Conclusions
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1.
Precipitation by continuous and pulsed forms of sonication has been examined for a water mist in a flow system.
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2.
Pulse treatment at 2 sec−1 and an effective length ratio of 2 (ultrasonic frequency 16. 5 kc) roughly halves the energy needed for precipitation when the dwell time in the chamber is 3–5 sec.
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References
M. L. Varlamov, A. A. Ennan, and G. A. Manakin, Nauchnie zapiski OPI, Odessa, 32, 49–53, 1961.
M. L. Varlamov, E. L. Krichevskaya, G. A. Manakin, A. A. Ennan, L. M. Kozakova, and R. A. Georgalin, Ninth Russian Conference on Ultrasound Applied to Materials Testing, Program [in Russian], p. 9, 1961.
G. P. Petrenko and G. A. Manakin, Nauchnie zapiski OPI, Odessa, 32, 54, 1961.
M. L. Varlamov, G. A. Manakin, and A. N. Gospodinov, Ultrasonics Applied to Materials Testing [in Russian], MOPI, Moscow, issue 12, p. 205, 1960.
M. L. Varlamov, A. A. Ennan, R. A. Georgalin, E. L. Krichevskaya, G. A. Manakin, and L. M. Kozakova, Ultrasonics Applied to Materials Testing [in Russian], Moscow, issue 17, 1963.
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We are indebted to L. M. Kozakova for assistance with some of the experimental work.
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Varlamov, M.L., Manakin, G.A. & Ennan, A.A. Acoustic precipitation of a water mist by continuous and pulsed sonication. Soviet Physics Journal 8, 85–87 (1965). https://doi.org/10.1007/BF00818294
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DOI: https://doi.org/10.1007/BF00818294