This article proposes a novel structure of the active magnetic bearings to achieve the five degrees of freedom full suspension.
本文中提出一种结构新颖的主动磁力轴承,实现五自由度的全悬浮。
There are errors of five degrees of freedom between each adjacent pair of gratings within a tiled-grating system, affecting the spatial and temporal property of the laser beam.
拼接的每个光栅都存在五维自由度的偏差,对激光脉沖的空间特性和时间特性产生影响。
A mathematical model of five degrees of freedom is established. And an automatic docking system with CCD auto-collimator, CCD signal receiver, embedded computer, and actuating mechanism is designed.
建立了五个自由度偏差的数据模型,并设计出包括CCD自準直仪、CCD接收处理装置、嵌入式计算机和执行机构的自动对接系统。
Traditional five degrees of freedom active magnetic bearings are better controlled and also have large capacity, but its excessive use of electromagnet are resulting in great energy loss.
传统的五自由度主动磁力轴承可控性和承载力都比较好,但是使用的电磁铁过多,造成能量损耗较大。
The element, possessing five degrees of freedom per node, is suited for linear, nonlinear and nonlinear stability finite element analysis of isotropic, orthotropic and laminated plates and shells.
该单元每个节点有五个自由度,适用于各向同性、正交异性和层合板壳的线性、非线性及稳定性有限元分析。