前者有分枝断层及微破裂转换；后者有传播褶曲及微弯曲转换。
The former contains branch fault and miCro-break conversion and the latter has propagation fold and micro-winding conversion.
提出了一种用微弯曲实验测定材料的与应变梯度塑性相联系的内禀长度的新方法。
Therefore, it is necessary to establish new constitutive models—strain gradient plasticity theories which possess the intrinsic material length.
微器件的市场需求急剧增加，微弯曲成形在微型产品的制造中起着至关重要的作用。
With the rapid increase of market demand for micro parts, micro bending formation plays an important role in the fabrication of micro products.
提出了V型电热硅微致动器的弯曲振动力学模型。
A flexural oscillation model about V-shaped silicon electro-thermal micro actuator is presented.
在弯曲测试实验中，通过标定测试用AFM微悬臂梁的有效长度，从而修正了其弹簧常数。
In bending test, the spring constant of AFM micro cantilever is corrected through the calibration of its effective length.
最后以单模光纤弯曲和微弯损耗为例，说明等效电流方法还适用于广义耦合波理论才能求解的问题。
At last, taking bending and microbending loss for single mode fibers as an example, we see that this method also applied to problems which can be solved by generalized coupled mode theory.
采用基于应变梯度理论的假设应变有限元方法研究了微尺度梁弯曲的尺寸效应。
An assumed strain finite element method based on the theory of strain gradient was proposed to explore the size effect that frequently exhibited in micro-beam bending.
弯曲微通道有助于增加分离通道的长度和减小外界压力梯度的干扰。
MicroChannel turns contribute to extending the separation length and reducing the disturbance of external pressure gradient.
你添加柔体修改器后，你可以调整所有弹簧边的硬度，可以让你的多边形松弛、弯曲、随着微风摆动，或者在地面上搅动。
Once you add the Soft Body modifier, you can adjust the stiffness of all those edge springs, allowing your mesh to sag, to bend, to flutter in the breeze, or to puddle up on the ground.
因此，采用激光对微制造器件中脆性材料的弯曲加工不仅可以节省成本，还可以缩短制造周期实现绿色制造（无环境污染）。
As a result, laser bending in the micro-manufacturing of brittle material can not only save costs, but shorten the manufacturing cycle and achieve green manufacturing (no pollution).
通常注塑化学发泡的微发泡PP材料的冲击强度和弯曲强度较天泡的PP材料普遍有所提高，拉伸强度略有所下降；
The impact strength and bending strength of Micro Foam PP injection molding foaming usually the day PP materials generally increased, tensile strength decreased a little;
最后应用微散斑干涉，检测粘附平衡态时微桥和微梁的粘附力以及由毛细粘附所导致的弯曲变形，并与理论计算结果进行比较。
Micro speckle interferometry is employed to detect the deformation of the micro beam in the equilibrium and the experimental results are compared with the theoretical prediction.
从河相关系可见，弯曲河段和微弯顺直河段基本相似，但和辫状河段有着本质的区别。
The river regimes of the meandering and straight reaches are very similar to each other but are different completely from the regime of the braided reach.
运用该方法在研究微悬臂梁的弯曲形变过程中，必须考虑压头在微悬臂梁上的压入以及微悬臂沿宽度方向的挠曲。
The method was described clearly. In the deflection of microbeams, the influence of the indenter tip pushing into the top of the microbeams and the curvature across its width must be considered.
轧辊弹性弯曲微尺度行为的机构学控制与轧机滚动轴承延寿方法的成果，已获国家科技二等奖；
The mechanism control method of roll micro dimensional elastic deformation and achievement of mill rolling bearing longevity prolongation research are awarded the national technology two degree.
分析结果显示，在本文分析之范围内，微继电器开关之接触弯曲应力、应变以及残留应力、应变均会随著开关间隙、接触力以及电流负载之增加而增加。
The numerical results indicate that the contact stress and strain, and the residual stress and strain increase as either of the switch gap, switch contact force, or electric current loads increase.
介绍了MEMS的特点、特征、技术发展趋势，MEMS器件的类型及其功能，并以多层弯曲磁芯结构微执行器为例介绍了磁驱动微执行器工作原理与制作工艺过程。
In this paper, the feature and the development trend of the MEMS technology are introduced. And the operational principles and the fabrication craft of the magnetic micro-actuator with a mult...
综合数值计算和实验结果，对于宽度为80μm的分离微通道，采用收缩弯曲微通道降低样品区带增宽时的最优收缩比为31%。
Based on numerical and experimental results, for separation channels with a width of 80/ ttn , 31% is the optimal constriction ratio to reduce band broadening by introducing narrowed turns.
通过DSC、弯曲实验和力学实验，研究了形状记忆聚氨酯的性能，发现软段高度结晶和硬段聚集形成硬段微区是其具有较好形状记忆性能的必要条件。
It was found that the high crystallinity of the soft segment regions and the formation of hard segment domains are the necessary conditions for polyurethanes with good shape memory behavior.
通过DSC、弯曲实验和力学实验，研究了形状记忆聚氨酯的性能，发现软段高度结晶和硬段聚集形成硬段微区是其具有较好形状记忆性能的必要条件。
It was found that the high crystallinity of the soft segment regions and the formation of hard segment domains are the necessary conditions for polyurethanes with good shape memory behavior.
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