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Performance of the engineering model x-ray mirror of the Solar X-ray Imager (SXI) for future GOES missions

机译:太阳能X射线成像仪(SXI)的工程模型X射线镜的性能备将来进行任务

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We have measured the x-ray imaging performance of a grazing incidence telescope mirror, the HT #17, employing a hyperboloid-hyperboloid design. This design provides improved wide-field imaging compared to an optimally defocused Wolter Type I mirror. This improvement will be advantageous for future Geostationary Operational Environmental Satellite (GOES) missiosn that will provide full disk images of the sun with the Solar X-ray Imager (SXI). The x-ray measurements were made in the X-Ray Calibration Facility (XRCF) at Marshall Space Flight Center and the results are presented here.
机译:我们已经测量了采用双曲面双曲线设计的胶林入射望远镜镜,HT#17的X射线成像性能。与最佳离焦型型号I镜相比,这种设计提供了改进的宽场成像。这种改进对于未来的地球静止运营环境卫星(GOVE)MISSISN将为太阳X射线成像器(SXI)提供全磁盘图像。在马歇尔空间飞行中心的X射线校准设施(XRCF)中进行了X射线测量,此处提出了结果。

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