1.But, due to the uncertainty of the magnetic levitation system model, its control has been a major problem in the control field.
但磁悬浮系统由于其模型的不确定性，对其的控制一直是控制界的一大难题。
2.Most of these ones cannot be dematerialized to craft, none actually, who are so borderline, and many cannot even board by levitation beam.
这些人的大多数无法被非物质化（转化为光体）进入飞船，他们实际上无法被分清楚，许多甚至不能通过悬浮光柱被接上飞船。
3."If you're looking for a free trip for your body on quantum levitation, you're not going to get it with this, " says Parsegian.
“如果你想要在量子悬浮下旅行，从这项研究中得不到它，”Parsegian说。
4.Maglev, short for "magnetic levitation, " uses powerful magnets that allow the train to float just above the track, reducing friction.
Maglev，这是“磁力悬浮”的缩写，该技术利用强大的磁力，让列车悬浮在轨道之上。
5.Active Magnetic bearings (AMB) are complex machines in which sensors and controllers are used to stabilize the levitation of the rotor.
主动磁悬浮轴承则是由传感器、控制器来实现使转子稳定悬浮的一种复杂的机械装置。
6.The principle of the automotive magnetic levitation shock absorber is introduced and its structure and the mathematic model are described.
讨论了汽车磁悬浮减振系统的工作原理，对其结构进行了分析，并建立了数学模型。
7.Systemic investigations of the levitation force and lateral force relaxation characteristics with time without external excitation.
在没有外界干扰或者激励的情况下，系统研究了永磁超导悬浮系统中悬浮力、横向力的时间弛豫特征。
8.He was said to have been remarkably unclever, but prone to miraculous levitation, and intense ecstatic visions that left him gaping.
据说，他的身体已经明显地不灵活了，但却容易发生奇迹般的悬浮，这种极度梦幻的感觉让他目瞪口呆。
9.A state-space model is necessary for designing the single-magnet controller of a magnetic levitation system.
为了设计磁悬浮系统的单磁体控制器，必须建立系统的状态空间模型。
10.That the difficulties of controller designing limits the general use of magnetic levitation.
控制器设计的复杂性和非通用性制约了磁悬浮的广泛应用。