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Why Ultrasonic Waves are Used
Table of Frequencies and Applications
13 other sections not shown
abrasive acoustic energy action aluminum amount amplifier stage applied average power Barium titanate beam capacitor causes cavitation chemical cleaners coil compression converted core Curie point cycle Describe briefly detect devices direction ducer echo echo-ranging applications effect efficiency electrical energy electrical signals electromagnetic electronic oscillator emitter emulsification fathometer flaws flow heat high-power immersed impedance indicator input liquid liquid-level load magnetic magnetostrictive magnetostrictive transducer maximum mechanically resonant medium mesh metals nondestructive testing operation particle piezoelectric plate polarized power output produce pulse quartz range rarefaction receiver relay resonant frequency Rochelle salt rotating search unit solid sonar sonar set sonic sound wave switch tank target temperature thickness tion trans transistor transmitted tube tuned circuit typical ultra ultrasonic applications ultrasonic camera ultrasonic cleaning ultrasonic drilling ultrasonic energy ultrasonic equipment ultrasonic frequency Ultrasonic soldering ultrasonic waves Ultrasonic welding ultrasound underwater usually vacuum-tube velocity voltage wavelength