Abstract： The light propagation and distribution in skin tissue is studied by using Monte Carlo technique. The radially resolved diffuse reflectance R and transmittance T vs radius r , angularly resolved R and T vs the exiting angle of the photon, absorption energy density A and internal Auence F vs r and z are simulated. Our results reveal that the light distribution for Gaussian beam is more centralized and its change is more rapid than those of circularly flat beam under the same incident energy and radius, no matter what R and T or A and F are. In addition, except that R(r) for circularly flat beam needs to be fitted by 15-order curve, the others can be fitted by 5-order or 6-order curve.
XUE Ling-Ling;ZHANG Chun-Ping;WANG Xin-Yu;ZHU Ming-Yao;ZHANG Lian-Shun;CHI Rong-Hua;ZHANG Jian-Dong;ZHANG Guang-Yin
. Monte Carlo Simulation of Light Transport in Five-Layered Skin Tissue[J]. 中国物理快报, 2000, 17(12): 909-911.
XUE Ling-Ling, ZHANG Chun-Ping, WANG Xin-Yu, ZHU Ming-Yao, ZHANG Lian-Shun, CHI Rong-Hua, ZHANG Jian-Dong, ZHANG Guang-Yin
. Monte Carlo Simulation of Light Transport in Five-Layered Skin Tissue. Chin. Phys. Lett., 2000, 17(12): 909-911.
2000, Vol. 17 
