1.
Closed Form Displacement Analysis of a Planar Fifth Class Group with Lower Pairs
低副机构的一种平面五级组运动分析
2.
A STUDY ON THE MOTION OF SPATIAL FOUR BAR LINKAGE BY REVOLVING VECTOR MATRIX
用旋量矩阵解空间4杆低副机构运动的研究
3.
Planar mechanisms utilizing only lower pairs are called planar linkages,they may include only revolve and prismatic pairs.
仅采用低副的平面机构叫做“平面连杆”机构,可以只包括转动副和棱形副。
4.
Research on Virtual Design System of Planar Controlled Lower-pair Five-bar Mechanism;
平面受控低副五杆机构虚拟设计系统的研究
5.
a flap on the underside of the wing that is lowered to slow the plane for landing.
低的为飞机减速降落的在飞机外边的副翼。
6.
Research of Using Overlapping Subarray Architecture For Sidelobe Reduction of Wide Band Array Antenna
子阵叠加结构降低宽带阵列副瓣电平方法研究
7.
There is less oil film thickness in the area of starting and ending engages of the movable teeth,then the binding and abrading failure is apt to occur in this field.
摆动活齿传动低副等效机构的机构参数对油膜厚度分布和最小油膜厚度都存在不同程度的影响。
8.
The design of an airborne off-set parabolic reflector antenna with low sidelobes is discussed.
介绍了机载雷达低副瓣偏馈抛物面无线的设计。
9.
(The writer is the Deputy Chief Executive Officer of Care Corner Ltd.)
（作者是新加坡关怀机构执行副总裁）
10.
Research on the Conceptual Design and Kinematic Synthesis of a Eight-bar and Ten-pair Mechanism
某八杆十副机构型与尺度综合的研究
11.
The Research of the Non-contact Stress of Higher Pair Mechanism
机械高副机构的非赫兹接触应力精确计算研究
12.
height correcting mechanism in rangefinder
测距仪高低校正机构
13.
The backfire antenna is a kind of compact structure, high gain and lower sidelobe antenna, but its bandwidth is limited.
背射式天线具有增益高、副瓣低和结构紧凑的特点,但其频带较窄。
14.
Reason for Low Tight Axle Strength of 10.9S Sets of Torshear Type High Strength Bolt for Steel Structures
钢结构用10.9S扭剪型高强螺栓连接副紧固轴力偏低原因分析
15.
Dynamic Analysis of Disk Cam Mechanism with Multiple Backlash Pares and Rectilinear Translating Follower
多副间隙推杆从动件盘型凸轮机构动态分析
16.
The vice-general manager of International Atomic Energy Agency declared that, the nuclear power source is hopeful widespread for civil industry
国际原子能机构副总干事:核能源有望广泛民用
17.
Dynamic Research of the Flexible Mechanism Involving Joint Damping;
考虑运动副阻尼的弹性机构系统动力学研究
18.
Chaotic research in the impact-free model of mechanism clearance revolute joints;
机构间隙转动副冲击碰撞模型的混沌研究