在作者已有工作和思考的基础上，进一步 分析和探讨了可分裂的光子模型，并给出了集合或整体意义上的总 体量(例如吸收率、反射率和透射率)与单个光子的对应量(例如吸收、反 射和透射)之间的对应关系。利用可分裂的光子模型可以解释反射、衍 射、干涉等光学现象。基于蒙特卡罗方法和可分裂的光子模型，可 以对反射、衍射、干涉等光学现象进行计算机仿真。介绍了有关仿 真算法的思路。

On the basis of the author’s existing work and thought, the splitting photon model is further analyzed and discussed. The relationship between the total quantity (e.g. absorbance, reflectivity and transmittance) on the sense of assemblage or integrity and the corresponding quantities of single photons (e.g. absorption fraction, reflection fraction and transmission fraction) is given. The splitting photon model can be used to explain the optical phenomena such as reflection, diffraction, interference and so on. On the basis of the Monte Carlo method and the splitting photon model, the optical phenomena such as reflection, diffraction and interference can be simulated by computer. The idea of simulation algorithm is presented.