Given the following information about the Diamond; lattice constant 3.56 A, the speed of sound in Diamond is 120 cm.S¹, the density is 3.52x10³ kg.m³, and the Diamond mass is 12 amu. Determine the following: Op gr a- Debye temperature, b- Debye wavelength, e- and the Debye frequency. We (GH² h) 5.

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Given the following information about the Diamond; lattice constant 3.56 Å, the
speed of sound in Diamond is 120 cm.S¹, the density is 3.52×10³ kg.m³, and the
Diamond mass is 12 amu. Determine the following:
a- Debye temperature, Op
b- Debye wavelength,
gr
c- and the Debye frequency.
W₁ SW (GH² h) s
Transcribed Image Text:Given the following information about the Diamond; lattice constant 3.56 Å, the speed of sound in Diamond is 120 cm.S¹, the density is 3.52×10³ kg.m³, and the Diamond mass is 12 amu. Determine the following: a- Debye temperature, Op b- Debye wavelength, gr c- and the Debye frequency. W₁ SW (GH² h) s
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