Gandjbakhche A H, Bonner R F, Nossal R, Weiss G H
Appl Opt. 1996 Apr 1;35(10):1767-74. doi: 10.1364/AO.35.001767.
We calculate the time-resolved flux of photons transmitted across an optically turbid slab containing a partially absorbing inclusion. An analytical expression is obtained for the flux at a detector positioned opposite a point source (at a distance equal to the thickness of the slab) when the center of the inclusion lies on the line connecting those points. The calculation employs a discrete-time lattice random-walk model of photon transport. The resulting expression is used to assess the affects of time resolution on the detectability of the inclusion.
我们计算了穿过含有部分吸收性内含物的光学混浊平板传输的光子的时间分辨通量。当内含物的中心位于连接点源（距离等于平板厚度）和探测器的直线上时，得到了探测器处通量的解析表达式。该计算采用了光子输运的离散时间晶格随机游走模型。所得表达式用于评估时间分辨率对内含物可探测性的影响。
