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forms um at low temperature and then
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forms um at low temperature and then
there's sort of trivial properties
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there's sort of trivial properties
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there's sort of trivial properties
volume maybe you want to know what the
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volume maybe you want to know what the
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volume maybe you want to know what the
thermal expansion does so I'll go
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thermal expansion does so I'll go
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thermal expansion does so I'll go
through several of these and the reason
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through several of these and the reason
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through several of these and the reason
I do it is because there's no unique
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I do it is because there's no unique
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I do it is because there's no unique
method to do all of these so depending
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method to do all of these so depending
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method to do all of these so depending
on what it is you're after you're going
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on what it is you're after you're going
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on what it is you're after you're going
to have to uh come up with different
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to have to uh come up with different
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to have to uh come up with different
signs and a different tool set so I
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signs and a different tool set so I
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signs and a different tool set so I
thought I'd give you a very
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thought I'd give you a very
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thought I'd give you a very
straightforward example here's a work
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straightforward example here's a work
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straightforward example here's a work
done I think by and R kuang I don't
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done I think by and R kuang I don't