Active remote sensing

Technologies and Applications of Laser Active Remote Sensing

激光主动遥感技术及其应用

Lighting detection and ranging ( LIDAR ) is an active remote sensing , which can precisely acquire 3D feature information of earth objects .

激光雷达（Lightingdetectionandranging，LIDAR）是一种主动遥感技术，能够精确地获取地表物体的三维特征信息。

Application Summarization for Laser Active Remote Sensing Measurement of Atmosphere

激光大气主动遥感测量应用综述

A model based on matrix doubling algorithm and advanced integral equation method was implemented for active remote sensing of vegetation .

根据矩阵耦合法（MatrixDoubling）和改进的积分方程模型（AIEM），实现了一种用于植被主动微波遥感的高阶辐射传输模型。

Lidar , one of advanced active remote sensing instruments , has been widely used in many research fields , such as Atmospheric science and Environmental science .

激光雷达作为一种先进的主动遥感仪器，近年来被广泛应用于大气科学和环境科学等研究领域。

MPL ( Micro-pulse lidar ) is an effective method to study optical property of aerosol and it is significant for active remote sensing of atmosphere aerosol using MPL aboard the aircraft .

微脉冲激光雷达是研究气溶胶光学性质的一种有效工具，将其安装在飞机上对大气气溶胶进行主动遥感探测有着十分重要的意义。

LiDAR ( light detection and ranging ) is an active remote sensing technique , LiDAR instruments measure the roundtrip time for a pulse of laser energy to travel between the sensor and a target , provide a distance or range from the instrument to the object .

激光雷达（LightDetectionAndRanging，LiDAR）是一项通过由传感器所发出的激光来测定传感器与目标物之间距离的主动遥感技术。

" Melting Layer Model for Passive / Active Microwave Remote Sensing Applications , Part 1 "

用于无源/有源微波遥感用途的熔解层模型，第一部分

Status of space-based active optical remote sensing

星载主动光学遥感技术现状

It is important to hydrology , meteorology and agriculture to develop practical satellite remote sensing algorithms for regional soil moisture . Active microwave remote sensing of soil moisture is analyzed briefly .

发展实用的微波遥感土壤湿度卫星反演算法，以提供区域尺度上的土壤湿度信息，对水文学、气象学以及农业科学研究与应用至关重要。

The Probing Principles and Applications of the Active Marine Microwave Remote Sensing

主动式海洋微波遥感探测原理和应用

Analyses of correlation for earthquake with linear images and active faults using remote sensing information

应用遥感信息分析活动断裂、线性影像与地震的相关性

Modeling Simulation and Inversion for Microwave Active and Passive Remote Sensing of the Lunar Surface

月球表面微波主被动遥感的建模模拟与反演

This architecture is typical of integration and miniaturization , and is of significant benefit to complementary fusion for active and passive remote sensing measurements .

论文首先研究了辐射散射组合遥感系统的体系结构，发明了该组合遥感系统的小型一体化结构，这种结构具有集成化和小型化的优点，有利于主、被动遥感测量的互补融合。

The effect of surface roughness and vegetation cover must be considered and managed to eliminate in soil moisture estimation no matter to the active or passive remote sensing .

无论是主动还是被动微波遥感，在估算土壤水分时都需要考虑地表粗糙度和植被覆盖的影响，并设法将这些影响加以消除。

It is also proposed that the linear feather of modern active fault in remote sensing image has close relation with the changes of material magnetism of structural surface at depth .

现代活动型断裂在遥感图像上的线性影像与深部受力构造面的物质磁性变化密切相关。这一研究为该地区煤炭资源的勘探与开发，以及地震预报研究提供了依据。

Characteristics of Active Tectonics and Remote Sensing Images in South Tian Shan , Northwestern China ; PALEOMAGNETISM FEATURES AND ITS TECTONIC SIGNIFICANCE IN THE MIDDLE PART OF THE JIANGNAN BALT , SOUTH CHINA

南天山活动构造与遥感图像特征研究江南造山带中段古地磁特征与构造意义

And relationship between active and passive microwave remote sensing has been studied in detail using uniform based microwave scattering and emission model .

本文利用统一基础的微波辐射散射模型，对主被动微波遥感之间的关系进行了深入研究。

Active and passive microwave remote sensing technology , with all-weather , and all-time observation capability , can detect the Earth surface , subsurface and ionosphere .

主动和被动的微波遥感技术可以全天候、全天时地观测，能探测地球表层、几千米深的浅表层乃至大气电离层。

With launch of a series of satellites with active microwave sensors , active microwave remote sensing of soil moisture will be emphasized .

主动微波具有卫星数据空间分辨率高的特点，随着携载主动微波器的一系列卫星的发射，主动微波遥感土壤湿度将受到重视。