大气辐射传输

用基于遥感器辐射定标参数和大气辐射传输模型计算的方法对CBERS-02卫星CCD图像进行了大气订正，较好地消除了CCD遥感图像中非目标地物的成像信息。

The method , which is based on the radiometric calibration coefficient and the atmospheric radiative transfer software , is used to atmospheric correction of CBERS - 02 's CCD image . The non-object information has been removed from the CCD remote sensing image .

中波红外火情遥感的大气辐射传输特性

Atmospheric radiation transmission character for fire detection in medium infrared spectrum

中红外大气辐射传输解析模型及遥感成像模拟

Mid-Infrared Atmosphere Radiation Transfer Analytic Model and Remote Sensing Images Simulation

大气辐射传输模型的比较研究

Inter-comparison of models for radiative transfer in the atmosphere

第二章进行了大气辐射传输模型的模拟与分析。

The second chapter will introduce the simulation and analysis of atmospheric radiation transferring model .

目标-背景对比度是基于大气辐射传输理论的空间目标识别的重要参量之一。

Target-background contrast is one of the important parameters for indentification of target in space .

根据大气辐射传输机理利用观测海洋的方法，对星载遥感器的可见和近红外通道进行绝对辐射定标。

Based on the mechanism of radiative transfer in the atmosphere , the present paper applies the approach using clear ocean view to calibrate absolutely visible and near-infrared sensors on satellites .

大气辐射传输是指太阳辐射能和热辐射能以电磁波的形式在大气中的传播输送和转化，它是大气物理活动的最主要动力来源。

Atmospheric radiative transfer is the transport and transformation of solar radiation and thermal radiation in the form of electromagnetic wave , which is the main driving force of atmospheric sources of physical activity .

该算法利用大气辐射传输方程的数值解构造点扩散函数，可用于不同天气条件下的退化图像的复原。

The numerical value solution of atmospheric radiation transmission equation ( RTE ) is used to construct point spread function and implement the restoration of all kinds of atmosphere degraded images under different weather conditions .

本文在应用大气辐射传输模型对高光谱遥感数据进行大气模拟的基础上，研究并发展基于遥感影像信息的经济、有效的大气辐射校正和反射率反演算法。

Based on the atmospheric simulation by using atmospheric radiance transfer model to analyze the hyperspectral remote sensing data , the economic and efficient algorithm of the atmospheric correction and surface reflectance retrieval was studied .

高光谱成像系统的传感器接收到的地面辐射，既包括了地面反射光谱信息，也记录了大气辐射传输效应引起的地面反射辐照度的变化信息。

The radiation from the ground received by Hyperspectral imaging sensors includes not only the ground reflectance spectral information , but also the change information of surface irradiance reflection due to the effects of atmospheric radiation transfer .

首先，本文探讨了大气辐射传输模式的原理，分析计算了用于遥感的几个关键参数：大气氧气分子的吸收特性、大气透过率、权重函数，给出仿真结果。

Firstly , the paper discusses the transmit mode of atmospheric radiation ; some pivotal parameters for remote sensing are analyzed and calculated , such as the absorption characteristic of oxygen molecular , atmospheric transmissivity and weight function .

该方法基于一个简单的模式：大气辐射传输介质被简化成三个等效层：臭氧单独构成的吸收层，空气分子、云和气溶胶粒子组成的散射层，以及地面反射层。

This method is based on a simple concept : the earth-atmosphere system can be equivalent to three layers : absorption layer by ozone , scattering layer containing air molecules , cloud and aerosol particles , and the surface reflecting .

本文在系统地介绍了国内外光学成像仿真技术发展概况的基础上，分别对地表反射率生成、大气辐射传输、光学传感器原理进行了分析，提出基于叶面积指数等地表参数的航天遥感图像仿真流程。

The development of optical imaging Simulation is introduced , and space remote sensing image simulation process based on the leaf area index and other surface parameters is studied in the paper , which anglicizing the surface reflectivity , atmospheric radiation transfer and optical sensor theory .

首先介绍了大气辐射传输模型；然后找出影响大气气溶胶反演的各个因素后逐一模拟分析，这些因子包括表观反射率、地表反射率、几何位置的变化、大气水汽含量和气溶胶模式等。

At first , an short introduction to the atmospheric radiation transferring model is given , then the factors impacting the aerosol optical depth inversion have been analyzed one by one , which include apparent reflectance , surface reflectance , geometry condition , atmospheric water vapor content and aerosol modes .

海洋-大气耦合辐射传输模式

A Radiative Transfer Model in the Atmosphere - Ocean System

大气短波辐射传输之辐射函数的改进

Improvement of radiative function in atmospheric short wave radiation transfer

大气短波辐射传输研究中的辐射函数

Radiative Function in the Study of Short Wave Radiation Transfer in the Atmosphere

首先，详细地推导了加倍法解大气矢量辐射传输方程的基本关系式和实际的计算原理。

The vector radiative transfer equation ( VRTE ) in a plane-parallel atmosphere with the adding-doubling method is deduced and solved in detail .

然后通过目标及大气辐射和传输计算，分析了温度、压强、相对湿度、能见度等参数的变化，对空中目标的红外可测度的影响。

Through a mount of simulating calculation , the influence of the atmospheric temperature , pressure , humidity and visibility to aerial infrared targets has been analyzed .

根据大气的辐射传输方程提出了一种计算速度快、精度高尾焰紫外辐射传输的模型，这种模型的收敛性已得到证明。

Based on radiative transfer equation , a model which has high precision and compute fast has been designed . The convergence of this model has been confirmed .

在地球大气红外辐射传输特性的理论模型基础上，分析了直的矿井隧道中大气红外辐射衰减因素，研究了红外辐射的传输特性；

Based on the theoretic model of transmission characteristic of infrared radiation through earth atmosphere , analyzed the factors of the infrared radiation attenuation and studied the transmission characteristic of infrared radiation through atmosphere of straight mine .

矿井大气中红外辐射传输特性

Transmission characteristic of infrared radiation through mine atmosphere

本文在理论上研究了影响海洋反射率的因素，得到了海洋反射率与其相关的曲线，这些结论对计算海洋&大气系统的辐射传输方程有实际作用。

In the paper , we study lots of factors which affect the ocean surface reflectance in theory and get the ocean surface reflectance with the related curve . These conclusions are very practical to solve the RTE for Ocean-Atmosphere systems .

绿洲边缘内外大气中水汽影响辐射传输分析

Analysis of vapor on radiative transfer inside and outside of oasis edge

另外，采用大气多次散射的辐射传输方程，计算了火山喷发对大气辐射变温的影响效果。

Meanwhile , by using the equation of atmospheric radiation transfer , and the change rate of .

利用大气-海洋系统辐射传输模拟水色遥感信息量的变化特性

Simulation of the Properties of Information Relating to Ocean Colour Remote Sensing by Radiative Transfer in the Atmosphere-ocean System

利用大气和水体的辐射传输方程推导出太阳光的菲涅耳反射模式，在合适的参数条件下计算出试验海区的太阳耀光。

A model of the specular reflectance of direct Sun light at a rough sea surface was derived by radiative transfer through the atmosphere and water .

给出了热红外遥感中重要的基本概念及定律，对太阳及地物的热红外辐射特性进行了简要分析，指出大气在热红外辐射传输中的作用及影响。

Basic conceptions and fundamental laws are introduced . Thermal infrared radiation characteristics of solar and the earth are analyzed , and indicates the influence of the atmosphere in atmospheric irradiative transfer .

本文总结了三类大气校正技术方法，大气辐射传输模型是理论上处理精度最高的方法。

This paper summarizes three methods of atmospheric correction , and atmospheric radiative transfer model is the most accurate method .