1) Range of motion
运动范围
1.
Results:The cervical spine became unstable and the ROM (range of motion)i.
结果 :在椎间盘摘除后 ,颈椎明显不稳 ;安装TFC后 ,颈椎在各个运动方向上运动范围呈减小趋势 ,手术节段的活动基本丧失 ,而邻近节段的活动呈增大趋势 ;安装新型椎间融合器后 ,颈椎的运动同正常状态近似 ,邻近椎节亦无明显变化。
2) motion range
运动范围
1.
Objective:To investigate the 3D motion range of talonavicular joint and its roles in the motion of foot.
目的:探讨距舟关节的三维运动范围及其在足运动中的作用。
2.
Through analysing the method of finding solution to the orbit utilizing the dynamics characteristic of particle under the effect of centripetal force,we educe the superiority of solving such problems via applying dynamics characteristic,and put forward the condition of confining the motion range of particle.
分析应用有心力作用下质点运动的动力学特征求解轨道的方法,得出解决此类问题的过程中应用其动力学特征的优越性,提出限制质点运动范围的条件。
3) ROM (range of motion)
运动范围(ROM)
4) large overall motions
大范围运动
1.
Dynamical analysis of a flexible cantilever beam with large overall motions;
作大范围运动的柔性梁的动力学分析
2.
Coupling dynamical modeling theory of elastic beam-inlarge overall motions;
作大范围运动弹性梁刚-柔耦合动力学建模
3.
The coupling dynamic model of a spatial beam undergoing large overall motions was established based on continuum medium mechanics.
从连续介质力学原理出发 ,对作大范围运动的空间梁建立耦合动力学模型 。
5) large overall motion
大范围运动
1.
The nonlinear dynamic modeling of flexible curve beam with large overall motion is established according to Kane s equations.
在此基础上,依据Kane方程建立了作大范围运动的柔性空间曲线梁非线性动力学模型。
2.
In this paper, the coupling dynamic modeling theory and the discretization method of an elastic plate undergoing large overall motion are studied.
研究了作大范围运动薄板的耦合动力学建模理论和离散化方法。
3.
Based on Von Karman s deformational theory,the coupled effects between the coupled deformation of middle plane of beams and large overall motions is presented.
基于 Von- Karman变形理论 ,描述了弹性梁中面的耦合变形和大范围刚体运动之间的耦合 ,利用 Jourdain速度变分原理和单向递推建模方法建立了由梁式构件组成的树状柔性多体系统的程式化耦合动力学方程 ,通过两个典型算例验证了这种耦合变形和大范围运动之间的耦合效应对作高速大范围刚体运动柔性多体系统动力学性质的影
6) areal prediction
运动范围预测
补充资料：南美洲运动会和南十字运动会
1922年在巴西举行过1届南美洲运动会,参加者限于南美洲国家。1978年在玻利维亚举行过 1届南十字运动会，参加国有阿根廷、玻利维亚、巴西、智利、厄瓜多尔、巴拉圭、秘鲁和乌拉圭8国。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条