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"Time-resolved backscattering of femtosecond pulses from scattering media - an experimental and numerical investigation" C. Hauger, E. Baigar, T. Wilhelm, W. ZinthOpt. Comm. 131 (1996) 351-358 Abstract: Time-resolved backscattering of ultrashort light pulses from scattering media isinvestigated with regard to potential application in the diagnosis of human skin. ATi:sapphire laser based system is presented which allows recording the backscatteredlight with a depth resolution of ~10um. Under conditions similar to those of human skin,the system is able to record scattered light from depths of up to 1mm. Monte-Carlosimulations in combination with detailed experiments are used to explain the influenceof various experimental parameters on the backscattering signal. By this comparison,the scattering properties of the latex suspensions used as a reference medium couldbe determined in bulk and layered model structures. BMO authors (in alphabetic order): Erik Baigar Thomas Wilhelm Wolfgang Zinth |