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Characterization of the DT Ice Layer in a Fusion Capsule Using a Two-Dimensional X-Ray Shearing Interferometer

机译:使用二维X射线剪切干涉仪表征聚变胶囊中的DT冰层

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This article presents the design and simulated performance of a two-dimensional x-ray shearing interferometer wavefront sensor. In particular, this phase sensitive x-ray wavefront sensor is evaluated for its ability to perform metrology on the DT ice layer in an inertial confinement fusion capsule. The interferometer uses crossed phase gratings in a single plane and is capable of operation over a wide range of x-ray energies by varying the grating material and thickness. The wave-front sensor is insensitive to vibrations and, unlike X-RayTalbot interferometers, recovers the full two-dimensional phase profile of the x-ray beam rather than the gradient in only one dimension.
机译:本文介绍了二维X射线剪切干涉仪波前传感器的设计和仿真性能。特别是,对这种相敏x射线波前传感器的惯性约束聚变胶囊中的DT冰层进行计量的能力得到了评估。干涉仪在单个平面上使用交叉相位光栅,并且通过改变光栅的材料和厚度,能够在广泛的X射线能量范围内工作。波前传感器对振动不敏感,并且与X-RayTalbot干涉仪不同,它可以恢复X射线束的整个二维相位分布,而不是仅恢复一维的梯度。

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