The optical model is one of the most important theories in nuclear data calculations and evaluations.
光学模型是在核数据计算和评价中所使用的最重要的理论之一。
The optical model is the foundation and starting point for all nuclear model theoretical calculations.
光学模型是各种核反应模型理论计算的基础和出发点。
Finally, the primary productivity of Taihu Lake is calculated with bio-optical model.
最后，利用生物-光模式，计算了太湖的初级生产力。
Conclusions The optical model developed could be used to study tissue optical property of vitiligo skin.
结论所建立的光学模型可应用于白癜风皮肤的组织光学特性的研究。
Results the melanin distribution in vitiligo skin was obtained and the optical model for vitiligo skin was developed.
结果得到白癜风皮肤中黑色素的分布情况，建立了白癜风皮肤的光学模型。
The optical model and the method developed here can be used in both basic and clinic study of skin.
本文建立的皮肤组织光学模型及其方法，可应用于皮肤光学基础与临床的其它研究中。
Analysis of optical model, sensing principle of laser sensors and mathematics model of image reconstruction from projections.
分析了激光传感的光学模型、传感原理以及由投影重建图像的数学模型。
This formula can integrate MSC and HFM with the optical model and can give self-consistent and uniform description for nuclear reaction.
这一公式将MSC和HFM与光学模型相联系，对核反应给出自洽和一致的描述。
In this paper, a mixed model which combines the statistics model with the optical model is presented to estimate LAI from Landsat-5 TM image data.
本文提出了一种利用混和模型从TM图像上获取叶面积指数的方法。
Objective To develop an optical model for vitiligo skin, and offer theoretic analysis and instruction for both basis and clinic study of vitiligo skin.
目的建立白癜风皮肤的光学模型，为白癜风皮肤的基础或临床研究提供理论分析与指导。
Analytical algorithm, which is based on bio-optical model, represents the trends of algorithms in retrieving water quality parameters from remote sensing data.
基于生物光学模型的水质参数反演分析方法是水质遥感监测算法的发展趋势。
Based on the analysis of skin structure, the light transport property in skin and the optical parameters of skin tissue, an optical model for normal skin was developed.
基于人体皮肤的组织结构，光在皮肤组织中的传输特性以及皮肤各层的组织光学参数，建立了正常皮肤的光学模型，介绍了该模型中的组织光学参数的确定方法。
According to the principle of focusing error for two dimensions laser galvanometer scanning, a dynamic focusing optical model for correcting this error was put forward.
针对二维振镜存在的聚焦误差问题，根据产生聚焦误差的原理，采用动态聚焦技术补偿聚焦误差。
The experimental data are fitted by use of the optical model. The probable reasons of the enhancement and oscillation of the elastic scattering angular distribution are discussed.
用光学模型对实验数据进行了拟合，并讨论了弹散角分布振荡及增强的可能原因。
The experimental data are fitted by use of the optical model. The probable reasons of the enhancement and oscillation of the elastic scattering angular distribution are discussed.
用光学模型对实验数据进行了拟合，并讨论了弹散角分布振荡及增强的可能原因。
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