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飞轮—新的储能方式 被引量:8

Flywheel^4/A New Storage of Energy
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摘要 文章从飞轮储能的基本原理和它的应用前景出发 。 Based on the theory of flywheel battery discusses its application in the future,the key technology and the development in foreign country are discussed in this article.
出处 《微特电机》 北大核心 2003年第5期38-40,共3页 Small & Special Electrical Machines
关键词 飞轮 储能方式 磁悬浮轴承 复合材料 flywheel battery magnetic suspension bearing complex material generator/motor
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参考文献13

  • 1赖坚 刘春和.电动汽车蓄电池的新秀—飞轮电池[R].中船总七○七所,中国电工技术学会电动车辆研究会,1995..
  • 2LLNL 公司.New look at an old idea the electromechanical battery.Science Technology Review,1996,(4):13-18.
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  • 4Post RF. A High Efficiency Electromechanical battery[J]. Proceeding of the IEEE, 1993,81 ( 3 ) :462 - 474.
  • 5Weinberger. Magnetically Leviated Superconducting Bearing [ P].USA :5,256,638,1993 - 10 - 26.
  • 6Yamazaki. Inertial Device for Energy Storage[ P]. USA:5,436,516,1995 - 07 - 25.
  • 7Stoye P. Melt Texture YBCO: High Trapped Fields and Superconducting Magnetic Beatings [ J ]. Journal of Low Temperature Physics, 1996,105 ( 516) : 1457.
  • 8Nardone. Energy Storage Flywheel Device [ P]. USA : 5,590,569,1997 - 06 - 07.
  • 9Bakholdin. Flywheel Rotor with Conical Hub and Methods of Manufacture therefor[ P]. USA:5,628,232. 1997 -05 - 13.
  • 10Jack G Bittery. Energizing the Future Flywheels: New Battery Technology a Reality Today[ R]. US Flywheel Systems. 1996.

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