Determine the Debye temperature D, Debye wavelength, and the Debye frequency D for diamond given that the
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Determine the Debye temperature ΘD, Debye wavelength, and the Debye frequency ωD for diamond given that the lattice constant for this material is 3.56 Å, the density of diamond is 3.52 × 103 kg.m-3, and the speed of sound in diamond is 12,000 m.s-1.
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The Debye temperature D of a solid can be calculated using the following equation D h kB 3N 4 Vm13 v...View the full answer
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