内容：
在光学实验中使用的是非理想光源,其性能体现在多个方面。不同的光学实验,针对光源谱宽和线宽尺寸有不同的要求,因此需要考虑光的时间、空间相关性。目前对光学实验的仿真中分析光学现象较多,而分析光源对实验结果的影响较少,该文针对光源性能和装置特性进行探究,增强了仿真模型的可靠性和强健度,使仿真分析更易于接近实际操作。通过设计的人机交互界面,使得参数选取易于控制和调整,可连续演示直观反映各因素对实验结果的影响,是多因素、多层次仿真控制的一个发展方向。 In the optical experiment is the use of non-ideal light source, its performance is reflected in many aspects. Different optical experiments, for the light source width and line width size have different requirements, so need to consider the light time, spatial correlation. At present, the optical phenomena are analyzed in the simulation of optical experiments, and the influence of the light source on the experimental results is less. In this paper, the reliability and robustness of the simulation model are improved for the performance of the light source and the characteristics of the device. Easy to approach the actual operation. Through the design of human-computer interaction interface, making the parameter selection easy to control and adjust, can be a continuous demonstration of the impact of various factors on the experimental results, multi-factor, multi-level simulation control of a development direction.

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