首页> 外文会议>Conference on Astronomical Structures and Mechanisms Technology; 20040621-20040622; Glasgow; GB >Development and testing of an unique telescope enclosure design, optimized for seeing and telescope thermal control
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Development and testing of an unique telescope enclosure design, optimized for seeing and telescope thermal control

机译:独特的望远镜外壳设计的开发和测试,针对观察和望远镜热控制进行了优化

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摘要

To realize the full performance potential of the new generation of ground based telescopes, whether optical or IR, enclosure seeing control and telescope temperature control must be optimized. While the techniques for optimizing seeing are well known, EOS' IceStorm Enclosures, specifically developed for interferometric applications, introduced a number of novel physical implementations of these known techniques. A 9.5m prototype IceStorm enclosure was assembled and extensively tested in 2002, including independent testing of thermal performance. Four enclosures have since been completed, one of which was installed at the EOS Space Center on Mt Stromlo, Australia in 2003. Design principles for the IceStorm enclosure and thermal test results are described, and the application of these principles to larger enclosures is discussed.
机译:为了充分发挥新一代地面望远镜的潜能,无论是光学望远镜还是红外望远镜,都必须优化外壳观察控制和望远镜温度控制。虽然优化视线的技术是众所周知的,但是专为干涉测量应用开发的EOS的IceStorm外壳引入了这些已知技术的许多新颖的物理实现。 9.5m原型IceStorm外壳在2002年进行了组装和广泛测试,包括独立的热性能测试。此后已经完成了四个外壳,其中一个已于2003年安装在澳大利亚Mt Stromlo的EOS航天中心。描述了IceStorm外壳的设计原理和热测试结果,并讨论了将这些原理应用于更大的外壳。

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