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you know I think I've told you the story
potential modeling on oxide started in
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potential modeling on oxide started in
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potential modeling on oxide started in
England with the nuclear industry and
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England with the nuclear industry and
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England with the nuclear industry and
they thought it'd be good to do this on
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they thought it'd be good to do this on
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they thought it'd be good to do this on
nuclear materials um so here's the
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nuclear materials um so here's the
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nuclear materials um so here's the
calculated thermal conductivity as a
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calculated thermal conductivity as a
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calculated thermal conductivity as a
function of temperature and I'll tell
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function of temperature and I'll tell
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function of temperature and I'll tell
you how they calculate this um they
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you how they calculate this um they
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you how they calculate this um they
calculate this uh literally by doing a
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calculate this uh literally by doing a
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calculate this uh literally by doing a
molecular Dynamic simulation um looking
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molecular Dynamic simulation um looking
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molecular Dynamic simulation um looking
at um
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at um
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at um
you know essentially energy transport
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you know essentially energy transport
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you know essentially energy transport
through phonons and the way you have you
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through phonons and the way you have you
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through phonons and the way you have you
know thermal expansion is caused by phon