A transmission grating is used with light incident normal to its plane. The width of each slit is one-third the spacing between slits. By considering single-slit diffraction, show that the third-order (j = 3) multislit diffraction maxima are missing from the diffraction pattern of the grating.
A transmission grating is used with light incident normal to its plane. The width of each slit is one-third the spacing between slits. By considering single-slit diffraction, show that the third-order (j = 3) multislit diffraction maxima are missing from the diffraction pattern of the grating.
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A transmission grating is used with light incident normal to its plane. The width of each slit is one-third the
spacing between slits. By considering single-slit diffraction, show that the third-order (j = 3) multislit
diffraction maxima are missing from the diffraction pattern of the grating."
Transcribed Image Text:47
A transmission grating is used with light incident normal to its plane. The width of each slit is one-third the
spacing between slits. By considering single-slit diffraction, show that the third-order (j = 3) multislit
diffraction maxima are missing from the diffraction pattern of the grating.
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