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Open Interventional Superconducting Magnet Technology for Proceedings of 15th Interventional Conference on magnet Technology

机译：开放式介入超导磁铁技术，为磁铁技术第15次介入会议课程

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General Electric has successfully sited ten open interventional superconducting magnets at research hospitals in seven different countries. The superconducting magnet operates at 10 K via conduction cooling and has coils which are wound with niobium-tin (Nb_3Sn) tape. The unique open architecture design of these magnets allows meical access to the patient during the imaging process. These systems are being utilized in a variety of image guided medical applications. A review of some of the design, operation, and shimming features on this unique magnet will be presented.

机译：一般电气成功在七个不同国家的研究院成功占据了十个开放的介入超导磁铁。超导磁体通过导通冷却在10 k下操作，并且具有用铌 - 锡（Nb_3Sn）胶带缠绕的线圈。这些磁体的独特开放式架构设计允许在成像过程中耐用地访问患者。这些系统正在各种图像引导医学应用中使用。将介绍该独特磁铁上的一些设计，操作和遮光功能的综述。

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《International conference on magnet technology》|1998年||共4页
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作者
Timothy J.Havens; R.Seth Smith;
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中图分类磁性材料、铁氧体;
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1. Development of Superconducting Magnet for MHD ETL Mark V Facility -Aiming to Establish Technologies for Big High-field Superconducting Magnet-Part I Magnet Design Concepts and Conductor Tests [J] . Yoshimichi Aiyama, Masaichi Umeda 低温工学 . 2001,第9期

机译：用于MHD ETL Mark V设施的超导磁体的开发-旨在建立大型高场超导磁体的技术-第一部分磁体设计概念和导体测试
2. Development of Superconducting Magnet for MHD ETL Mark V Facility -Aiming to Establish Technologies for Big High-field Superconducting Magnet-Part I Magnet Design Concepts and Conductor Tests [J] . Yoshimichi Aiyama, Masaichi Umeda 低温工学 . 2001,第9期

机译：用于MHD ETL Mark V设施的超导磁体的开发-旨在建立大型高场超导磁体的技术-第一部分磁体设计概念和导体测试
3. Development of Superconducting Magnet for MHD ETL Mark V Facility -Aiming to Establish Technologies for Big High-field Superconducting Magnet-Part I Magnet Design Concepts and Conductor Tests [J] . Yoshimichi Aiyama, Masaichi Umeda 低温工学 . 2001,第9期

机译：对于 MHD ETL Mark V型基金 -Aiming 建立技术用于大型高场超导磁体，第一部分磁铁的设计理念和指挥测试超导磁体的研制
4. Open Interventional Superconducting Magnet Technology for Proceedings of 15th Interventional Conference on magnet Technology [C] . Timothy J.Havens, R.Seth Smith International conference on magnet technology;MT-15 . 1998

机译：第十五届磁体技术介入会议论文集开放式介入超导磁体技术
5. Stress management as an enabling technology for high-field superconducting dipole magnets [D] . Holik, Eddie Frank, III. 2014

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6. Novel powder processing technologies for production of rare-earth permanent magnets [O] . Kenta Takagi, Yusuke Hirayama, Shusuke Okada, 2021

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7. Development of Superconducting Magnet for MHD ETL Mark V Facility. Aiming to Establish Technologies for Big High-field Superconducting Magnet. Part III. Challenging Experiments and Project Summary. [O] . Yoshimichi AIYAMA, Masaichi UMEDA 2001

机译：MHD ETL标记V设施超导磁体的研制。旨在建立大型高场超导磁铁技术。第三部分。具有挑战性的实验和项目摘要。
8. Proceedings the fourth international conference on magnet technology on magnet technology [R] . Y. Winterbottom 1972

机译：论文集第四届磁铁技术磁性技术国际会议

Open Interventional Superconducting Magnet Technology for Proceedings of 15th Interventional Conference on magnet Technology

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