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The visible light of wavelength 4000 Å undergoes scattering froma diamond crystal of refractive index 2.42. Calculate the maximum frequency of the phonon generated and the fractional change in the. frequency of the incident radiation, given the velocity of sound in 1. diamond as 1.2 x 104 ms-

The visible light of wavelength 4000 Å undergoes scattering froma diamond crystal of refractive index 2.42. Calculate the maximum frequency of the phonon generated and the fractional change in the. frequency of the incident radiation, given the velocity of sound in 1. diamond as 1.2 x 104 ms-

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frequency of the phonon generated and the fractional change in the. The visible light of wavelength 4000 Å undergoes scattering from diamond crystal of refractive index 2.42. Calculate the maximum 1. frequency of the incident radiation, given the velocity of sound diamond as 1.2 x 104 ms-1
Transcribed Image Text:frequency of the phonon generated and the fractional change in the. The visible light of wavelength 4000 Å undergoes scattering from diamond crystal of refractive index 2.42. Calculate the maximum 1. frequency of the incident radiation, given the velocity of sound diamond as 1.2 x 104 ms-1
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