1.
The distance between the center of an eccentric and its axis.
偏心距偏心圆的中心与圆轴间的距离
2.
Calculating the eccentric compressive bearing capacity of the rapid wall by the method of appendant eccentricity
附加偏心距法求解速成墙板偏心受压承载力
3.
Effect of Eccentricity on Material Removal Rate in Certain Eccentricity Polishing
偏心距在偏心抛光中对去除速率均匀性的影响
4.
Reliability analysis of RC members subjected to eccentric compression based on random characteristics of eccentricity
基于偏心距随机特性的混凝土偏心受压构件可靠度分析
5.
The axial force is large in the cantilever, and it has some kind of偏心距?!
工程系：悬臂梁的轴压不小啊，还有点偏心距。。。。
6.
Reconstruction of femoral offset and lower extremity length for hip arthroplasty
髋关节置换股骨偏心距和下肢长度重建方法
7.
Eccentricity adjustment in artificial hip replacement for treatment of femoral neck fracture
股骨颈骨折人工髋关节置换的偏心距调整(英文)
8.
Discussion about the Axial Force Eccentricity of the Beam in Masonry Structure
关于砌体结构梁端轴力偏心距问题的探讨
9.
"Torque is calculated by multiplying the push by the crank offset, or the distance of the push from the rotating shaft,"
扭矩以推力与曲柄偏心距或旋转轴心至推力作用点的距离相乘计算。
10.
The ungraded amplitude is realized by adjusting the vibrator eccentricity of the roller,.
通过对振动压路机振动器偏心距的微量调节，实现振幅的无级调节。
11.
Measurements of the Eccentricities of the Attracting Masses and the Susceptibilities in the Determining G;
周期法测G实验中吸引质量的偏心距与磁化率的测量
12.
Restoration of femoral offset in revision total hip arthroplasty
人工全髋关节翻修术中股骨偏心距重建的实施策略
13.
Eccentricity of curved continuous girder bridge and it's influence on bearing reaction
曲线连续箱梁桥的偏心距及其对支座反力的影响
14.
Effect of eccentricity restoration on function recovery after artificial total hip arthroplasty
偏心距的有效恢复对人工全髋关节术后功能康复的影响
15.
Clinical analysis between femoral offset restoration and joint function after total hip replacement
股骨偏心距与全髋关节置换术后关节功能的临床分析
16.
Derivation,Comparison and Application of Horizontal Well Production Formula Considering Anisotropy and Eccentricity Effects
考虑各向异性和偏心距影响的水平井产量公式推导、对比与应用
17.
Experimental study of measuring the humeral head offset with postprocessing technique of multi-slice spiral CT
多层螺旋CT后处理测量肱骨头偏心距的试验研究
18.
The calculation results demonstrate the effective eccentricity and the lifting force of the upper drill string are the major influential factors.
计算结果表明，有效偏心距和上部钻柱的提升力是影响近井口套管偏磨的主要因素。