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Titlebook: Cavitation and Inhomogeneities in Underwater Acoustics; Proceedings of the F Werner Lauterborn Conference proceedings 1980 Springer-Verlag

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Application of High Speed Holocinematographical Methods in Cavitation Researchmirror, or image converter cameras are commercially available for this purpose. But all photographic methods suffer from the fact that the process under study has to take place in a thin region restricted to the depth of focus. Thus, objects distributed in a deep volume like, for example, acoustical
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Bubble Collapse Studies at a Million Frames per Secondhe longstanding problem of cavitation bubble dynamics [5–9]. High speed hotographic [5–8] and holographic methods [9] have been employed. However, ince the cavities occurring upon breakdown proved o be never exactly repeatable in size the dynamics of the cavity a long time after breakdown, as .g. it
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Holographic Generation of Multi-Bubble Systems binary phase holograms formed in photoresist are used to split a ruby laser pulse. Holograms yielding systems of two or five bubbles each in silicone oil have been successfully employed in the laboratory. Preliminary results are given.
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Some New Results on Cavitation Threshold Prediction and Bubble Dynamics, I noticed that one could calculate analytically an approximate expression for the “transient” cavitation threshold. When this is plotted along with thresholds for nucleation (by BLAKE) and thresholds for rectified diffusion (by SAFAR), one gets useful graphs for the prediction of the type and viol
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