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In vivo investigation of the optical properties of muscle using a layered model

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Abstract

Measurements of the time-resolved relfectance on the human forearm were performed using a pulsed laser and a streak camera to determine the optical coefficients of the muscle layer. A solution of the two-layered and the semi-infinite diffusion equation were used to analyse the reffectance curves. Monte Carlo simulations were performed for a three layered model for the skin, the subcutaneous fat layer and the muscle layer to investigate the optical properties determined from the two-layered model

© 1999 Optical Society of America

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