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Antennae and solar cells on one surface

机译:天线和太阳能电池在一个表面上

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A satellite equipped with new solar antennas, developed by the EPFL (Ecole Polytechnique Federale de Lausanne), will be part of the payload on the Russian rocket Cosmos, scheduled for launch from Plesetsk, Russia.This satellite incorporates advanced technology, that combines antenna functions and solar cells on a single surface. The rocket's payload will also include a satellite designed and built by students from several European universities, including a group of EPFL students. Because of the enormous cost of getting to their destination, structures used in space applications have to be lighter, smaller, and more reliable than their Earth-bound counterparts.
机译:由EPFL(洛桑联邦理工学院)研制的装有新的太阳能天线的卫星将作为俄罗斯火箭“宇宙”的有效载荷的一部分,该火箭计划从俄罗斯普列塞茨克发射,该卫星融合了具有天线功能的先进技术。和太阳能电池在一个表面上。火箭的有效载荷还将包括由几家欧洲大学的学生(包括一群EPFL学生)设计和制造的卫星。由于到达目的地的巨大成本,用于太空应用的结构必须比与地球相对的结构更轻,更小且更可靠。

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