利用组织光学液体模型模拟组织体，实验验证了理论推导的正确性。
The correctness of theoretical deduction is invalidated by the experiments using optical simulation phantom of tissue.
物理光学rcs模拟程序要经过一系列的基本形状和涂层材料面板的建模，并且与第三方已发表的实验结果进行比对，才能验证其完整性。
The integrity of the PO RCS simulation program was validated by modelling a range of basic shapes and materials coated panels, and comparing against published experimental third party results.
就大功率LED照明的光学设计中的一些问题做了实验、分析和计算机模拟。
The optical design of experiments of High-power LED lighting was done on some issues, analysis and computer simulation.
进行了计算机模拟和光学实验，结果与理论分析一致。
Both optical experiments and simulation computing have shown the consistency with the theoretical analysis.
建立了初步光学实验平台，通过模拟云雾干扰实验，研究不同模糊特征图像的恢复处理方法。
The initial optical experimental platform was built, and restoration processing methods were discussed according to different blurring characteristics through experimental clouds simulation.
同时给出准光学谐振腔高频系统的模拟计算和冷测实验的典型曲线。
The typical curve of quasi optical cavity simulation and cool testing experiment are also given.
提出并实现了一种应用于深空探测自主光学导航地面仿真实验的光学信号模拟器。
An optical signature simulator was proposed and developed for simulations and ground experiments of optical-based autonomous navigation sensors for deep space exploration.
文末给出了计算机模拟结果和初步的光学实验结果。
Also, results of computer simulation and initial experiments are presented.
由于计算机光学元件能充分有效地产生任意形状的光波波面，所以，本文主要涉及到研究计算机光学元件的理论设计、计算机模拟、实验研究。
Because of the computer optical elements can shape the laser beam to arbitrary shape, so, in this paper we mainly study the designation and the experimentation of the computer optical elements.
实验结果表明，光学再现像与数值模拟结果相吻合，从而验证了纯相位调制特性测量的准确性。
Experimental results show the optical re-constructed image and numerical reconstructed image are similarity, thus the accuracy of phase modulation characteristics is verified.
利用设计的多波段光学系统进行了相关实验，结果证明了模拟分析的正确性，表明此分析能用于指导多波段光学系统的设计和研制。
The analyzed result was approved by the image achieved from the multichannel system, and it indicates that the analysis is a contribution to design and manufacture of multichannel system.
利用设计的多波段光学系统进行了相关实验，结果证明了模拟分析的正确性，表明此分析能用于指导多波段光学系统的设计和研制。
The analyzed result was approved by the image achieved from the multichannel system, and it indicates that the analysis is a contribution to design and manufacture of multichannel system.
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