levitating

英 [ˈlevɪteɪtɪŋ]

美 [ˈlevɪteɪtɪŋ]

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的现在分词

COCA.42379

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 key technique in all these experiments is magnetic trapping-the art of levitating atoms in free space with the help of magnetic fields.
  所有这些实验的关键技术是「阱」这种技术是藉著磁场使原子漂浮在半空中。
• So not only do these look great on your desktop levitating in thin air, they are also technology marvels!
  那么不仅这些看起来伟大在您的浮动在稀薄的空气的桌面上，他们也是技术奇迹！
• Then see your visual body levitating back down to the ground below you.
  然后你视觉的身体从空中回到地面。
• The formula demonstrates that the levitation height is related with amplitude of transducer, mass and radius of levitating object, and density of medium.
  公式表明：悬浮高度与换能器发射端的振幅、悬浮物体的质量、半径以及流体介质的密度有关，通过调节这几个因素，可以改变悬浮高度。
• At the booming developmental present time, Magnetic levitating bearing, with no friction, no wear, no lubrication, low power consumption, low noise, is being extensively demanded for application.
  拥有无摩擦、无磨损、无需润滑、低功耗，无噪声等优点的磁悬浮轴承在如今飞速发展的今天，其应用与需求是越来越广。
• Meanwhile the rail centering of levitating unit is achieved by the guiding active control in the differential guiding current mode.
  主动导向控制以导向电流差动方式实现了悬浮单元的轨道对中控制。
• The correlation between two major specifications of magnetic Levitating bearing, i.e., control accuracy and controllable rotating speed, and A/ D converter, transducer, power amplifier as well as control algorithm is analyzed.
  分析了磁悬浮轴承的控制精度和可控转速两个重要性能指标与A/D转换器、传感器、功率放大器及控制算法之间的相互关系。
• A dynamics equations based on the Newton's laws was established to depict the vibration of the free levitating HTS or PML.
  根据牛顿力学建立了超导永磁悬浮（HTS-PM）系统中悬浮体竖直方向振动的动力学方程。
• The composition and operational principle of magnetic levitating bearing are introduced.
  介绍了磁悬浮轴承的组成及其工作原理。
• So using differential capacitor displacement detection technology is more appropriate than electricity eddy displacement detection technology in axial magnetic levitating bearing the displacement detection.
  就轴向磁悬浮轴承的位移检测的运用，差动电容较电涡流位移检测技术更为合适。