首页> 外文会议>Fortieth Space Congress Apr 28-May 2, 2003 Cape Canaveral, Florida >Development of a Microscopy Platform for the International Space Station
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Development of a Microscopy Platform for the International Space Station

机译:为国际空间站开发显微镜平台

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Microscopy in Zero-Gravity presents numerous challenges from slide and sample preparations to data handling and recording. A team of several Florida schools has established a distributed engineering and science team in conjunction with FSI and FSRI at Kennedy Space Center to address critical issues for an ISS microscopy payload. Flights aboard the KC-135 reduced gravity aircraft have provided engineers, faculty and students with valuable experience applied to the design of sample preparation procedures. Current plans include the development of flight hardware for flight aboard ISS in 2006. The payload includes both a high resolution scanning probe microscopy (SPM) unit and a low resolution light microscopy unit. The development of a Zero-Gravity Microscopy Analysis Platform (ZG-MAP) combines industry effort, in conjunction with academia, to deliver ISS access to both seasoned researchers and students.
机译:零重力显微镜带来了从载玻片和样品制备到数据处理和记录的众多挑战。佛罗里达州几所学校的一个团队与肯尼迪航天中心的FSI和FSRI一起建立了一个分布式工程和科学团队,以解决ISS显微镜有效载荷的关键问题。 KC-135减重飞机的飞行为工程师,教职员工和学生提供了宝贵的经验,可用于样品制备程序的设计。当前的计划包括在2006年开发用于ISS的飞行硬件。有效载荷包括高分辨率扫描探针显微镜(SPM)单元和低分辨率光学显微镜单元。零重力显微镜分析平台(ZG-MAP)的开发结合了行业的努力以及学术界的经验,使经验丰富的研究人员和学生都可以使用ISS。

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