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material the bonds get slightly softer |
Okay so the vibrational frequencies get |
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Okay so the vibrational frequencies get |
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Okay so the vibrational frequencies get |
smaller they get weaker the bonds get |
align:start position:0% |
smaller they get weaker the bonds get |
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smaller they get weaker the bonds get |
softer so you get more vibrations or in |
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softer so you get more vibrations or in |
align:start position:0% |
softer so you get more vibrations or in |
a quanti scheme remember that the the |
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a quanti scheme remember that the the |
align:start position:0% |
a quanti scheme remember that the the |
spacing between the zero level of a phon |
align:start position:0% |
spacing between the zero level of a phon |
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spacing between the zero level of a phon |
and the and the first excited one is H |
align:start position:0% |
and the and the first excited one is H |
align:start position:0% |
and the and the first excited one is H |
new H times the frequency so if the |
align:start position:0% |
new H times the frequency so if the |
align:start position:0% |
new H times the frequency so if the |
frequency becomes smaller your first |
align:start position:0% |
frequency becomes smaller your first |
align:start position:0% |
frequency becomes smaller your first |
excited state is closer so you excite |
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excited state is closer so you excite |
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excited state is closer so you excite |
more so you have more disorders you have |
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more so you have more disorders you have |
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more so you have more disorders you have |
more entropy and that's why most |
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more entropy and that's why most |
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more entropy and that's why most |
materials have positive thermal |
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materials have positive thermal |
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materials have positive thermal |
expansion because essentially they get |
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