Bascuñán Juan, Hahn Seungyong, Kim Youngjae, Song Jungbin, Iwasa Yukikazu
Magnet Technology Division, Francis Bitter Magnet Laboratory, Massachusetts Institute of Technology, Cambridge, MA 02139 USA.
IEEE Trans Appl Supercond. 2014 Jun;24(3). doi: 10.1109/tasc.2013.2285781. Epub 2013 Oct 17.
This paper deals with the latest design of an all High Temperature Superconductor (HTS) insert for our 1.3 GHz NMR program. Due to a loss of our original 600 MHz HTS insert, the entire program was revised, and upon further examination of the options available for the HTS insert, which included not only conductor material properties, but also new winding technologies recently developed here at the FBML, it has finally been decided to build an 800 MHz (H800) insert purely based in SuperPower YBCO conductor. The new H800 will still be comprised of nested stacks of double-pancake coils and will run in the background of a 500 MHz LTS NMR magnet already available at FBML. We present here electromagnetic and mechanical details of the H800 design, winding technique employed, and testing of individual coils.
本文介绍了用于我们1.3GHz核磁共振项目的全高温超导(HTS)插入件的最新设计。由于我们原来的600MHz高温超导插入件出现故障,整个项目进行了修订,在进一步研究高温超导插入件的可用选项时,这些选项不仅包括导体材料特性,还包括FBML最近开发的新绕组技术,最终决定完全基于SuperPower YBCO导体制造一个800MHz(H800)插入件。新的H800仍将由双饼式线圈的嵌套堆叠组成,并将在FBML已有的500MHz低温超导核磁共振磁体的背景下运行。我们在此展示H800设计的电磁和机械细节、所采用的绕组技术以及单个线圈的测试情况。
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