Abstract
A cell for ultrasonic irradiation of liquids, employed in sonoluminescence experiments, is described. The cell has been used in a frequency range 04-3 MHz with hydrostatic pressure variations from 10−3 to 3 atm, temperatures ranging from -40 to +90°C and maximum average sound energy density corresponding to the intensity of a progressive wave beam of 10 w cm−2 at 07 MHz. A particular geometrical configuration has been realized to minimize the variation of sound energy density with temperature at constant frequency and quartz driving voltage.
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