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Thermal characterization of the support plate for the 6.5-m MMTthin-shell adaptive secondary mirror,

机译:6.5米MMT薄壳自适应辅助镜的支撑板的热特性,

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Abstract: The Multiple Mirror Telescope on Mt. Hopkins will soon be upgraded to a single 6.5 m primary mirror.An adaptive- optical system, featuring a thin-shell, adaptive-secondary mirror with 330 voice-coil actuators is being developed for this new telescope. The thin-shell mirror is supported by a thick, concave aluminum substrate which also holds the actuator control and monitoring electronics and serves as the reference surface. With the actuator electronics dissipating heat into the substrate, the thermal behavior of the aluminum reference plate becomes as important issue. This paper presents results form tow experiments designed to determine the thermal behavior of the reference plate. !10
机译:摘要:山上的多镜望远镜。霍普金斯大学很快将升级为一个6.5 m的主镜。正在为这种新型望远镜开发一种自适应光学系统,该系统将具有330个音圈致动器的薄壳自适应次级镜。薄壳镜由厚的凹形铝基板支撑,该铝基板还容纳执行器控制和监视电子设备,并用作参考表面。随着执行器电子器件将热量散发到基板中,铝参考板的热性能成为重要的问题。本文介绍了两个实验的结果,这些实验旨在确定参考板的热行为。 !10

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