Beam line by Stanford Linear Accelerator Center.; United States.

By Stanford Linear Accelerator Center.; United States. Department of Energy

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Acustica 9:321–26. 16. G. 1962. Akust. Zh. 8:216–19. 17. K. 1879. Zapiski Imperat. Russ. Teckhnich. , no. 1:1–24. F. 1973. Formation of crystal structure in castings, 192–261. Moscow: Mashinostroenie. 19. Campbell, J. 1981. Int. Met. , no. 2:71–108. 20. T. 1966. J. Inst. Met. 94:401–7. I. 1973. Melting and casting of wrought magnesium alloys, 214–23. Moscow: Metallurgiya. 22. Vives, Ch. 1989. Metall. Mater. Trans. B 20B:623–29. 23. Vives, Ch. 1993. Mater. Sci. Eng. A 173:169–72. 24. , H. Nagaumi, and J.

33)  where κ is the polytropic exponent varying from 1 to cp/cv [46], P0 is the initial gas pressure, and ρ is the liquid density [47]. Neglecting the surface tension, the critical radius depends directly on the liquid viscosity [47]: Rcr = 2 2µ . 6 illustrates the effects of surface tension and viscosity of water solutions of glycerin on the cavitation threshold at different ultrasound frequencies [48]. 6 Cavitation threshold of water in dependence on: (a) surface tension and (b) viscosity at (1) 8 kHz, (2) 28 kHz, (3) 35 kHz, and (4) 61 kHz.

1936. Z. Metallkde. 28:293–97. 60. Becker, V. 1941. Novosti Tekhniki 10 (4): 25–26. 61. V. Zaboleev-Zotov. 1958. Litein. , no. 7:35–36. 62. , and H. Staats. 1968. Z. Metallde. 59:347–56. 63. E. 1955. Ultrasonic engineering with particular reference to high power applications. London: Butterworths. 64. Blitz, J. 1963. Fundamentals of ultrasonics. London: Butterworths. 65. R. 1965. Ultrasonic engineering. New York: John Wiley & Sons. 66. I. Sh. Katsman. 1967. Precision casting of parts for aviation assemblies from aluminum alloys, 56–76.

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