作者: N. Divinis , M. Kostoglou , T.D. Karapantsios , V. Bontozoglou
DOI: 10.1016/J.CES.2004.10.024
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摘要: A gas bubble growing in a saturated liquid under the action of an internal heat source is studied theoretically as model problem for growth around miniature spherical heater submerged liquid. In general, this does not admit self-similar solution but it shown that with strength increasing proportion to square root time, exists even temperature-dependent transport properties. case radius also proportional time proportionality constant which can be found from boundary value problem. The effect temperature dependence gas-in-liquid diffusivity and thermal conductivities on examined detail. Finally, approximating explicit procedures are proposed computation rate without resorting