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• W3100916564 endingPage "105389" @default.
• W3100916564 startingPage "105389" @default.
• W3100916564 abstract "Hydrodynamic cavitation in a Venturi tube produces luminescence, and the luminescence intensity reaches a maximum at a certain cavitation number, which is defined by upstream pressure, downstream pressure, and vapor pressure. The luminescence intensity of hydrodynamic cavitation can be enhanced by optimizing the downstream pressure at a constant upstream pressure condition. However, the reason why the luminescence intensity increases and then decreases with an increase in the downstream pressure remains unclear. In the present study, to clarify the mechanism of the change in the luminescence intensity with cavitation number, the luminescence produced by the hydrodynamic cavitation in a Venturi tube was measured, and the hydrodynamic cavitation was precisely observed using high-speed photography. The sound velocity in the cavitating flow field, which affects the aggressive intensity of the cavitation, was evaluated. The collapse of vortex cavitation was found to be closely related to the luminescence intensity of the hydrodynamic cavitation. A method to estimate the luminescence intensity of the hydrodynamic cavitation considering the sound velocity was developed, and it was demonstrated that the estimated luminescence intensity agrees well with the measured luminescence intensity." @default.
• W3100916564 created "2020-11-23" @default.
• W3100916564 creator A5046442052 @default.
• W3100916564 date "2021-03-01" @default.
• W3100916564 modified "2023-10-03" @default.
• W3100916564 title "Luminescence intensity of vortex cavitation in a Venturi tube changing with cavitation number" @default.
• W3100916564 cites W1801825514 @default.
• W3100916564 cites W1966525532 @default.
• W3100916564 cites W1966703777 @default.
• W3100916564 cites W1976459666 @default.
• W3100916564 cites W1979503732 @default.
• W3100916564 cites W1980063486 @default.
• W3100916564 cites W1982157510 @default.
• W3100916564 cites W1987937190 @default.
• W3100916564 cites W1988978544 @default.
• W3100916564 cites W1991034212 @default.
• W3100916564 cites W1992340477 @default.
• W3100916564 cites W2003463764 @default.
• W3100916564 cites W2004372855 @default.
• W3100916564 cites W2009279257 @default.
• W3100916564 cites W2010975588 @default.
• W3100916564 cites W2012046994 @default.
• W3100916564 cites W2021958517 @default.
• W3100916564 cites W2023004139 @default.
• W3100916564 cites W2037394558 @default.
• W3100916564 cites W2038061556 @default.
• W3100916564 cites W2040667348 @default.
• W3100916564 cites W2045876305 @default.
• W3100916564 cites W2053307224 @default.
• W3100916564 cites W2053966059 @default.
• W3100916564 cites W2059037540 @default.
• W3100916564 cites W2062388574 @default.
• W3100916564 cites W2063595492 @default.
• W3100916564 cites W2066426421 @default.
• W3100916564 cites W2072839970 @default.
• W3100916564 cites W2077905199 @default.
• W3100916564 cites W2082849280 @default.
• W3100916564 cites W2090631140 @default.
• W3100916564 cites W2090869554 @default.
• W3100916564 cites W2091034887 @default.
• W3100916564 cites W2091619476 @default.
• W3100916564 cites W2094860398 @default.
• W3100916564 cites W2095321564 @default.
• W3100916564 cites W2097696820 @default.
• W3100916564 cites W2120882509 @default.
• W3100916564 cites W2122150802 @default.
• W3100916564 cites W2131403420 @default.
• W3100916564 cites W2134805082 @default.
• W3100916564 cites W2135412860 @default.
• W3100916564 cites W2135523300 @default.
• W3100916564 cites W2139252861 @default.
• W3100916564 cites W2140199078 @default.
• W3100916564 cites W2149750220 @default.
• W3100916564 cites W2162135726 @default.
• W3100916564 cites W2168103992 @default.
• W3100916564 cites W2269424892 @default.
• W3100916564 cites W2281538918 @default.
• W3100916564 cites W2319632242 @default.
• W3100916564 cites W2328964457 @default.
• W3100916564 cites W2329786134 @default.
• W3100916564 cites W2330981725 @default.
• W3100916564 cites W2331249636 @default.
• W3100916564 cites W2336454613 @default.
• W3100916564 cites W2362917860 @default.
• W3100916564 cites W2621023411 @default.
• W3100916564 cites W2743529090 @default.
• W3100916564 cites W2753697151 @default.
• W3100916564 cites W2755076003 @default.
• W3100916564 cites W2781909114 @default.
• W3100916564 cites W2783426051 @default.
• W3100916564 cites W2801437036 @default.
• W3100916564 cites W2808374327 @default.
• W3100916564 cites W2809595546 @default.
• W3100916564 cites W2884949392 @default.
• W3100916564 cites W2890420175 @default.
• W3100916564 cites W2891554594 @default.
• W3100916564 cites W2900711875 @default.
• W3100916564 cites W2900913036 @default.
• W3100916564 cites W2913490027 @default.
• W3100916564 cites W2923431187 @default.
• W3100916564 cites W2943851585 @default.
• W3100916564 cites W2947470795 @default.
• W3100916564 cites W2951528339 @default.
• W3100916564 cites W2970369050 @default.
• W3100916564 cites W2972304487 @default.
• W3100916564 cites W2978659200 @default.
• W3100916564 cites W2980294511 @default.
• W3100916564 cites W2980379323 @default.
• W3100916564 cites W2981395707 @default.
• W3100916564 cites W2996670172 @default.
• W3100916564 cites W3008933938 @default.
• W3100916564 cites W3010810360 @default.
• W3100916564 cites W3024839984 @default.
• W3100916564 cites W3093988581 @default.
• W3100916564 cites W2119964719 @default.
• W3100916564 doi "https://doi.org/10.1016/j.ultsonch.2020.105389" @default.
• W3100916564 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7786618" @default.
• W3100916564 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33221624" @default.

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