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Inflatably Deployed Membrane Waveguide Array Antenna for Space

机译:太空用充气展开的膜波导阵列天线

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摘要

As an alternative to parabolic antennas and Synthetic Aperture Radar (SAR) systems, waveguide arrays offer another method of providing RF transmit/receive communication apertures for spacecraft. The advantage of the membrane waveguide array concept, in addition to its lightweight and low packaged volume, is its inherent shape. Relative to parabolic antennas, the requirement to make an accurate doubly curved surface is removed. L'Garde and Langley Research Center (LaRC), are currently working in this area to develop lightweight waveguide array technologies utilizing thin film membrane structures. Coupled with an ultra-lightweight inflatably deployed rigidizable planar support structure, the system offers a very compelling technology in the fields of space-based radar, communications, and earth resource mapping.
机译:作为抛物面天线和合成孔径雷达(SAR)系统的替代,波导阵列提供了另一种为航天器提供RF发送/接收通信孔径的方法。膜波导阵列概念的优点,除了重量轻,包装体积小以外,还具有固有的形状。相对于抛物面天线,无需制作精确的双曲面。 L'Garde和Langley研究中心(LaRC)目前在这一领域开展工作,以利用薄膜膜结构开发轻型波导阵列技术。结合超轻型可充气展开的可硬化平面支撑结构,该系统在天基雷达,通信和地球资源测绘领域提供了非常引人注目的技术。

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