The erosion activity on aluminium foils and the sonoluminescence intensity have been measured by continuous ultrasound irradiation at 24.1 kHz in distilled water with different ambient hydrostatic pressure from 1 atm to about 12 atm. The erosion rate as a function of the hydrostatic pressure reaches a maximum value after which it decreases until it disappears. The erosion rate and the sonoluminescence intensity dependences on ph show si milar behaviour indicating a strong correlation between the basi phenomena involved. The marked correlation between the threshold of the phenomena and between their intensities, suggests sonoluminescence as a potential monitor of erosion activity.
Cavitation Erosion and Sonoluminescence at High Hydrostatic Pressures / Dezhkunov, N. V.; Iernetti, G.; Francescutto, Alberto; Reali, M.; Ciuti, P.. - In: ACUSTICA UNITED WITH ACTA ACUSTICA. - ISSN 1436-7947. - STAMPA. - 83:(1997), pp. 19-24.
Cavitation Erosion and Sonoluminescence at High Hydrostatic Pressures
FRANCESCUTTO, ALBERTO;
1997-01-01
Abstract
The erosion activity on aluminium foils and the sonoluminescence intensity have been measured by continuous ultrasound irradiation at 24.1 kHz in distilled water with different ambient hydrostatic pressure from 1 atm to about 12 atm. The erosion rate as a function of the hydrostatic pressure reaches a maximum value after which it decreases until it disappears. The erosion rate and the sonoluminescence intensity dependences on ph show si milar behaviour indicating a strong correlation between the basi phenomena involved. The marked correlation between the threshold of the phenomena and between their intensities, suggests sonoluminescence as a potential monitor of erosion activity.Pubblicazioni consigliate
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