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2. Optodynamic analysis of laser induced thermal effects at air-water interfaceDarja Horvat, Rok Petkovšek, Janez Možina, 2007, published scientific conference contribution Keywords: optodinamika, optodinamski valovi, toplotna energija, mehanska energija, površine tekočin, induciranje lasersko, pulzni laserji, optodynamic, laser-induced breakdown, liquid surface, laser ultrasonics Full text (outside link) |
3. Measurements of the high pressure ultrasonic wave and the cavitation bubble by optodynamic methodRok Petkovšek, Griša Močnik, Janez Možina, 2007, published scientific conference contribution Keywords: optodinamika, fotoakustika, kavitacija, mehurčki, hitrosti zvoka, ultrazvočni valovi, eksperimentalne metode, photoacoustic, optodynamic, cavitation bubble, sound velocity, laser induced breakdown Full text (outside link) |
4. A beam-deflection probe as a method for optodynamic measurements of cavitation bubble oscillationsRok Petkovšek, Peter Gregorčič, Janez Možina, 2007, original scientific article Keywords: optodinamika, brezdotikalne meritve, kavitacijski mehurčki, pulzni laserji, optodynamics, beam-deflection probe, non-contact measuring, cavitation bubble, shock wave, laser-induced breakdown Full text (outside link) |
5. Evaluation of laser-induced thin-layer removal by using shadowgraphy and laser-induced breakdown spectroscopyMaja S. Rabasović, Dragutin Šević, Nejc Lukač, Matija Jezeršek, Janez Možina, Peter Gregorčič, 2016, original scientific article Keywords: shadow photography, laser-induced breakdown spectroscopy, laser material processing Full text (file, 3,27 MB) |
6. Automating shockwave segmentation in low-contrast coherent shadowgraphyJaka Pribošek, Peter Gregorčič, Janez Diaci, 2015, original scientific article Keywords: low-contrast segmentation, shockwaves, laser-induced breakdown in air, active contours, low-contrast shadowgraphy Full text (file, 795,76 KB) |
7. Laser-induced cavitation bubbles and shock waves in water near a concave surfaceTomaž Požar, Vid Agrež, Rok Petkovšek, 2021, original scientific article Keywords: cavitation bubble, shock wave, acoustic focusing, secondary cavitation, laser breakdown Full text (file, 7,45 MB) This document has more files! More...
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