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so you know an obvious one is the
electronic excitations so anytime you're
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electronic excitations so anytime you're
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electronic excitations so anytime you're
not working on an insulator
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not working on an insulator
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not working on an insulator
um you will start getting electronic
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um you will start getting electronic
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um you will start getting electronic
excitations
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excitations
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excitations
and can they change with volume and the
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and can they change with volume and the
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and can they change with volume and the
answer is yes what I'm showing you here
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answer is yes what I'm showing you here
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answer is yes what I'm showing you here
is that um and I must admit I forgot
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is that um and I must admit I forgot
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is that um and I must admit I forgot
which material this is which is really
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which material this is which is really
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which material this is which is really
bad of me but I'm pretty sure it's a
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bad of me but I'm pretty sure it's a
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bad of me but I'm pretty sure it's a
metal um so this is the ratio of the
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metal um so this is the ratio of the
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metal um so this is the ratio of the
electronic thermal expansion is
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electronic thermal expansion is
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electronic thermal expansion is
unfortunately called beta here not Alpha
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unfortunately called beta here not Alpha
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unfortunately called beta here not Alpha
uh to the total expans thermal expansion