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RUSSIAN TECHNOLOGIES OF MONITORING AND REMOTE SENSING USING NANOSATELLITES

机译:利用纳米卫星进行俄罗斯遥感监测和遥感技术

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The first nanosatelhte developed in JSC «Russian Space Systems» was launched in 2005 from ISS and its construction was used as the basis for the whole series of the technological satellites. According to the obtained experience the nanosatellite (TNS-0 #2) concept for the atmospheric radio occultation technology realization was elaborated. It was shown, that in case of using solar panels in the onboard power supply subsystem and specialized antennas for GNSS signals receiving, the platform TNS-0 is suitable for solving of that scientific issues. The nanosatellites development program with different purposes payload onboard has being realized in JSC «Russian Space Systems» since 2007. Three main tasks have been considered in this program: AIS signals registration from marine vessels in outer space, ionosphere plasma state monitoring and atmospheric GLONASS/GPS radio occultation space-based technology. The objects monitoring system base elements, including nanosatellite with AIS receiver onboard («CosmoAIS»), began to develop in 2010. In addition the problems of perspective AIS satellite segment modeling, ground segment deployment, AIS payload for meteorological and resource low orbit satellites development has been investigated under the umbrella of the research. The other enterprise activity direction is the ionosphere monitoring technologies based on radio tomography method. More than 10 special tomography stations for 150/400 MHZ signals receiving have been deployed in Russian Federation territory at the present time. Thereby, this research presents the successful development examples of the special nanosatellites payloads and technologies in Russia. These devices might become the commercial products in the case of their successful tests in outer space. Taking into account the potential commercialization process of the CubeSaf s payloads for the different monitoring and remote sensing space systems the possibility of the international cooperation with relatively reasonable «entry ticket» price for the countries, which are new in space industry, is starting.
机译:2005年,国际空间站发射了在“俄罗斯空间系统” JSC中研制的第一颗纳米卫星,其构造被用作整个系列技术卫星的基础。根据获得的经验,阐述了用于大气无线电掩星技术实现的纳米卫星(TNS-0#2)概念。结果表明,在车载电源子系统中使用太阳能电池板和专用天线接收GNSS信号的情况下,TNS-0平台适合解决该科学问题。自2007年以来,JSC“俄罗斯航天系统”已实现了具有不同用途有效载荷的纳米卫星开发计划。该计划已考虑了三项主要任务:AIS信号记录外层空间船舶的电离层,电离层等离子体状态监测和大气GLONASS / GPS无线电掩星天基技术。对象监测系统的基本要素,包括带有机载AIS接收器的纳米卫星(«CosmoAIS»),于2010年开始开发。此外,还存在透视AIS卫星分段建模,地面分段部署,用于气象和资源低轨道卫星的AIS有效载荷开发等问题已在研究的框架下进行了调查。企业活动的另一个方向是基于无线电层析成像方法的电离层监测技术。目前,已经在俄罗斯联邦境内部署了10多个用于接收150/400 MHZ信号的特殊层析成像站。因此,本研究提出了俄罗斯特殊的纳米卫星有效载荷和技术的成功开发实例。这些设备在外太空成功测试的情况下可能会成为商业产品。考虑到CubeSaf的有效载荷在不同的监测和遥感空间系统中的潜在商业化过程,国际上以相对合理的“入场券”价格为这些国家(在航天工业中)的价格开展国际合作的可能性开始了。

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