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Marshall Space Flight Center imaging x-ray experiment (MIXE)

机译:马歇尔空间飞行中心成像X射线实验(MIXE)

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The MIXE includes a state-of-the-art imaging proportional counter which utilizes fluorescence gating in order to achieve high sensitivity in the bandwidth from the xenon k-edge (35 keV) to 100 keV. The current detector system includes a parallel amplification stage to allow for improved energy resolution without sacrificing spatial resolution. Another novel feature is the molybdenum/stainless steel pressure vessel, which is an important factor in achieving low background rates. In this paper we compare the results of Monte Carlo simulations with laboratory experiments and present data obtained during a recent balloon flight from Palestine, Texas.
机译:混合物包括现有的成像比例,其利用荧光门控,以便从氙k边缘(35kev)到100kev的带宽中的高灵敏度。电流检测器系统包括并行放大级,以允许改善的能量分辨率而不牺牲空间分辨率。另一个新颖特征是钼/不锈钢压力容器,这是实现低背景速率的重要因素。在本文中,我们将Monte Carlo模拟的结果与实验室实验进行了比较,并在德克萨斯州巴勒斯坦最近的气球飞行期间获得的数据。

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