Abstract
In the present paper the problem of the molecular diffusion in the proximity of the levitated 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.
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