Diffraction of light by ultrasound: Behaviour of the first order and the higher order Bragg maxima
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概要
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Intensity distribution of the light diffraction spectrum produced by progressive ultrasound is calculated by the normal mode theory -extended Brillouin theory- over a wide range of the parameters pertaining to this phenomenon and under condition of the normal incidence and under Bragg incidences of various orders. It is found that both "Bragg maxima" and "Bragg minima" take place for various order spectra according to the ranges of the various parameters pertaining to this phenomenon. The intuitive mechanism for the variation of the spectrum outside of the Raman-Nath region and the true Bragg region is attributable to the mirror-type Bragg reflection anticipated by the ray-optics theory.
- 社団法人日本音響学会の論文
著者
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Nomoto Otohiko
Kobayashi Institute Of Physical Research
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Ouchi Akiji
Department Of Mathematics National Defense Academy
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