Atomisation of Liquid by Sonic Vibration (II):Mechanism and Characteristics of Atomisation
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概要
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On the atomisation of liquid by sonic vibration (f=10 kHz), the main results are follows.<BR>(1) The main cause of atomisation is a capillary wave mechanism.<BR>(2) The relation between the maximum droplet diameter d<SUB>max</SUB> and the mean droplet diameter d is d<SUB>max</SUB>= (1.5-2.2) d and this is somewhat favourable than the other atomisation methods.<BR>(3) d converges to the constant value without regard to the flow rate in the case of critical amplitude. The experimental equation was shown.<BR>(4) The semi-experimental equation concerned with d and f was obtained from combining d with wave length λ by R. J. Lang's method.<BR>(5) The favourable equation of droplet size distribution was shown.<BR>(6) The atomisation by vibration (widely, f=10 kHz-2 MHz) was summarized and the prominent guide for practical application was shown.
- 一般社団法人 日本エネルギー学会の論文
一般社団法人 日本エネルギー学会 | 論文
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