levitated

英 [ˈlevɪteɪtɪd]

美 [ˈlevɪteɪtɪd]

v.  (尤指用魔力或特别的精神力量)升空，空中飘浮，使升空，使飘浮
levitate的过去分词和过去式

柯林斯词典

• VERB 升空；悬浮；飘浮
  If someone or somethinglevitates, they appear to rise and float in the air without any support from other people or objects.
  1. He has claimed he can levitate...
     他声称自己可以悬浮在空中。
  2. Nina can, apparently, levitate a small ball between her hands.
     尼娜看起来好像能够使一个小球悬浮在双手之间。

双语例句

• A control strategy of average levitated force and average torque is designed based on principles of radial force generation and mathematical models.
  根据无轴承开关磁阻电机的悬浮原理和数学模型，设计平均悬浮力和平均转矩的控制策略。
• A New Magnetically Levitated Positioning Stage with Nanometer Resolution
  一种新型磁悬浮纳米定位工作台的研究
• Summary of Numerical Analysis and Research for the Scattering Characteristics of Levitated Globular Reflector
  空飘球散射性能的数值分析与研究综述
• Control Strategy of Average Levitated Force of a Bearingless Switched Reluctance Motor
  无轴承开关磁阻电机平均悬浮力控制策略
• What are the main differences between a magnetically levitated train and an ordinary train?
  磁悬浮火车和普通火车有什么主要的区别？
• Besides, it is inevitable that time delay will exist in the control system of the magnetically levitated system.
  此外，在控制系统过程中，不可避免的带有时滞。
• In addition, the fundamental principles, control techniques, application fields and developing trends of magnetically levitated electric machines are described.
  概述了传统电机存在的问题，阐述了磁悬浮电机的基本原理、控制技术、应用领域及其发展趋势。
• Micromachined gyroscope with electromagnetically levitated rotor ( MGELR) is a new kind of an-gular rate sensor, which has the same working mechanism as traditional mechanical gyroscope.
  电磁悬浮转子微陀螺（MGELR）是一种新型的角速率传感器，它和传统机械陀螺具有相同的工作机理。
• According to the theory of diamagnetic levitation, a micro-switched reluctance motor with a levitated rotor was designed.
  本文结合开关磁阻电机的原理，设计出抗磁性悬浮转子高效微型开关磁阻电机装置。
• Research interests include nonlinear control, adaptive control, visual tracking and servo, magnetic levitated system control, mechatronics, robotics theory and applications, automation scheduling of production system, home automation and e-commerce.
  敝人研究领域包括非线性控制、适应控制、影像追踪与伺服、磁浮系统控制、机电整合、机器人理论与应用、生产系统自动化与排程，家庭自动化、与电子商务。