利用DTM，进行地形辐射校正，以消除地形辐照度差异。
DTM is need to correct irradiation difference for different topography.
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。
We introduce the course of applying the relative scatter model, and test the result of the atmospheric scattering correction.
目前大气辐射校正方法的局限性已经严重影响了定量遥感科学进展。
Nowaday the limitation of the method of atmospheric and radiometric correction had been strictly effecting the development of RS science.
在解决了前期的辐射校正及定标等问题以后，超谱图像的推广应用是当务之急。
Their application is a task of top priority after solving the problems of radiance correction and calibration.
中国对地观测遥感卫星辐射校正场（即敦煌场）位于中国敦煌市西戈壁沙漠的西北角。
The Dunhuang test site is situated in the northwest corner of the Gobi desert near the city of Dunhuang.
本文主要对试验区遥感影像进行了辐射校正、大气校正、几何校正和数据融合等处理。
In this paper, the main work of author are below as follows: radiation correction, atmospheric correction, geometric correction and data processing integration.
敦煌辐射校正场，是我国为实现对地观测卫星传感器的辐射校正于1996年确定的陆地校正场。
Dunhuang radiometric calibration site is a land area specifically selected in 1996, and used for the radiometric calibration of earth-observed satellite sensors.
单手的重点功能，辐射校正，反映背景温度补偿，校正增加和传输，在大多数情况下的测量精度。
One-handed focus capability, emissivity correction, reflected background temperature compensation, and transmission correction increase the accuracy of measurements in most situations.
本文针对宽视场线阵扫描成像光谱数据和农田地块这一特定目标，提出了一种基于统计原理的简化综合辐射校正方法。
A simplified integrative algorithm of radiance correction to wide view spectral imaging data and the special object of cropland based on the principle of statistics was presented.
人脸检测和识别受不同环境照明的影响很大，彩色图像中人脸高光区域的自动检测和辐射校正有助于对人脸的正确分析和识别。
The automatic detection and radiation correction of a highlighted face area is helpful to analyze and identify human faces correctly in a color image.
利用该发射率光谱测量结果，可以在敦煌戈壁——中国遥感卫星辐射校正陆面场， 对目前国内外主流的遥感卫星热红外通道进行在轨场地绝对辐射定标。
With these measured emissivity spectra, all of the mainstream thermal infrared remote sensors can be calibrated using Dunhuang Gobi surface at radiometric calibration site of China.
目的探讨个体辐射敏感性对GPA基因突变频率的影响及其校正方法。
Objective To study the influence of individual radiation sensitivity on GPA gene mutation frequency and the way to adjust it.
除了传感器定标、辐射定标以及大气校正等因素需考虑之外，还应考虑土壤二向反射特性BRDF问题。
Besides sensor calibration, radiance calibration and atmospheric correction, BRDF of soil reflectance property should be taken into account.
主要的研究内容如下：(1)ASAR数据预处理方法研究，包括辐射定标、几何校正和斑点噪声的去除。
The method research of Envisat-1 ASAR data preprocessing includes radiometric calibration, geometrical correction and speckle reduction.
论文第二部分实现了图像辐射畸变的校正。
Radiometric correction of images is dealt with in the second part of this paper.
第四章根据反演得到的气溶胶光学厚度和大气水汽含量，利用辐射传输模型计算大气校正参数的方法来对遥感图像进行大气校正。
The forth one gives a method to correct the atmospheric effects by taking the AOD and water vapor content inversion results into the atmospheric radiation transferring model.
本文介绍了黑涂层热阻的测量，进而推及热电型电校准辐射计锥腔型灵敏面黑涂层热阻的校正因子。
Measurement of thermel resistance black painting was described, and thus calibration factor of the black painting of the response area of the absolute radiometer.
由于非均匀性校正的局限性，以前的微测辐射热计需要对基底温度进行精确控制。
Because of the limitation of non uniformity correction, former microbolometer needed to control substrate temperature accurately.
辐射表的指示温度必须对实际大空热辐射与表面比辐射率做校正。
The indicated temperature of radiometer need corrections for actual sky thermal radiance and for true surface emissivities.
同时还分析了傅里叶变换光谱仪辐射量偏移产生的原因，并提出了复数光谱的辐亮度定标方法，该方法能够对辐射量偏移进行校正。
The reason for the radiation offset in FTIR measurement was analysed. The present article presents a calibration method of FTIR complex spectrum, which can adjust the radiation offset.
本文主要研究内容包括：1、结合同步气象辅助数据，利用6S辐射传输模型法，对太湖水体影像进行大气校正；
The main contents of this study are as follows:1, Making atmospheric correction with 6S radiative transfer model, combined with synchronous meteorologic records;
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.
提出了一种用于校正带图案表面投影显示颜色失真的辐射度补偿新算法。
A novel radiometric compensation algorithm is proposed to correct the color distortions of the projection display on patterned surface.
提出了一种用于校正带图案表面投影显示颜色失真的辐射度补偿新算法。
A novel radiometric compensation algorithm is proposed to correct the color distortions of the projection display on patterned surface.
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