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The Coagulation Rate of Small Particles When Both Gravitational Convection and Brownian Motion Simultaneously Exist

The Coagulation Rate of Small Particles When Both Gravitational Convection and Brownian Motion Simultaneously Exist
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摘要 While there has been an extensive and rigorous treatment of both the pureBrownian and the pure convection-induced coagulation since Smoluchowski’s work(1971), there has been no analogous study of particle/particle aggregation when bothconvection and Brownian motions simultaneously exist. In 1964, Swift and Friedlandermade an additivity assumption which assumed that the effects of <正> While there has been an extensive and rigorous treatment of both the pureBrownian and the pure convection-induced coagulation since Smoluchowski’s work(1971), there has been no analogous study of particle/particle aggregation when bothconvection and Brownian motions simultaneously exist. In 1964, Swift and Friedlandermade an additivity assumption which assumed that the effects of convection
机构地区 Department of Physics
出处 《Chinese Science Bulletin》 SCIE EI CAS 1994年第11期965-966,共2页
基金 National Natural Science Foundation of China.
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