电磁悬浮的英文

发音:

"电磁悬浮"怎么读用"电磁悬浮"造句

英文翻译手机版

electromagnetic suspension ems

"电磁"英文翻译 electromagnetism
"悬浮"英文翻译 suspension
"磁悬浮" 英文翻译 : [电工] magnetic suspension◇磁悬浮列车 a magnetic suspension train
"磁浮磁悬浮" 英文翻译 : maglev
"磁悬浮车" 英文翻译 : maglev train magnetic suspension train
"磁悬浮车辆" 英文翻译 : maglev vehicle
"磁悬浮列车" 英文翻译 : maglev (magnetically levitated) train; maglev train (magnetically levitated train), magnetic suspension train; maglev train , magnetic su e ion train; magnetically levitated train
"磁悬浮输送" 英文翻译 : magnetic levitation transfer
"磁悬浮铁路" 英文翻译 : magnetic suspended railway
"磁悬浮陀螺" 英文翻译 : magnetically suspended gyroscope
"磁悬浮系统" 英文翻译 : magnetic suspension system
"磁悬浮轴承" 英文翻译 : magnetic suspension bearings
"磁悬浮装置" 英文翻译 : magnetic levitation system
"沪杭磁悬浮" 英文翻译 : shanghai-hangzhou maglev train
"上海磁悬浮" 英文翻译 : shanghai maglev train
"悬浮液磁悬液" 英文翻译 : suspension
"磁悬浮列车磁悬浮列车" 英文翻译 : maglev magnetic levitation
"磁悬浮陀螺仪" 英文翻译 : magnetically su ended gyroscope; magnetically suspended gyroscope
"磁悬浮转子计" 英文翻译 : magnetic su e ion i ing rotor gauge; magnetic suspension spinning rotor gauge
"电磁悬挂装置" 英文翻译 : electromagnetic suspension system
"超导磁悬浮列车" 英文翻译 : levitated superconducting magnet train
"磁悬浮不稳定性" 英文翻译 : magnetic buoyancy instability
"磁悬浮加速度表" 英文翻译 : magnetic suspension accelerometer
"磁悬浮转子真空计" 英文翻译 : magnetic su e ion i ing rotor vacuum gauge; magnetic suspension spinning rotor vacuum gauge
"沪杭磁悬浮交通项目" 英文翻译 : shanghai-hangzhou maglev train

例句与用法

Calculation of electromagnetic force suffered by conductor element in electromagnetic levitation
电磁悬浮技术中导体元受电磁力的计算
This paper explains the meaning of modern electromagnetic technology , and also introduces the widely application of electromagnetic technology in metallic material science and engineering , mainly relating to the development of electromagnetic stirring , electromagnetic casting , electromagnetic braking , electromagnetic purifying , electromagnetic induction heating , electromagnetic suspension and intense magnetic field technology
摘要阐述了现代电磁技术的内涵，并介绍了电磁技术在金属材料科学与工程中的广泛应用，主要涉及电磁搅拌、电磁铸造、电磁制动、电磁净化、电磁感应加热、电磁悬浮和强磁场技术的发展。