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Aero Products & Services

机译：航空产品与服务

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With a reduction in weight stated as the Holy Grailfor researchers looking to reduce the cost of space launch servic-es, the promise of microelectro-mechanical systems has scientists dreaming of tiny space instruments that would be virtuallible because they could be packed with thousands of redundant systems. To study the potential of micro-electromechanical systems (MEMs) the Southwest Research Institute (SwRI) has built what it says is the first facility for developing and testing MEMs in vacuum conditions, and recent tests have yielded significant findings about how MEMs devices can be used in space applications. The cost of launching payloads into space, thousands of dollars per pound depending on the launch vehicle, make MEMs desirable for that venue. The miniaturization of electronics, power supplies and structures has been done for years, but miniaturization of science instruments is difficult because many require large aperture sizes to collect samples.
机译：减轻重量被称为“圣杯”，研究人员希望降低太空发射服务的成本，微机电系统的前景使科学家们梦想着微型虚拟的太空仪器将是可虚拟化的，因为它们可能被成千上万个多余的设备包装系统。为了研究微机电系统（MEM）的潜力，西南研究所（SwRI）建立了它所说的第一个在真空条件下开发和测试MEM的设施，最近的测试已经获得了关于MEM器件如何被制造的重要发现。用于太空应用。将有效载荷发射到太空的成本（每磅数千美元，具体取决于发射飞行器）使MEMs成为该场所的理想之选。电子设备，电源和结构的小型化已经进行了多年，但是科学仪器的小型化是困难的，因为许多仪器需要大孔径的尺寸来收集样品。

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