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Active array design for FAME: Freeform Active Mirror Experiment

机译:FAME的有源阵列设计:自由格式有源镜像实验

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In this paper a status report is given on the development of the FAME (Freeform Active Mirror Experiment) active array. Further information regarding this project can be found in the paper by Venema et al. (this conference). Freeform optics provide the opportunity to drastically reduce the complexity of the future optical instruments. In order to produce these non-axisymmetric freeform optics with up to 1 mm deviation from the best fit sphere, it is necessary to come up with new design and manufacturing methods. The way we would like to create novel freeform optics is by fine tuning a preformed high surface-quality thin mirror using an array which is actively controlled by actuators. In the following we introduce the tools deployed to create and assess the individual designs. The result is an active array having optimal number and lay-out of actuators.
机译:在本文中,在开发名利(自由形式有源镜像实验)活动阵列上提供状态报告。有关该项目的进一步信息可以通过Venema等人在论文中找到。 (本次会议)。 FreeForm Optics提供了机会,可以大大降低未来光学仪器的复杂性。为了产生这些非轴对称自由形式光学器件,偏离最佳配合球的偏差,有必要提出新的设计和制造方法。我们想创建新颖的Freeform光学器件的方式是使用阵列进行精细调整预制的高表面质量薄镜,该阵列由执行器主动控制。在下文中,我们介绍部署的工具创建和评估个人设计。结果是具有最佳数量和致动器的最佳数量和放置的活动阵列。

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