1) Airborne Lidar
机载激光雷达
1.
DEM Extraction and Its Application Based on Airborne Lidar Data;
基于机载激光雷达数据的DEM获取及应用
2.
Review on Post-processing of Airborne Lidar Data;
机载激光雷达系统的应用与数据后处理技术
3.
Study about the impact of 1/2 retardation sheet on the polarization sounding of airborne lidar;
1/2波片对机载激光雷达偏振探测影响的研究
2) LiDAR
机载激光雷达
1.
The Application of LiDAR Data in Forest;
机载激光雷达(LiDAR)数据在森林资源调查中的应用综述
2.
Extraction of Individual Tree Height Using a Combination of Aerial Digital Camera Imagery and LiDAR
机载激光雷达和航空数码影像单木树高提取
3.
LIDAR provide a new method to deal with the problems.
传统的航空摄影测量方式在林区送电线路中存在一些难题,机载激光雷达系统提供了一种新的解决途径。
3) airborne laser radar
机载激光雷达
1.
The airborne laser radar technology is introduced in terms of its systematic composition,principle and data,of which two methods of DEM+DOM and POS assistant aerial photogrametric survey are proposed in light of different conditions of survey area,and their procedures are presented.
首先介绍了机载激光雷达技术,包括机载激光雷达系统组成、原理以及机载激光雷达数据等,随后针对不同的测区条件,提出了基于DEM+DOM以及基于POS辅助航空摄影测量两条技术路线,并分别介绍了作业流程,并通过实验证明了其技术可行性。
4) airborne ocean fluorescence lidar
机载海洋激光荧光雷达
1.
The first airborne ocean fluorescence lidar system in China and its first experiment results along the coastal area from Yantai to Rongcheng are introduced in this paper.
基于中国海洋大学研制的我国首台机载海洋激光荧光雷达系统及其测量海水中叶绿素a浓度的方法;对该系统在烟台至荣成沿岸海域进行实验的情况作一回顾,并对实验数据进行了处理,采用拉曼校正归一方法,反演了海表层的叶绿素a浓度,同时利用激光雷达方程反演出了海水的衰减系数;另外,提出了最小二乘拟合提取信号峰值的新反演算法。
5) airborne oceanographic fluorescence lidar
机载海洋荧光激光雷达
1.
This essay is mainly consisted of five parts: The first part is introduction which narrates the applications of airborne oceanographic fluorescence lidar, the actualities at home and abroad, and the development in the future.
第一部分引言简要介绍了机载海洋荧光激光雷达的应用状况、国际和国内动态以及未来发展趋势。
6) airborne environment lidar
机载环境激光雷达
1.
The relation among maximal energy E_(max) of laser beam,divergence of laser beam and altitude of aircraft is quantified by using USA ANSI standard when aerosol is measured by airborne environment lidar.
采用美国ANSI标准,定量分析了机载环境激光雷达进行气溶胶探测时激光脉冲眼睛安全最大阈值能量、激光束发散角及高度的关系;计算了当1064nm和532nm激光脉冲能量相等时不同高度上激光脉冲眼睛安全最大阈值能量;同时模拟计算了激光脉冲眼睛安全系数S_L与1064nm和532nm的激光脉冲能量、高度的关系,为我国第一台机载大气探测激光雷达探测气溶胶提供了激光脉冲能量设置的理论依据。
补充资料：机载气象雷达(见机载航行雷达)
机载气象雷达(见机载航行雷达)
airborne weather radar
liZai qiXIQng Ieida机载气象雷达(ai rbom。weather radar)见机载航行雷达。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条