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.- He has claimed he can levitate...
他声称自己可以悬浮在空中。 - 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。
- He has claimed he can levitate...
双语例句
- This paper introduces the launching, levitating and injecting situation of American Iridium satellite ( double satellite)," Long-march 4B "one rocket and two satellites," Shanzhou No.1" experimental satellite," Zhongxing 22 "communication satellite, and the first" Resource No.2 "satellite, etc.
介绍了美国铱星(双星)、长四乙一箭双星、神舟一号试验飞船、中星22通信卫星、第一颗资源二号卫星等的发射、升空和入轨情况。 - They are levitating in a lying position just as if you'd be if you were lying in your bed while sleeping. '
他们悬浮在半空中,就如同你躺在自己的床上睡觉一样。 - 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 levitating force increases linearly with the increase of the inner diameter of levitation coil.
随着悬浮线圈内径增加,悬浮力呈线性增加。 - 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 levitating and propulsive electromagnetic fields of normal high speed magnetic levitation vehicle is studied using finite element method in this paper.
采用有限元法研究了常导高速磁浮列车的悬浮和推进电磁场。 - 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。 - This paper introduces the launching, levitating and injecting situation of "Zongxing-22A" communication satellite, one rocket two satellites," Xinnuo-2 "communication and broadcast satellite, and military communication and navigation satellite, etc.
介绍了中星&22号A通信卫星、一箭双星、鑫诺二号通信广播卫星、军用通信与导航卫星等的发射、升空和入轨之情况。 - 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。 - The applications of target field approach in designs for spherical coils levitating a superconducting sphere
目标场法在悬浮超导球体的球形线圈设计中的应用