Development of Mineral insulation Cable

矿物绝缘电缆的开发

• 批准号: 06554006
• 负责人: TAKASAKI Minoru
• 金额: $ 5.95万
• 依托单位: High Energy Accelerator Organization
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Developmental Scientific Research (B)
• 财政年份: 1994
• 资助国家: 日本
• 起止时间: 1994 至 1995
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-06554006/
• 关键词: High Intensity Beam Line; Mineral Insulation Coil; Radiation Resistivity; Mineral Insulation; Ceramics Seal; Kaon Factory; Japan Hadron Facility; Nuclear Waste Transmutation; 電磁石; 大強度ビーム輸送; 大電流導体; 無機絶縁ケーブル; 耐放射線

A new type of the Mineral Insulation Cable (MIC) of 2500A-class has been successfully manufactured. Though the initial design work was performed as 3000A-class MIC at the first year of the project, the final design was modified to be 2500A-class MIC because of worse processibility to the coil and of limited yield rate of the drawing stage. However it took relatively short time to fix the 2500A MIC design and the mass production was started immediately after the completion of the design work.A pair of electromagnet coils was wound by using the new 2500A MIC and was assembled as an electromagnet with an existing iron yoke. Test operation of the electromagnet was continued more than one year without any serious trouble. Results of this project have been reported at MT15 conference held at Beijing in 1997 and published in IEEE Transactions on Magnetics.

新型2500A级矿物绝缘电缆（MIC）研制成功。虽然项目第一年最初的设计工作是3000A级MIC，但由于线圈的加工性能较差以及拉丝阶段的良率有限，最终设计修改为2500A级MIC。然而，2500A MIC的设计花了相对较短的时间，设计工作完成后立即开始批量生产。使用新的2500A MIC绕制了一对电磁铁线圈，并与现有的铁组装成电磁铁。轭。电磁铁的测试运行持续了一年多，没有出现任何严重问题。该项目的成果已在1997年北京举行的MT15会议上报告，并发表在IEEE Transactions on Magnetics上。

项目成果

K.H.Tanaka and M.Takasaki: "Design Principles of the Electrmagnets" KEK Internal 97-17, "Guidelines in Safety Design of Accelerator Components and Facilities at High Radiation Fields". 49-59 (1997)

K.H.Tanaka 和 M.Takasaki：“电磁体的设计原理”KEK Internal 97-17，“高辐射场加速器组件和设施的安全设计指南”。

Y.Yamanoi et al.: "Development of Radiation Resistant Magnet Coils for High Intensity Beam Lines : Part II-Completely Inorganic Insulated Coils" IEEE Transactions on Magnetics. Vol32. 2147-2150 (1996)

Y.Yamanoi 等人：“用于高强度束线的抗辐射磁体线圈的开发：第二部分 - 完全无机绝缘线圈”IEEE 磁学汇刊。

K.H.Tanaka et al.: "Development of Rediation Resistant Magnet Coils for High Intensity Beam Lines" IEEE Transactions on Magnetics. Vol34 (in press). (1998)

K.H.Tanaka 等人：“用于高强度束线的抗辐射磁体线圈的开发”IEEE 磁学汇刊。

田中 万博: "KEK-PS新実験室における経験" 理化学研究所報文集『RIビームファクトリーの放射線防護』. 71-91 (1995)

Expo Tanaka：“新 KEK-PS 实验室的经验”RIKEN 公告集“RI 束工厂的辐射防护”71-91 (1995)。

K.H.Tanaka et al.: "Development of Radiation Resistant Magnet Coils for High Intensity Beam Lines" IEEE Transactions on Magnetics. Vol30. 2511-2514 (1994)

K.H.Tanaka 等人：“用于高强度光束线的抗辐射磁体线圈的开发”IEEE 磁学汇刊。