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Is there life after thermal emitters?

机译:热发射器后有生命吗?

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摘要

In this report, we examine whether photonic IR emitters are able to compete with advanced thermal microemitter technology in testing and stimulating IR sensors, including forward-looking IR missile warning systems, IR search-and-track devices, and missile seekers. We consider fundamentals, technology, and parameters of photonic devices as well as their pros and cons in respect to thermal emitters. In particular, we show that photonic devices can from platform for next generation of multi-spectral and hyper-spectral dynamic scene simulation devices operating inside MWIR and LWIR bands with high spectral output density and able to simulate dynamically cold scenes (without cryogenic cooling) and low observable with very high frame rate.
机译:在本报告中,我们检查光子IR发射器是否能够在测试和刺激IR传感器中与先进的热量微仪技术进行竞争,包括前瞻性的IR导弹警告系统,IR搜索和跟踪设备和导弹求职者。 我们考虑光子器件的基本原理,技术和参数以及它们在热发射器的优点和缺点。 特别地,我们表明光子器件可以从下一代的平台用于下一代的多光谱和超光谱动态场景仿真装置,在MWIR和LWIR带中运行的高频输出密度,能够模拟动态冷场(没有低温冷却)和 低可观察到的帧率非常高。

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