atmospheric scattering

A Study on Atmospheric Scattering Directional Exponetional_Function

大气散射方向指数函数研究

The second part start from the atmospheric scattering model, analysed environmental light model and light scattering model, the two model reflects the inherent reason of the formation of fog image.

第二部分从大气散射模型入手，分析了环境光模型和散射光模型，这两个模型反应了雾天图像形成的内在原因。

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。

We study the statistics of scintillation at the airborne receiver for space earth space link by analysed the modulatory mechanism of atmospheric turbulence and terrain scattering on propagating laser beam.

通过分析大气湍流和地物散射对传输激光束的调制机理，运用双随机统计理论研究了空－地－空传输路径空载探测器接收到的光闪烁统计问题。

The contribution from atmospheric molecular scattering is prevailing to the signal received by the satellite sensors in visible spectrum over the clear ocean.

在洁净海洋上空，卫星遥感器在可见光谱区中接收到的信号主要来自于大气分子散射。

Simulation on Radiance from Atmospheric Limb Scattering and Sensitivity Analysis

大气Limb辐射亮度模拟及其敏感性分析

By this special filter, our algorithm is about 10 times faster than DCP and good recovery images are obtained. ( 2) A faster single image haze removal algorithm is designed based on the DCP prior knowledge and atmospheric scattering light.

运用该滤波器进行优化，使复原速度提高了10倍左右且复原效果较好。（2）基于DCP先验知识和大气散射光设计了一种快速去除单幅图像雾霾算法。

Firstly, the classification of fog is introduced. Then the characteristic of atmospheric scattering models and the difficulty caused by these models are analyzed.

论文中首先对雾天的分类给出了介绍，并且分析了雾天下的成像模型的特点，以及由此带来的图像清晰化处理的困难。

Wind profiler radar is a clear sky detection radar and its principle of is the use of atmospheric turbulence on the scattering of electromagnetic waves to achieve the detection of atmospheric wind field and other types of physical quantities.

风廓线雷达本身属于晴空探测雷达中的一种，其原理是利用大气湍流对电磁波的散射作用从而实现对大气风场等各类物理量进行探测的先进仪器。

The methods of spectro-polarimetric imaging and the skylight polarization measurements in real-time are adopted to largely reduce influence of atmospheric scattering.

改进了利用双旋转波片方法进行偏振成像的实验装置，提出了通过一次测量获得目标偏振度和强度编码图像的方法。

A mathematic model of frequency shift of atmospheric Brillouin scattering light is established and the influences of the mathematic parameters, such as air temperature, air pressure, vapor pressure, on the property of Brillouin scattering have been analyzed.

建立了大气布里渊散射光频移的数学模型，分析计算了温度、水汽压、大气压力等大气参量对布里渊散射特性的影响。

Ultraviolet ( UV) non-line-of-sight ( NLOS) communication, which is based on the unique characteristics of UV atmospheric scattering, is a new means of communication.

紫外光非视距通信是建立在紫外光特有的大气散射特性基础上的新型通信方式。

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。

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。

Then, by referring to the ultraviolet atmospheric single scattering model, the mathematical model of the wireless channel, a UV system impulse response has been obtained.

然后，通过参考紫外光大气单散射模型，对紫外无线信道的数学模型分析和研究，进一步得出了紫外光系统的单位脉冲响应。

Laser Scintillation Statistics Caused by Atmospheric Turbulence and Terrain Scattering

地物散射和大气湍流导致的激光闪烁统计

During the transmission process in the atmosphere of the sunlight, polarized light is generated by the atmospheric scattering of air molecules and aerosol particles.

太阳光在大气层传输过程中，与空气分子、气溶胶粒子发生大气散射形成偏振光。

Visual Simulation of Atmospheric Scattering on Earth Based on GPU

基于GPU的地球大气散射现象可视化仿真

On the basis of analysising the effects of the atmospheric absorption and scattering for the infrared optical systems, the role of distance in infrared system has been studied.

分析了大气吸收和散射对于红外光学系统的影响，研究了红外光学系统的信噪比和作用距离的影响因素。

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。

Study of Atmospheric Transmission and Back Scattering Laser Detection

大气传输对激光后向散射式能见度测试的影响及理论研究

A Method of Restoring A Weather Degradation Image Based on Atmospheric Scattering Model and Its Application

基于大气模型的天气退化图像复原方法及应用

It is necessary to detect the atmospheric scattering laser in some situation.

有些应用场合需要利用大气气溶胶对激光的散射来探测激光。

The precision of RS imaging and measuring is affected directly by the atmosphere during imaging process due to the atmospheric molecular and aerosol scattering and absorbing the target radiance.

在卫星遥感成像过程中，地物的辐射信息受到大气分子和气溶胶粒子的散射和吸收，这些会直接影响遥感的精度。

It is found that the atmospheric aerosol scattering properties are comprehensively affected by the meteorological conditions.

观测结果显示气象条件是影响气溶胶散射特性的重要因素之一。

This article consider atmospheric attenuation and Scattering influence, fix the atmosphere transmission which is affected by the condition of the high 、 Inclined path 、 weather.

本文中考虑的是大气（水蒸气和二氧化碳分子）产生的吸收衰减以及散射作用，并且修正了由于高度、斜程和气象条件引起变化的大气透射率。

Improvement of Image Quality Based on the Models of Atmospheric Scattering in Free Space

基于自由空间中光信息传输模型改善图像质量

The error of the measurement caused by the atmospheric back-scattering ratio R_b can't be ignored.

由于大气后向散射比Rb值的变化，导致测量结果有很大的误差。

The impact of atmosphere on laser transmitting, the atmospheric absorption and scattering of laser, the light intensity fluctuation and the arrival angle fluctuation at the receiving end, and the influence of background radiation were introduced.

从激光在普通大气中传输所受影响开始，分析大气对激光造成的吸收和散射，接收端的光强起伏、到达角起伏，以及背景辐射的影响。

Effects of Atmospheric Scattering on Thermal Infrared Remote Sensing of the Earth

热红外对地遥感中的大气散射效应