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Hartmann-Shack Wavefront Sensor Based on a Micro-Grating Array

机译:基于微光栅阵列的Hartmann-Shack波前传感器

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We have established a new type of Hartmann-Shack (H-S) wavefront sensor which based on a micro-grating array. A H-S wavefront sensor is frequently used in an Adaptive Optics (AO) system to detect the aberrations for the system. Besides this situation, the H-S wavefront sensor is also adopted to measure those static or dynamic aberrations which exist in other kind of systems. In any one of these H-S wavefront sensors, a lenslet array seems so indispensable. But, it is difficult for a lenslet array to coincide with the photoelectric detector, some times a relay system will be necessary. And the variance of the focal length of the lenslet array will bring error to the measurement. To conquer these deficiencies, a new type of H-S wavefront sensor based on a micro-grating array other than a lenslet array has been created recently. This new kind of H-S wavefront sensor substitutes the lenslet array for a micro-grating array and a lens. On this new H-S wavefront sensor, some excellent experimental results have been obtained.
机译:我们建立了一种基于微光栅阵列的新型Hartmann-Shack(H-S)波前传感器。 H-S波前传感器经常用于自适应光学(AO)系统中以检测系统的像差。除了这种情况之外,还采用了H-S波前传感器来测量存在于其他系统中的静态或动态像差。在这些H-S波前传感器中的任何一个中,透镜阵列似乎是不可或缺的。但是,难以与光电检测器重合的透镜阵列难以一定时候,需要一种继电器系统。透镜阵列的焦距的方差将对测量带来错误。为了征服这些缺陷,最近已经创建了一种基于除了透镜阵列之外的微光栅阵列的新型H-S波前传感器。这种新的H-S波前传感器代替微光栅阵列和透镜的透镜阵列。在这种新的H-S波前传感器上,已经获得了一些优异的实验结果。

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