THE MAGLEV MAN

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THE MAGLEV MAN

机译：玛格丽夫男人

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The U.S. Department of Transportation is planning to fund a $950 million magnetically levitated, or "maglev," train project by 2004, and similar trains are currently under development in China and Japan. Maglev technology, which uses the attracting and repelling forces of superconducting magnets to levitate and propel trains at speeds of up to 550 kilometers per hour, is clearly on the move. But the man who designed the first maglev train died long before his dream started to become reality.

机译：美国运输部计划在2004年前资助9.5亿美元的磁悬浮火车项目，目前正在中国和日本开发类似的火车。磁悬浮技术显然正在发展，该技术利用超导磁体的吸引力和排斥力使火车以每小时550公里的速度悬浮和推进火车。但是设计第一台磁悬浮列车的人在他的梦想开始成为现实之前就去世了。

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《Technology Review》 |2002年第3期|p.96|共1页
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正文语种 eng
中图分类工业技术;
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1. Update on Basic Research into Superconducting Maglev and Research on Application of Maglev Technology to Conventional Railway Systems [J] . Quarterly Report of RTRI . 2020,第1期

机译：超导磁悬浮基础研究的进展和磁悬浮技术在常规铁路系统中的应用研究
2. Recent Status of Fundamental Research on Superconducting Maglev Technology and Research on the Application of Maglev Technology to the Conventional Railway System [J] . Ken NAGASHIMA Quarterly Report of RTRI . 2018,第4期

机译：超导磁悬浮技术基础研究的最新进展及磁悬浮技术在常规铁路系统中的应用研究
3. Recent Status of Fundamental Research on Superconducting Maglev Technology and Research on the Application of Maglev Technology to the Conventional Railway System [J] . Ken NAGASHIMA Quarterly reports of RTRI . 2018,第4期

机译：超导Maglev技术基础研究的最新状态及磁悬浮技术在传统铁路系统中的应用研究
4. Holloman High Speed Test Track Maglev Program UpdateThe Holloman High Speed Test Track Magnetically Levitated (MAGLEV) Sled Six Degree- of- Freedom ModelHolloman High Speed Test Track Maglev Program Update [C] . D. Bergeron U.S. Air Force Tamp;E Days 2010 . 2010

机译：Holloman高速测试轨道磁悬浮程序更新Holloman高速测试轨道磁悬浮（MAGLEV）雪橇六自由度模型Holloman高速测试轨道磁悬浮程序更新
5. Critical Juncture / Revitalizing Baltimore's Penn Station with MagLev [D] . Alli, Sarah R. 2017

机译：关键时刻/振兴巴尔的摩的宾馆与Maglev
6. Research on Absolute Positioning Sensor Based on Eddy Current Reflection for High-Speed Maglev Train [O] . Xiaobo Hong, Jun Wu, Yunzhou Zhang, 2020

机译：基于高速Maglev火车涡流反射的绝对定位传感器研究
7. Update on Basic Research into Superconducting Maglev and Research on Application of Maglev Technology to Conventional Railway Systems [O] . Ken NAGASHIMA 2020

机译：超导Maglev基础研究的更新及Maglev技术在传统铁路系统中的应用研究
8. Noise from High Speed Maglev Systems: Noise Sources, Noise Criteria, PreliminaryDesign Guidelines for Noise Control, Recommendations for Acoustical Test Facility for Maglev Research [R] . Hanson, C. E., Abbot, P., Dyer, I. 1993

机译：高速磁悬浮系统噪声：噪声源，噪声标准，噪声控制初步设计指南，磁悬浮研究声学测试设施建议

THE MAGLEV MAN

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