大气光学

其次，依据大气光学中的Mie散射理论，对探测云层的激光波长进行了定量的分析，并给出了最优的激光波长；

In Chapter Three , we quantitatively analyze wavelength of laser that detect cloud layer , and have found optimum laser wavelength value according to Mie scattering theory in atmospheric optics .

现代大气光学及其应用

Modern Atmospheric Optics and Its Applications

500m激光传输路径大气光学参数遥测系统

A Remote Measure System of Atmospheric Optical Parameters in Light Path between Five Hundred Meters

对于遭受随机媒质退化的成像，需要用统计方法和功率谱模型实施复原处理首先探讨了统计模型的大气光学传递函数（OTF）；

Statistic approaches and power spectrum modeling are adopted to restore the images degraded by random medium . Atmospheric optical transfer function ( OTF ) based on statistic model is discussed first .

此外论文还对拟用于大气光学测量的光电倍增管进行了实验研究：测量了带制冷的CR131-1和CR131-2的暗计数随温度的变化情况；

Further more experimentations on PMT used in detecting atmosphere are carried out : the change of dark counts with temperature of CR131-1 and CR131-2 is measured ;

本文在Bouguer-Lambert定律的基础上，利用现代较精确的大气光学性质参数拟定出一种可直接计算（？）ngstr（？）

In this paper , a method is developed with the modern more accurate parameters of atmospheric optical characteristic based on Bouguer-Lambert law to calculate directly Angstrom turbidity coeffcient (β) .

城市烟雾层大气光学特性的研究

Study on Optical Properties of Urban Smog Layer E City

红外窗区范围内的大气光学特性

Optical properties of the atmosphere in the infrared window regions

南极瑞穗站大气光学特征研究

Study of Atmospheric Optical Properties over Mizuho Station in Antarctica

虹晕等几种大气光学现象的偏振

Polorization of Some Atmospheric Optical Phenomena as Rainbow and Halo

天空亮度分布在大气光学领域有着重要的应用。

Distribution of sky brightness is significant in atmosphere optics .

提出了一种大气光学折射率结构常数的数值模式。

A numerical model of atmospheric optical refractive index structure parameter is presented .

不同地区大气光学湍流内外尺度测量

Measurement of inner and outer scale of atmospheric optical turbulence in different areas

光纤传感技术用于大气光学湍流测量

Fiber Optical Sensing Technology and its Applications in Measuring Atmospheric Optical Turbulence Parameters

人造卫星大气光学折射的研究

Investigation of the optical atmospheric refraction for artificial satellites

大气光学特性对目标成像影响的分析

Analysis of the influence of the optical property of atmosphere on target imaging

低层大气光学厚度的一些特征

Some characteristics of optical depth in the lower atmosphere

大气光学湍流测量中平均时间和原始数据的筛选

Study of average time and source data differentiation in measuring atmospheric optical turbulence

反常折射对时纬观测影响的计算方法。作为应用实例，本文计算了长江三角洲地区的大气光学面斜倾、反常折射及其对时纬观测的影响，并作了初步分析。

The method to calculate the influence of anomalous refraction on time-latitude observations .

大气光学湍流、模式与测量技术

Atmospheric Optical Turbulence , Model and Measurement Techniques

大气光学面等效倾斜的概念和计算公式；

( 3 ) the concept and the formulae of equivalent inclination of the surfaces ;

本文提出了用宽带辐射资料回归内插求取大气光学厚度谱的方法。

A method of determining atmospheric optical depth spectra from wide-band direct solar radiation is presented .

大气光学湍流对光电探测器性能的影响

Optical turbulence effects on electro-optical sensors

研究目标与背景及大气光学特性，对于武器装备的研制和评价，具有重要意义。

Researching optical characteristics of targets , its backgrounds and atmosphere is significant for assessing property of weapons .

大气光学参数包括了影响激光大气传输的多种大气光学特性参数。

The atmospheric optical parameters include many atmospheric characteristic parameters which affect the laser propagation in the atmosphere .

本文报道了一种测量大气光学参数的积分球方法，以及其定标与测量结果。

The paper introduces a method of measuring optical atmosphere parameter with an integrating sphere and results of calibration and measurement .

动态波前相位信息测量是大气光学、气动光学和激光技术等领域的重要实验手段。

The data measurement of dynamic wavefront phase is an important experimental means for atmospheric optics , aero optics and laser technique .

现场实验表明所得大气光学厚度数据有较高的精度，甚至可以得到其变化情况。

The experiments showed that the results measured are in high accuracy , even can obtain the variation of the atmospheric optical thickness .

第一章介绍了大气光学的研究进展及激光辐射传输研究的意义；

In the first part , the research progress of optics of the atmosphere is introduced and the significant of laser radiation was given .

偏振信息在大气光学，海洋光学，遥感等领域有广泛的应用。

There are wide applications of the polarization information in the fields of the atmospheric optics , oceanic optics , remote sensing , and so on .