdvrailhvsaubciofvca