Cloud parameters from infrared lidar used singly and in combination with radar and infrared radiometer

W.I. Eberhard, J. Intrieri
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引用次数: 1

Abstract

A CO/sub 2/ lidar operating at wavelength of about /spl lambda/=10.6 /spl mu/m differs in some respects from most other lidars, which operate at wavelengths an order of magnitude smaller. One important difference is that ice and water particles absorb strongly at CO/sub 2/ lidar wavelengths, whereas scattering dominates at the shorter wavelengths. The authors are developing cloud-sensing techniques that rely on the unique characteristics of a coherent CO/sub 2/ Doppler lidar.<>
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单独使用的红外激光雷达和与雷达和红外辐射计结合使用的云参数
工作波长约为/spl λ /=10.6 /spl mu/m的CO/sub /激光雷达在某些方面与大多数其他激光雷达不同,后者工作波长小一个数量级。一个重要的区别是,冰和水粒子在CO/sub - 2/激光雷达波长处吸收强烈,而在较短波长处则主要是散射。作者正在开发云传感技术,该技术依赖于相干CO/sub - 2/多普勒激光雷达的独特特性。
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