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Experimental demonstration of a sensing mechanism for optical-fiber intermodal interference sensors

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Abstract

A series of experiments in which a multimode optical fiber was forced to vibrate by a loudspeaker was performed to investigate the sensing mechanism of an integrated optical-fiber communication–sensing system. It was demonstrated that the sensing mechanism is predominantly pressure-induced phase modulation rather than mode-coupling-induced power transfer in an optical fiber.

© 1990 Optical Society of America

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