首页> 外文会议>ESA symposium on European rocket balloon programmes and related research >REDEMPTION: AN EXPERIMENT ON SOUNDING ROCKET TO TEST A SYSTEM FOR ACTIVAL DEBRIS REMOVAL - REXUS12
【24h】

REDEMPTION: AN EXPERIMENT ON SOUNDING ROCKET TO TEST A SYSTEM FOR ACTIVAL DEBRIS REMOVAL - REXUS12

机译:救赎:探测火箭的实验,以测试激活碎片拆除系统 - REXUS12

获取原文

摘要

REDEMPTION (REmoval of DEbris using Material with Phase Transition: IONospherical tests) is a student experiment aiming to propose a feasible solution for Active Debris Removal. Completely conceived, designed and realised within the Space Robotic Laboratory (SRL) of the second Faculty of Engineering of Bologna University "ALMA MATER STUDIORUM", REDEMPTION was selected to participate in REXUS/BEXUS 2012 Programme. This programme was realised under a bilateral Agency Agreement between the German Aerospace Center (DLR) and the Swedish National Space Board (SNSB). The Swedish share of the payload was made available to students from other European countries through collaboration with the European Space Agency (ESA). REDEMPTION experiment base-concept is definitely up-to-date, as at the moment space debris problem is one of the most challenging space research fields: currently the situation of debris population is quite critical, because every new collision produces at its time other satellite fragments, raising the total number of debris and making the probability of a new impact more likely (the Kessler- Syndrome). Due to the complexity of the task, no feasible solution has been found so far. One of the most critical aspects to be solved in debris removal framework is how to connect the debris to be removed to the cleaner satellite. On this matter, through REDEMPTION experiment, students aim to evaluate the feasibility of an ADR system based on a polyurethane foam. The foam under evaluation is generated starting from two liquid reagents, which need to be mixed to produce a polymeric structure that after a short time becomes solid and rigid. The opportunity to launch the experiment onboard REXUS rocket allowed verifying the behaviour of the foam in near space conditions, that is, milli-gravity and vacuum conditions. REDEMPTION flew in the space on board of REXUS12 Rocket on the 19th March 2012. In this paper the educational aspects of the project and the technical details regarding the three sub-experiments which constitute REDEMPTION module are depicted. As well, the results of the launch campaign are discussed, drawing the conclusions of the project.
机译:赎回(使用材料,相变杂物去除:IONospherical测试)是一个学生实验,旨在提出积极消除碎片一个可行的解决方案。完全设想,博洛尼亚大学“母校STUDIORUM”工程的第二个学部的空间机器人实验室(SRL)内设计和实现,赎回被选中参加在REXUS / BEXUS 2012计划。这一计划是德国航空航天中心(DLR)和瑞典国家航天局(航天局)之间的双边代理协议下实现。有效载荷的瑞典份额是通过与欧洲航天局(ESA)合作,提供给来自欧洲其他国家的学生。赎回实验基地概念肯定是先进的日期,目前空间碎片问题是最具挑战的太空研究领域之一:当前碎片人口状况是相当关键的,因为每一个新的碰撞产生在它的时间其他卫星片段,提高碎片总数和制造的新的冲击更可能的可能性(在Kessler-综合症)。由于任务的复杂性,没有可行的解决方案迄今发现的。其中最关键的环节在杂物清除要解决框架是如何连接的碎片被移除以清洁卫星。在这个问题上,通过赎回实验,学生的目标是评估基于聚氨酯泡沫的ADR系统的可行性。被评估的泡沫,生成来自两种液体试剂,其需要混合以产生聚合物结构,经过一个短的时间内变成固体和刚性开始。有机会启动实验板载REXUS火箭允许验证在近太空条件下泡沫的行为,也就是毫重力和真空条件。赎回空间飞到REXUS12火箭的董事会19日2012年3月在本文中该项目的教育方面以及关于构成折算模块的三个子实验的技术细节描述。同时,推出活动的结果进行了讨论,绘制项目的结论。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号