Effects of magnetic and electric fields upon cavitation in conducting and nonconducting liquids. Russian research results

Details Effects of magnetic and electric fields upon cavitation in conducting and nonconducting liquids. Russian research results Effects of magnetic and electric fields upon cavitation in conducting and nonconducting liquids. Russian research results

Dec 1974

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1974stin...7522642h&link_type=abstract

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Computer Science

Cavitation Flow, Electric Fields, Fluid Flow, Magnetic Fields, Dielectrics, Magnetic Effects, Mercury (Metal), Potable Water, Sea Water

Scientific paper

Recent results, primarily of Russian origin, indicate various effects upon cavitation damage and individual bubble dynamics in both non-conducting (water) and conducting liquids (liquid metals) of external magnetic and electric fields. Recent tests at the University of Michigan in tap water, salted water, and mercury are compared for the effects of a 6 kilogauss magnetic field upon nucleation threshold in a vibratory cavitation experiment. Possible mechanisms are discussed.

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