Thin-foil multilayer-supermirror hard x-ray telescopes for InFOCμS/SUMIT balloon experiments and NeXT satellite program
Thin-foil multilayer-supermirror hard x-ray telescopes for InFOCμS/SUMIT balloon experiments and NeXT satellite program
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DOI：
10.1117/12.733694
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发表时间：
2007-09
期刊：
影响因子：
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通讯作者：
Y. Ogasaka;K. Tamura;T. Miyazawa;Y. Fukaya;Tomonaga Iwahara;Naoki Sasaki;A. Furuzawa;Y. Haba;Yasufumi Kanou;Daisuki Ueno;H. Kunieda;K. Yamashita;R. Shibata;T. Okajima;J. Tueller;P. Serlemitsos;Y. Soong;Kai-wing Chan;E. Miyata;H. Tsunemi;K. Uesugi;Yoshio Suzuki;Y. Namba
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文献类型：
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作者：
Y. Ogasaka;K. Tamura;T. Miyazawa;Y. Fukaya;Tomonaga Iwahara;Naoki Sasaki;A. Furuzawa;Y. Haba;Yasufumi Kanou;Daisuki Ueno;H. Kunieda;K. Yamashita;R. Shibata;T. Okajima;J. Tueller;P. Serlemitsos;Y. Soong;Kai-wing Chan;E. Miyata;H. Tsunemi;K. Uesugi;Yoshio Suzuki;Y. Namba
采用深度渐变多层膜的硬X射线望远镜是未来卫星计划的关键技术。许多团体正在进行开发，并进行了气球实验。我们已经开发了轻型硬X射线望远镜使用Pt/C多层膜和高通量的薄膜光学。他们已经登上了InFOCμs和SUMIT气球飞行。作为下一个发展努力，特别是日本的NeXT卫星计划，我们专注于图像质量的改善。在三个同等贡献的误差因素（形状误差，定位误差和不圆度），形状误差和不圆度已显着减少，通过筛选复制芯轴和主动和迭代调整的支撑杆。目前正在进行进一步的研究，如超抛光金属心轴和更好地定位反射器边缘，以满足NeXT使命的基线要求。
Hard X-ray telescopes using depth-graded multilayer is a key technology for future satellite programs. Developments are underway by many groups, and balloon experiments have also been carried out. We have developed light-weight hard X-ray telescopes using Pt/C multilayer and high-throughput thin-foil optics. They have been aboard on InFOCμs and SUMIT balloon flights. As a next development efforts, especially for Japan's NeXT satellite program, we focus on improvement of image quality. Among three equally-contributing error factors (figure error, positioning error and off-roundness), figure errors and off-roundness have been reduced significantly, by screening of replication mandrels and active and iterative tuning of support bars. Further studies are in progress, such as suer-polished metal mandrels and better positioning of reflector edges, to meet the baseline requirement of the NeXT mission.