The theory of quantitative remote sensing is based on the spectral data of object.
地物波谱数据是定量遥感的理论基础。
The problems of pixel mixture are the main obstacles of quantitative remote sensing.
混合像元问题是定量遥感的主要障碍之一。
The atmospheric correction of remote sensing data is one of the main topics of quantitative remote sensing research.
卫星遥感数据的大气校正， 一直是遥感定量化研究的主要课题之一。
Spectral characteristic is one of the basic characteristics of ground objects, and is the basis of qualitative and quantitative remote sensing.
波谱特性是地物目标的基本特性之一，是定性、定量遥感的基础。
Spectral characteristic is one of the basic characteristics of surface objects, and is the basis of qualitative and quantitative remote sensing.
波谱特性是地物目标的基本特性之一，是定性、定量遥感的基础。
The polarization characteristics analysis of sunglint provides a theoretical basis for the quantitative remote sensing retrievals which uses sunglint.
通过太阳耀光偏振辐射特性分析为偏振定量遥感中计算太阳耀光相关参数提供了理论基础。
Surface parameters is retrieved from Remote Sensing, which is the main connotation of the surface flux retrieved from quantitative Remote Sensing model.
在这些地表通量定量遥感模型中，以遥感信息反演地表参数是其主要的内涵。
Quantitative remote sensing of natural gas leakage and location research, with laser absorption spectroscopy, will be faster, safer, more accurate and intelligent.
采用激光吸收光谱技术对天然气泄漏进行了定量遥测与定位研究，具有快捷、准确、智能及安全等特点。
Based on MODIS NDVI, this paper studied the variation trend of vegetation index in the years of 2000 to 2004 in Ningxia area using quantitative remote sensing technique and slope method.
采用定量遥感技术及斜率法，以全球植被指数MODISNDVI数据作为数据源，对宁夏地区2000—2004年期间的植被指数变化幅度及变化趋势进行了研究。
The propagation and redistribution of radiation in surface-atmosphere medium can be fully described by vector radiative transfer equation, which is the basis of quantitative remote sensing.
矢量辐射传输方程定量描述了辐射在地表-大气耦合介质中的传输过程，是定量遥感的基础。
With the increasingly extensive and in-depth application of quantitative Synthetic Aperture Radar (SAR) images, SAR calibration became a necessary technique in modern spaceborne SAR remote sensing.
随着合成孔径雷达(SAR)图像定量应用的日益广泛和深入，定标已成为现代星载SAR遥感测量的必备技术条件。
Study of desertification quantitative evaluation by remote sensing information is a hot spot of remote sensing application research.
基于遥感手段的荒漠化程度定量化评价是当前遥感应用研究中的一个热点问题。
Statistical characteristic analysis of remote sensing image is fundamental to image fusion and interpretation, and the quantitative analysis of each band is the premise of image fusion.
遥感影像特征分析是影像融合和解译的基础，而对遥感数据源各个波段进行定量分析是图像融合的前提。
In this study, correlation and regression analysis reflect the qualitative semi-quantitative relationship of remote sensing indicators and the growing parameters.
本研究通过相关分析方法定性半定量分析遥感植被与长势参数的关系及其影响因素；
The study is the part of the National Natural Fund project: "Research on quantitative retrieval of the main factors of desertification and assessment of remote sensing information" (No. 30371192).
本研究是国家自然基金项目“荒漠化因子定量反演及评价遥感信息模型的研究”(项目编号：30371192)的部分内容。
The whole study consists of:1) Introduction to the state of the art of quantitative analysis on snow depth by remote sensing and analysis on the superiority of MODIS data for snow depth derivation;
简述了目前国内外利用遥感技术定量分析积雪深度的研究现状和分析了MODIS数据在积雪深度反演方面的优势；
The presentation of mixtures not only influences the performance of image classification and target recognition, but also is an obstacle to quantitative analysis of remote sensing images.
提出一种利用光谱滤波器进行遥感图像混合像元全约束分解的新算法。
The presentation of mixtures not only influences the performance of image classification and target recognition, but also is an obstacle to quantitative analysis of remote sensing images.
提出一种利用光谱滤波器进行遥感图像混合像元全约束分解的新算法。
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