1979Electronics LettersRequires access

Quantitative estimations of mode-coupling mechanisms in an optical fibre

K. Tatekura, Kiyohiko Itoh, Tadashi Matsumoto

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Abstract

Until now, for studying mode-coupling effects in optical fibres, many coupling coefficients have been proposed theoretically assuming a coupling mechanism is dominant. However, recent experimental studies have showed a rather intricate behaviour for those coefficients. In these circumstances, in the estimation of the magnitudes of various coupling mechanisms and the interaction among them, this letter calculates coupling-induced losses for some coupling coefficients based upon the experimental results.

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What this paper is about

Until now, for studying mode-coupling effects in optical fibres, many coupling coefficients have been proposed theoretically assuming a coupling mechanism is dominant. However, recent experimental studies have showed a rather intricate behaviour for those coefficients. In these circumstances, in the estimation of the magnitudes of various coupling mechanisms and the interaction among them, this letter calculates coupling-induced losses for some coupling coefficients based upon the experimental results.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Until now, for studying mode-coupling effects in optical fibres, many coupling coefficients have been proposed theoretically assuming a coupling mechanism is dominant. However, recent experimental studies have showed a rather intricate behaviour for those coefficients. In these circumstances, in the estimation of the magnitudes of various coupling mechanisms and the interaction among them, this letter calculates coupling-induced losses for some coupling coefficients based upon the experimental results.

Key concepts: Coupling (piping), Mode coupling, Mechanism (biology), Mode (computer interface), Coupling coefficient of resonators, Optical fiber, Physics, Biological system

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