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10.2 (a) Estimate a thermal velocity for an iron atom at its melting temperature. Suppose an iron atom in the liquid must travel a distance of 1 Å to reach a suitable site on a growing crystal...

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10.2 (a) Estimate a thermal velocity for an iron atom at its melting temperature. Suppose

an iron atom in the liquid must travel a distance of 1 Å to reach a suitable

site on a growing crystal surface. If the growth rate of the solid into the liquid

is 1 cm/min, what fraction of iron atoms attach to the surface sites?

(b) Why is this fraction so low? (Hint: You may challenge the assumption of a 1 Å

travel.) Why is this fraction even lower if the undercooling is smaller, and the

growth rate is slower?

Answered Same Day Dec 25, 2021

Solution

Robert answered on Dec 25 2021
123 Votes
Solution:
(a)
Thermal velocity: The thermal velocity is a typical velocity of the thermal motion of particles
which make up a gas, liquid etc. Thus, we can say that thermal velocity is a measure of
temperature. Technically it is a measure of the width of the peak in Maxwell Boltzmann particle
velocity...
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