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When surface plasmon resonance is excited in Kretschmann configuration, the maximum Goos–Hänchen shift occurs at the resonant angle which is associated with the minimum value of reflectivity, but the maximum angular shift occurs at two incident angles beside the resonant angle. When the reflected beam is detected at Rayleigh range, the maximum net lateral shift of the reflected beam does not encounter...
Angular shift of the reflected beam is investigated analytically when surface plasmon resonance is excited in Kretschmann configuration. It is shown that the maximum angular shift does not occur at the resonant angle with the minimum of reflectivity but occurs at the two incident angles beside the resonant angle, which is different from Goos-Hänchen shift and can be used to surface plasmon resonance...
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