Corrections to “Design Study of SMES System Cooled by Thermo-Siphon With Liquid Hydrogen for Effective Use of Renewable Energy”

Shintomi T.; Makida Y.; Hamajima T.; Tsuda M.; Miyagi D.; Takao T.; Tanoue N.; Ota N.; Munakata K.; Miwa Y.

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Corrections to “Design Study of SMES System Cooled by Thermo-Siphon With Liquid Hydrogen for Effective Use of Renewable Energy”

机译：对“有效利用液态氢利用热虹吸液氢冷却的SMES系统的设计研究”的更正

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来源
《Applied Superconductivity, IEEE Transactions on》 |2013年第1期|p.9700101|共1页
作者
Shintomi T.; Makida Y.; Hamajima T.; Tsuda M.; Miyagi D.; Takao T.; Tanoue N.; Ota N.; Munakata K.; Miwa Y.;
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作者单位

Nihon University, Tokyo, Japan;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
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1. Design Study of SMES System Cooled by Thermo-Siphon With Liquid Hydrogen for Effective use of Renewable Energy [J] . Shintomi T. Applied Superconductivity, IEEE Transactions on . 2012,第3期

机译：有效利用可再生能源的液态氢热虹吸冷却SMES系统的设计研究
2. Design study of the cooling scheme for SMES system in ASPCS by using liquid hydrogen [J] . Makida Y., Shintomi T., Asami T., Physica, C. Superconductivity and its applications . 2013,第Null期

机译：液氢法用于ASPCS系统SMES系统冷却方案的设计研究
3. Effective design and operation strategy of renewable cooling and heating system for building application in hot-humid climate [J] . Fong K. F., Lee C. K., Zhao T. F. Solar Energy . 2017,第FEBa期

机译：在湿热气候下建筑应用中可再生制冷和供暖系统的有效设计和运行策略
4. Performance of a 10-kJ SMES model cooled by liquid hydrogen thermo-siphon flow for ASPCS study [C] . Y. Makida, T. Shintomi, T. Hamajima Advances in Cryogenic Engineering: Proceedings of the Cryogenic Engineering Conference . 2016

机译：ASPCS研究的液体氢气热虹吸流冷却10-kJ中小企业模型的性能
5. Design and Optimization of Liquid Cooling Systems Used in High Performance Electronic Packaging [D] . Hadad, Yaser . 2019

机译：高性能电子包装中使用的液体冷却系统的设计与优化
6. A Thermoelectric-Heat-Pump Employed Active Control Strategy for the Dynamic Cooling Ability Distribution of Liquid Cooling System for the Space Station’s Main Power-Cell-Arrays [O] . Hui-Juan Xu, Ji-Xiang Wang, Yun-Ze Li, 2019

机译：热电泵采用用于空间站主电机 - 阵列的液体冷却系统动态冷却能力的主动控制策略
7. Performance of a 10-kJ SMES model cooled by liquid hydrogen thermo-siphon flow for ASPCS study [O] . Y Makida, T Shintomi, T Hamajima, 2015

机译：ASPCS研究的液体氢气热虹吸流冷却10-kJ中小企业模型的性能
8. Liquid Metal Cooled Solar Central Receiver Feasibility Study and Heliostat Field Analysis. Part I. Liquid Sodium Cooled Central Receiver System Conceptual Design. Final Report [R] . Vant-Hull, L., Coleman, G. C., Springer, T., 1977

机译：液态金属冷却太阳能中央接收器可行性研究和定日镜场分析。第一部分液体钠冷却中央接收器系统概念设计。总结报告

Corrections to “Design Study of SMES System Cooled by Thermo-Siphon With Liquid Hydrogen for Effective Use of Renewable Energy”

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