February 2024
Intermediate to advanced
904 pages
40h 21m
English
In the strictest sense, all high-power, high-intensity, applications of ultrasonic energy are based upon mechanical effects and these result from the large amplitude particle motions that occur in a high-intensity ultrasonic wave. As a result of the particle (or mechanical) motion, various nonlinear effects are produced in the medium, depending on it being solid or fluid, and these were introduced in Chapter 11. Some of these effects are strictly mechanical, such as both the dispersion and the separation of particles in a liquid. Others are combinations of mechanical effects working in tandem with certain secondary effects, such as the ...
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