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How does the differential pathlength factor for steady-state near-infrared spectroscopy of homogeneous medium vary with geometry?

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Abstract

We estimate analytically how much the differential pathlength factor for steady-state near-infrared spectroscopy of homogeneous medium varies when evaluated in geometries including sphere as applying to neonatal head, comparing to that in the semi-infinite half-space.

© 2015 Optical Society of America

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