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Advances in telescope mirror cleaning

机译:望远镜镜清洗的进步

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摘要

Metrology and cleaning techniques for telescope mirrors are generally well established. CO_2 cleaning and water washing are mainly used. Water washing has proven to be the best method of removing oil and water stains and restoring the aluminium to nearly fresh values. The risk of water getting to unwanted places such as electronics or other optics prevents this method from being employed more often. Recently the Isaac Newton Group introduced a new cleaning technique for their telescope mirrors, which reduces the risks discussed above. This technique uses water vapour instead of water to wash the mirror. The advantage of this method is that the amount of water needed is drastically reduced. In addition the pressure of the vapour will blow away any large dust particles on the mirror and the temperature shock between the vapour and the mirror will help to de-bond the dust particles. Adding a soapy solution will help to clean oil and watermarks of the mirror. This paper describes the vapour cleaning method, tests that have been done and the overall findings.
机译:望远镜镜的计量和清洁技术通常是很好的。主要使用CO_2清洁和水洗。已证明水洗涤是去除油和水渍并将铝恢复到几乎新鲜值的最佳方法。水的风险到达诸如电子或其他光学等的不需要的地方可以防止这种方法更频繁地使用。最近,ISAAC Newton Group为他们的望远镜镜引入了新的清洁技术,这减少了上面讨论的风险。这种技术使用水蒸气而不是水来洗镜子。该方法的优点是所需的水量大幅减少。此外,蒸汽的压力将吹除镜子上的任何大型灰尘颗粒,并且蒸汽和镜子之间的温度冲击将有助于脱粘粉尘颗粒。添加肥皂解决方案将有助于清洁镜子的油和水印。本文介绍了已经完成的蒸气清洁方法和整体发现。

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