Abstract

Because vibrational energy levels of molecules result in distinct Raman signatures, Raman spectroscopy provides a means of exploring matter to determine molecular composition. Uses of Raman spectroscopy such as in vitro breast tissue and arterial-wall measurements have been documented widely^1,2. This work describes the results from an experimental characterization and analytical modeling of an optically turbid medium. In this work, Raman spectroscopic techniques are used to detect a known heterogeneity embedded within a scattering medium. The techniques presented here show promise for use in future applications of remote detection.

© 1995 Optical Society of America