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Acoustic precipitation of a water mist by continuous and pulsed sonication

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Soviet Physics Journal Aims and scope

Conclusions

  1. 1.

    Precipitation by continuous and pulsed forms of sonication has been examined for a water mist in a flow system.

  2. 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

  1. M. L. Varlamov, A. A. Ennan, and G. A. Manakin, Nauchnie zapiski OPI, Odessa, 32, 49–53, 1961.

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  2. 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.

  3. G. P. Petrenko and G. A. Manakin, Nauchnie zapiski OPI, Odessa, 32, 54, 1961.

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  4. M. L. Varlamov, G. A. Manakin, and A. N. Gospodinov, Ultrasonics Applied to Materials Testing [in Russian], MOPI, Moscow, issue 12, p. 205, 1960.

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  5. 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

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