摘要
分别设计了地面车载 (或海面 )和空中机载激光诱导荧光雷达成像遥感系统。提出了用拼合式卡塞格仑(Cassegrainnian)望远镜结构实现多色荧光成像系统。所设计的系统可以同时获取荧光光谱信息、荧光信息成像和与荧光信息相匹配的地理信息。所设计的系统与以住的激光荧光遥感系统相比 ,增加了荧光成像功能。机载设计方案是一个适应RS、GPS、GIS一体化和“数字地球”发展要求的激光遥感空间信息集成的设计 ,具有一定的先进性。
The imaging remote sensing systems of laser induced fluorescence radar based on ground (or sea surface) and space are designed respectively. The structure of Cassegrainian split mirror which can be used for imaging multi color of fluorescence is proposed. The designed system can acquire fluorescence spectrum, imaging fluorescence and geographical positions simultaneously.
出处
《光学技术》
CAS
CSCD
2002年第6期525-527,共3页
Optical Technique
基金
国家高技术发展基金资助项目 ( 86 3 30 8 14 0 3( 6 ) )
关键词
设计
激光诱导荧光
遥感系统
拼合式卡塞仑望远镜
laser induced fluorescence
remote sensing system
segmented Cassegrainian telescope
