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Observation of Vapor Bubble with a Two-Wavelength Interferometer in Micrograity

机译:用两波长干涉仪在微粒中观察汽泡

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The temperature and concentration profiles developing around a growing vapor bubble of non-azeotropic binary mixture have been observed with the aid of a two-wavelength interferometer under 10~-4g of microgravity condition available in the drop-shaft of Japan Microgravity Center (JAMIC). The thickness of both temperature and concentration Boundary layers developed around the bubble/liquid interface was about one order of Magnitude larger than those predicted by the diffusion model.
机译:在日本微重力中心(JAMIC)的下降轴上,借助两波长干涉仪在10〜-4g微重力条件下,观察到了非共沸二元混合物不断增长的气泡周围温度和浓度分布图。 。温度和浓度的厚度气泡/液体界面周围形成的边界层的厚度比扩散模型预测的边界层大大约一个数量级。

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