Ganna B. Veselovska-Maiboroda, S. A. Velichko, A. Nosich
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引用次数: 2
摘要
我们回顾了苏联卫星“宇宙-1500”上第一台轨道x波段真实孔径侧视雷达(RA-SLR)的发展和运行历史。该雷达在1980年代早期构思、设计和测试,然后由乌克兰国家科学院(IRE NASU) O. Y. Usikov放射物理和电子学研究所的Anatoly Kalmykov教授领导的乌克兰科学家和工程师团队在轨道上监督。它有100千瓦的磁控管源,12米可展开的开槽波导天线和机载信号处理单元。1983年秋天,“宇宙-1500”号单反卫星在进入极地地球轨道仅5天后,就完成了真正出色的服务,而不是计划中的实验。它提供了极地海冰状况的一系列微波图像,使救援在北冰洋的货船成为可能。然而,通往成功的道路并不平坦。除了技术问题,A.卡尔梅科夫还必须克服他所在的研究所管理层和苏联官僚机构的嫉妒和敌意。后来,“宇宙-1500”单反向工业界发布,并成为苏联和俄罗斯“奥肯”系列遥感卫星以及乌克兰“静默-1”和“静默- 1m”卫星的主要仪器。我们相信“Cosmos-1500”的单反相机是乌克兰IEEE Milestone地位的完美候选人。
Orbital X-band Side-Looking Radar of Cosmos-1500: Potential IEEE Milestone Candidate: Invited Paper
We revisit the history of development and operation of the first-ever orbital X-band real aperture side-looking radar (RA-SLR) onboard the USSR satellite “Cosmos-1500.” This radar was conceived, designed and tested in the early 1980s, and then supervised in orbit, by the team of Ukrainian scientists and engineers led by Professor Anatoly Kalmykov at the O. Y. Usikov Institute of Radiophysics and Electronics of the National Academy of Sciences of Ukraine (IRE NASU). It had 100-kW magnetron source, 12-m deployable slotted-waveguide antenna and onboard signal processing unit. Instead of planned experiments, only five days after placement into the polar Earth orbit in the autumn of 1983, SLR of “Cosmos-1500” rendered truly outstanding service. It provided a stream of microwave images of the polar sea ice conditions that enabled the rescue of the freighters in the Arctic Ocean. However, the way to success was far from smooth. Besides of the technical problems, A. Kalmykov had to overcome the jealousy and hostility of both his home institute administration and the USSR bureaucracy. Later, SLR of “Cosmos-1500” was released to the industry and became the main instrument of the USSR and Russian series of remote sensing satellites “Okean” and Ukrainian satellites “Sich-1” and “Sich-1M.” We believe that SLR of “Cosmos-1500” is a perfect candidate to the status of IEEE Milestone in Ukraine.