首页> 外文期刊>Czechoslovak Journal of Physics >Thermodiffusion and vaporization of metal from levitated droplet III. vaporization rate at molecular diffusion And total vaporization rate
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Thermodiffusion and vaporization of metal from levitated droplet III. vaporization rate at molecular diffusion And total vaporization rate

机译:悬浮液滴中金属的热扩散和汽化III。分子扩散时的汽化速率和总汽化速率

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摘要

In the present paper the problem of the molecular diffusion in the proximity of the levi- tated droplet surface respecting the metal vapour condensation influence and temperature dependences of basic physical quantities was solved. The molecular diffusion flow density was derived and the final relation for the mean total thermodiffusion flow density from the droplet surface, i.e. the vaporization rate, was presented. The results are completed by some numerical values and the accuracy of some calculations performed in the linear approximations was analyzed.
机译:在本文中,解决了悬浮液滴表面附近的分子扩散问题,该问题涉及金属蒸气凝结影响和基本物理量的温度依赖性。推导了分子扩散流动密度,并给出了液滴表面平均总热扩散流动密度的最终关系,即汽化速率。通过一些数值完成结果,并分析了线性近似中某些计算的准确性。

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