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Coordinated multi-wavelength laser system propagation experiments

机译:协调多波长激光系统传播实验

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Atmospheric propagation degradation effects including attenuation, aerosol scattering and turbulence have a great impact on the performance of optical systems. Relevant military optical systems include active and passive imaging for target recognition, free-space optical communication and DIRCM/EOCM. This paper will report on experimental work including measurement of retro signals at 1.5 and in the 3-5 μm wavelength regions for evaluation of retro communication links and DIRCM performance. Imaging experiments using a range-gated system both in the active and passive mode at 1.5 μm, will also be carried along the same paths. A dedicated target box and test targets have been fabricated for mounting on a mast at 8 km from our laboratory. The box contains reflectors and receivers in different slots each of which can be opened by a telephone call. A heated target on top simulates a point target in the IR region. The test targets are aimed for the range-gated imaging system. Preliminary experimental data will be presented and discussed.
机译:大气传播降解效应包括衰减,气溶胶散射和湍流对光学系统的性能产生了很大的影响。相关的军用光学系统包括用于目标识别,自由空间光通信和DIRCM / EOCM的主动和无源成像。本文将报告在1.5和3-5μm波长区域下的复古信号测量,包括测量的实验工作,用于评估复古通信链路和DIRCM性能。在1.5μm处的主动和无源模式下使用范围门控系统的成像实验也将沿相同的路径携带。专用的目标盒和测试目标已被制造成安装在桅杆上,距离我们的实验室有8公里。该框中包含不同插槽中的反射器和接收器,每个插槽可以通过电话呼叫打开。顶部的加热目标模拟IR区域中的点目标。测试目标旨在为范围门控成像系统。将提出和讨论初步实验数据。

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