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to deal with vibrational entropy by
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to deal with vibrational entropy by
calculating the phon density of States
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calculating the phon density of States
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calculating the phon density of States
um so literally you would look at the
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um so literally you would look at the
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um so literally you would look at the
quantized vibrations do the statistical
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quantized vibrations do the statistical
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quantized vibrations do the statistical
mechanics on them um and those of you
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mechanics on them um and those of you
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mechanics on them um and those of you
whove taken 320 may have sort of
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whove taken 320 may have sort of
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whove taken 320 may have sort of
remember this and calculate the free
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remember this and calculate the free
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remember this and calculate the free
energy associated with these phonons and
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energy associated with these phonons and
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energy associated with these phonons and
I'll say a little more about this later
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I'll say a little more about this later
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I'll say a little more about this later
for example this is the phonon Spectrum
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for example this is the phonon Spectrum
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for example this is the phonon Spectrum
uh for silicon um so can actually quite
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uh for silicon um so can actually quite
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uh for silicon um so can actually quite
accurately calculated uh remember that
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accurately calculated uh remember that
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accurately calculated uh remember that
to get the thermal expansion
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to get the thermal expansion