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Post-electronic irradiation measurements on polymeric films by 3D-PEA system

机译:3D豌豆系统聚合物薄膜的电子电辐射测量

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Polymeric films are often used in spacecraft industry. Due to their nature, once in space they got charged and electrostatic discharge phenomena might occur. In order to study the material behavior under irradiation various tools such as surface potential probe, Pulse electro-Acoustic (PEA) device...etc, and different measurements configurations have been tested. In this paper, we are studying the space charge distribution in samples that are partly metallized on their surface, this coated part being connected to earth during the irradiation. The charge profile is recorded in-situ by the PEA method that has been adapted to work under such conditions. After a quasi mono-energetic electronic irradiation has been performed, samples were removed form the chamber and additional measurements were made by the classical PEA system and 3D-PEA set-up in the air.
机译:聚合物薄膜通常用于航天器行业。由于他们的性质,一旦在空间中,他们就会被充电,可能会发生静电放电现象。为了研究辐照下的材料行为,已经测试了诸如表面电位探针,脉冲电声(PEA)等的各种工具以及不同的测量配置。在本文中,我们正在研究在其表面上部分金属化的样品中的空间电荷分布,该涂层部分在照射期间连接到地球。通过豌豆方法通过适于在这种条件下工作的豌豆方法以原位记录。在进行了准单能量电子照射之后,除去样品,形成腔室,典型的豌豆系统和空气中的3D-PEA设置制作额外的测量。

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