定量遥感(Quantitative Remote Sensing)是指通过实验地或物理地模型将遥感信息与观测目标参量联系起来,将遥感信息定量地反演或推算为某些地学、生物学及大气等观测目标...
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quantitative remote sensing model 定量遥感模型
quantitative remote sensing method 定量遥感方法
quantitative remote sensing research 定量遥感
quantitative remote sensing inversion 定量遥感反演
satellite quantitative remote sensing 卫星定量遥感
Quantitative Remote Sensing Technique 定量遥感技术与应用
quantitative remote sensing monitoring 遥感定量监测
Model complexity and lack of data are the bottlenecks of multi-angle quantitative remote sensing inversion research.
模型复杂和数据不足是植被多角度定量遥感反演研究的瓶颈。
参考来源 - 基于可视化光线追踪的植被真实结构模型参数敏感性分析It is not only an important parameter used in global climate research and air pollution, but also the necessary parameter in quantitative remote sensing field.
它不仅是研究全球气候和大气污染的重要参数,也是进行定量遥感必须获取的参数。
参考来源 - 大气气溶胶光学厚度遥感反演与遥感图像大气校正·2,447,543篇论文数据,部分数据来源于NoteExpress
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 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。
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