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首页> 外文会议>IAA Symposium on Space Debris;International Astronautical Congress >Blowing space junk clouds away: the compliance of recommendations to a Space Debris removal new concept'.
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Blowing space junk clouds away: the compliance of recommendations to a Space Debris removal new concept'.

机译：吹空间垃圾云端：建议对空间碎片删除新概念的遵守“。

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The amount of space junk is growing. In the last year, the European Space Agency (ESA) announced a new role for the future functioning of e.Deorbit, the ambitious ESA Clean Space programme approved during ESA's 2016 Ministerial Council. The new approach is to breathe new life into satellite already in orbiting through its refurbishment or refuel. On November 2018 ESA ended up with a more inclusive functional paradigm for e.Deorbit, based on active industrial synergies. All the space players should take the economic feasibility into account in order to pursue an effective clean space system - since technology development could be accomplished - and blowing space junk clouds away through an international legal cooperation. Recently, the European Space Agency organized a specific webinar address to ESA and Canadian industry and issuing them a challenge to demonstrate functionality of its orbiting services. Through this innovative way, ESA presented its Debris Removal Service Offer Request (SOR), indicating technical specifications required for carrying out a rendezvous or deorbiting project of a ESA satellite, e.g. a recovery strategy of an orbiting object with a weight above Kg 100 and by 2025. As things stand, these innovative technologies cannot leave certain measures out of considerations to minimize other effects, such as battery breakdown. A cleaner outer space might be achieved by storing batteries safely to help prevent explosions. Three years of research have led to new removal concepts than at the beginning. The creation of new facilities, as a potential in-orbit servicing mission, could represent anatomy of successful innovations - in terms of industry competition and certain law improve. Besides monitoring technological developments, the aim of this paper is to talk about potential solutions to manage space traffic and their compliance with Space Debris Mitigation Guidelines. In addition, we will continue to keep a close eye on these procedures through an a
机译：垃圾的空间数量正在增长。去年，欧洲航天局（ESA）宣布为E.Deorbit的未来运作的新作用，欧安全盟署批准的瑞典欧洲央行批准的宇宙资产委员会批准。新方法是通过翻新或加油时已经进入卫星的新生活。 2018年11月，基于主动产业协同效应，ESA最终以e.deorbit更加包容的功能范式。所有空间玩家都应该考虑到经济可行性，以便追求有效的干净空间系统 - 由于技术发展可以通过国际法律合作实现 - 并吹出空间垃圾云。最近，欧洲航天局为欧安省和加拿大行业组织了一个特定的网络研讨会地址，并向他们发出挑战，以证明其轨道服务的功能。通过这种创新的方式，ESA展示了其碎片拆卸服务提供要求（SOR），表明执行ESA卫星的Rendezvous或吸气工程所需的技术规范，例如，轨道对象的恢复策略，重量高于KG 100和2025。随着事情的立场，这些创新技术不能留出一些考虑的某些措施，以尽量减少其他效果，例如电池故障。可以通过安全地存储电池来实现更清洁的外部空间以帮助防止爆炸。三年的研究导致了新的拆除概念而不是开始。作为潜在的轨道服务使命，新设施的创建可以代表成功创新的解剖 - 就行业竞争和某些法律改进而言。除了监测技术发展外，本文的目的是谈谈管理空间流量及其遵守空间碎片减缓指南的潜在解决方案。此外，我们将继续通过A密切关注这些程序

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