Sound Velocity and Diffraction Intensity Measurements Based on Raman-Nath Theory of the Interaction of Light and Ultrasound.

Neeson, John F.; Austin, Stephen

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Peer reviewed

ERIC Number: EJ128383

Record Type: CIJE

Publication Date: 1975

Pages: N/A

Abstractor: N/A

ISBN: N/A

ISSN: N/A

EISSN: N/A

Sound Velocity and Diffraction Intensity Measurements Based on Raman-Nath Theory of the Interaction of Light and Ultrasound

Neeson, John F.; Austin, Stephen

American Journal of Physics, 43, 11, 984-986, Nov 75

Describes a method for the measurement of the velocity of sound in various liquids based on the Raman-Nath theory of light-sound interaction. Utilizes an analog computer program to calculate the intensity of light scattered into various diffraction orders. (CP)

Descriptors: Acoustics, College Science, Computer Assisted Instruction, Higher Education, Laboratory Techniques, Optics, Physics, Science Activities, Science Education, Velocity

Publication Type: N/A

Education Level: N/A

Audience: Practitioners

Language: N/A

Sponsor: N/A

Authoring Institution: N/A

Grant or Contract Numbers: N/A

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