Determine the value of the phonon quasimomentum corresponding to the frequency o = 0.40max. The average value of the speed of sound in the crystal is = 2000 m/s, the characteristic Debye temperature is 0 D = 150 K. The dispersion of sound waves in the crystal is neglected.
Determine the value of the phonon quasimomentum corresponding to the frequency o = 0.40max. The average value of the speed of sound in the crystal is = 2000 m/s, the characteristic Debye temperature is 0 D = 150 K. The dispersion of sound waves in the crystal is neglected.
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![3. Determine the value of the phonon quasimomentum corresponding to the frequency o =
0.40max. The average value of the speed of sound in the crystal is <u> = 2000 m/s, the
characteristic Debye temperature is 0 D = 150 K. The dispersion of sound waves in the crystal is
neglected.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3844ba80-060b-41a6-872c-84d2f3fd6dff%2Fa21ab317-b1c4-4f0e-9d89-e01b21b89877%2Fbdr5d7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. Determine the value of the phonon quasimomentum corresponding to the frequency o =
0.40max. The average value of the speed of sound in the crystal is <u> = 2000 m/s, the
characteristic Debye temperature is 0 D = 150 K. The dispersion of sound waves in the crystal is
neglected.
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