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Dual IR/RF windows for laser communications

机译:双IR / RF窗口用于激光通讯

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Future advanced communications systems will utilize lasers which operate at 1.55μm backed up by an RF links. To the extent that such systems utilize a common aperture, dual IR/RF windows and domes will be required. The durability of such windows, with respect to rain and sand erosion damage, is an important consideration as damaged surfaces will lead to significant optical degradation for operation at 1.55μm. This requirement drives the materials choices toward more durable materials such as ALON optical ceramic, spinel and sapphire. Single layer windows, with appropriately selected thicknesses of these materials can be used for narrow RF wavebands, but are not adequate for applications requiring broadband RF transparency. To this end, multilayer windows, with durable outer layers of ALON have been developed, and built. Recent results will be presented
机译:未来的先进通信系统将利用1.55μm的激光器,并由RF链路支持。在这种系统利用公共孔径的程度上,将需要双重IR / RF窗口和圆顶。对于雨水和沙土侵蚀的损坏,此类窗户的耐用性是一个重要的考虑因素,因为损坏的表面会导致在1.55μm的操作下发生明显的光学降解。这项要求推动了材料的选择,转向了更耐用的材料,例如ALON光学陶瓷,尖晶石和蓝宝石。具有适当选择的这些材料厚度的单层窗口可用于狭窄的RF波段,但不足以用于需要宽带RF透明性的应用。为此,已经开发并建造了具有耐用ALON外层的多层窗户。最近的结果将被介绍

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