New developments in rotating and linear motion mechanisms used in contamination sensitive space telescopes
New developments in rotating and linear motion mechanisms used in contamination sensitive space telescopes
复制标题
用于污染敏感太空望远镜的旋转和线性运动机构的新发展
DOI：
10.1117/12.2055664
复制
发表时间：
2014
期刊：
影响因子：
--
通讯作者：
H.
中科院分区：
文献类型：
--
作者：
Shimizu;T.;Watanabe;K.;Nakayama;S.;Tajima;T.;Obara;S.;Imada;S.;Nishizuka;N.;Ishikawa;S.;Hara;H.
我们一直在开发一种旋转机构和一种线性运动机构，用于对污染敏感的空间望远镜。它们都需要1.4米的光学望远镜和它的焦平面仪器上的太阳- c，下一代星载太阳观测站继日野之后。高可靠的长寿命性能、低放气性能和低微振动水平是其科学性能的要求。利用原型机构，在真空室中对机构的长寿命性能和放气性能进行了评价。通过在凯斯特勒工作台上的操作，测量了旋转机构在工作过程中所激发的微振动水平。本文提供了我们的机制发展的总体描述。
We have been developing a rotating mechanism and a linear motion mechanism for their usage in contamination sensitive space telescopes. They both are needed for ~1.4 meter optical telescope and its focal plane instrument onboard SOLAR-C, the next-generation spaceborne solar observatory following Hinode. Highly reliable long life performance, low outgassing properties, and low level of micro-vibration are required along with their scientific performance. With the proto-type mechanisms, the long life performance and outgassing properties of the mechanisms have been evaluated in vacuum chambers. The level of micro-vibration excited during the operations of the rotating mechanism was measured by operating it on the Kestler table. This paper provides the overall descriptions of our mechanism developments.