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1·Improved quality of Sky atmospheric scattering.

改善天空大气散射的质量。

2·This paper may be a good technologic reference for engineers to implement atmospheric scattering of digital earth.

本文将是一篇针对工程人员在实现数字地球的大气散射时好的技术导向文献。

3·We introduce the course of applying the relative scatter model, and test the result of the atmospheric scattering correction.

详细介绍相对散射模型的应用过程，并进行大气辐射校正的检验。

4·This paper presents an efficient method of simulating natural light shafts with atmospheric scattering based on physical models.

依据空气散射的物理原理，提出一种高效的能够实时模拟动态自然光束的真实感绘制方法。

5·Up to the present, the research on this subject mainly focuses on the local histogram equalization and atmospheric scattering model.

目前对有雾图像的增强和恢复研究主要集中于局部直方图均衡化和大气散射模型两个方面。

6·Measurements of polarized properties of atmospheric scattering radiation is one of an effective means of investigating the optical and physical parameters.

大气散射辐射偏振特性测量是研究大气光学和物理特性的有效手段之一。

7·Fixed a visual error in atmospheric Fog scattering texture lookup.

固定的视觉误差在大气中的雾散射纹理查找。

8·Contribution of atmospheric molecular scattering and aerosol scattering of received scattered energy is discussed.

重点讨论了大气分子散射和气溶胶散射各自对接收散射光能量的贡献。

9·Then the paper researches into atmospheric absorption which influences on atmosphere laser transmission, scattering, rapids, thermal blooming effect and the constructs atmospheric channel model.

论文研究了影响大气激光传输的大气吸收、散射、湍流和热晕效应，构建了大气信道模型。

10·Subsequently, we stress on the absorption and scattering characteristics of space-to-ground atmospheric stochastic channel.

随后，本文着重分析了空-地随机大气信道的吸收、散射和湍流特性。