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uh to the total expans thermal expansion
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uh to the total expans thermal expansion
the electronic plus the vibrational one
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the electronic plus the vibrational one
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the electronic plus the vibrational one
and so what you see is only at very and
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and so what you see is only at very and
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and so what you see is only at very and
this is on a reduced temperature scale
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this is on a reduced temperature scale
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this is on a reduced temperature scale
this is the temperature in units of the
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this is the temperature in units of the
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this is the temperature in units of the
Debby temperature think of the Dey
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Debby temperature think of the Dey
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Debby temperature think of the Dey
temperature as sort of the the
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temperature as sort of the the
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temperature as sort of the the
temperatur scale at which the vibrations
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temperatur scale at which the vibrations
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temperatur scale at which the vibrations
become classical uh you know which for a
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become classical uh you know which for a
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become classical uh you know which for a
lot of materials is of the somewhere in
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lot of materials is of the somewhere in
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lot of materials is of the somewhere in
the order of 2 to 500 Kelvin so it's not
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the order of 2 to 500 Kelvin so it's not
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the order of 2 to 500 Kelvin so it's not
one Kelvin it's not a million Kelvin um
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one Kelvin it's not a million Kelvin um
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one Kelvin it's not a million Kelvin um
so what you see is only at really low
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so what you see is only at really low