1) slip system
滑移系
1.
Effect of α_2 lamellars slip systems on yield stress ofpolysynthetically twinning crystals for γ-TiAl;
α_2相滑移系对γ-TiAl基多孪晶晶体屈服强度的影响
2.
In consideration on the on-line R-value measurement of aluminum deep drawing sheets, the selection of initial slip systems was analyzed according to the activation process of the slip systems during plastic deformation.
以深冲铝板R值的在线检测为应用背景,塑性变形滑移系开动的过程为出发点,分析了初始滑移系选取的方式,并计算了不同取向3104铝合金板的初始R值。
3.
In order to solve the experimental problem of tricrystal,elastic stress distribution of copper tricrystal under monotonical loading was analyzed by finite element method,the shear stress on slip system in each grain was analyzed.
采用有限单元法计算三晶体在单向拉伸载荷作用下弹性阶段的应力场，分析了三晶体中各晶粒主滑移系上的切应力分布，计算结果表明，当晶界平行于加载轴时，该晶界对其两侧晶粒有很明显的作用，较大程度的改变晶粒滑移系的形式，而且作用程度要超过三晶交点的作用，倾斜晶界则没有明显的作用。
2) slip systems
滑移系
1.
The numerical results of yield strength, based on considering the lamellar microstructure and the deformation mechanisms such as ordinary slip systems and true twinnings in PST crystals composed of and phase, is obtained by using calculating of resolved shear stresses in all slip systems based on micromechanical method.
基于PST晶体的微结构和相及2相普通位错和孪晶滑移启动,结合细观力学方法,通过数值模拟两相中的各滑移系上的分切应力,得出PST晶体屈服应力和外加载荷与片层之间夹角的关系。
2.
A criterion of the selection of slip systems for fcc metals is issued,based on the electronic structure theory.
运用离散变分Ｘα原子簇方法计算了面心立方金属的电子结构及其相互作用参数，讨论了相互作用参数与材料宏观性能间的内在联系，提出了基于电子结构理论的面心立方金属滑移系选择的判据。
3.
A criterion of the choice of slip systems for cube metals is advanced on the basis of the electronic structure theory.
以相互作用参数τ（ｈｋｌ）和ｔ［ｕｖｗ］为基础，提出了基于电子结构理论的体心立方金属滑移系选择的判据。
3) Slip coefficient
滑移系数
1.
The results show that the influences of near wall factors, including Marangoni convection, the fluid s microphysical properies, the wettability and the slip coefficient, greatly influence the critical heat flux.
发现微层中的 Marangoni流动 ,流体微观物理性质及湿润性 ,滑移系数等近壁区因素对临界过热度的大小具有重要的影响。
2.
The slip coefficient B is introduced in momentum equation of one dimensional nucleating flow.
本文在一元蒸汽凝结流动量方程中引入了滑移系数Ｂ，考虑两相滑移的影响。
3.
Their angle of lags and slip coefficients are obtained,which provides basis for analyzing the performances of every loading rule.
在非正交曲线坐标系下,运用基于同位网格技术的二维不可压SIMPLEC算法,对4种典型加载规律(前加载、后加载、中间加载和均匀加载)下,离心叶轮流道内的湍流流场进行了数值模拟,得到出口落后角和滑移系数,并以此为依据分析了各种加载规律的加功性能,得出了中间加载和均匀加载规律优于其它加载规律,适合用于离心压缩机叶轮的结论。
4) slip factor
滑移系数
1.
Precision comparison on slip factor of centrifugal pumps;
离心泵滑移系数精度的比较
2.
Modification of the slip factor of a centrifugal pump considering boundary layer clogging
考虑边界层堵塞的离心泵滑移系数修正
3.
To the optimism design of the centrifugal oil pump,the slip factor s calculation is a noticeable question.
在离心油泵的设计中,滑移系数的计算是一个不可忽视的问题,目前还没有离心油泵滑移系数的计算公式,设计者只好借用国外清水泵的计算公式,致使所设计的离心油泵性能较差。
5) sliding system
滑移系统
1.
Analyses for the nonlinearity of random vibration of sliding systems;
滑移系统随机振动非线性分析
2.
Research on dynamic reliability of sliding systems based on damp linearization;
基于阻尼线性化的滑移系统振动可靠度研究
3.
The backwater regions of the free vibration of sliding systems with linear, hardening or softening restoring force are analyzed comprehensively; relevant analytical solutions are obtained; the continuity and regularity of these solutions changing with the system parameters are demonstrated.
综合分析了线性、渐硬和渐软恢复力滑移系统自由振动的停滞区,给出了三种滑移系统停滞区的解析解;论证了解的连续性和随系统参数变化的规律性。
6) anti-slip coefficient
抗滑移系数
1.
To determine the anti-slip coefficient of the high-strength bolt which connects components of friction surface,it is screwed and determined by torsion and tensile testing machines respectively.
为了测定高强螺栓连接构件摩擦面的抗滑移系数,可以先在扭转试验机上通过扭矩来施拧,然后在拉伸试验机上进行测定。
2.
The K coefficient of the connector for large-sized high strength hexagonal head bolts,the P force of the connector for torque-shear type high strength hexagonal head bolt,and the anti-slip coefficient of the frictional surface of high strength bolts are the crucial properties to be tested in evaluating steel structures for acceptance.
大六角头高强度螺栓连接副扭矩系数的检测,扭剪型高强度螺栓连接副坚固预拉力的检测,高强度螺栓连接磨擦面抗滑移系数的检测,是钢结构材料验收中的重要测量。
补充资料：滑移反映
分子式：
CAS号：
性质： 以滑移面为其相应对称元素据以进行操作的一类复合对称动作，其基本对称动作可记作MT，表示经对称(镜)面反映后继之以沿平行于对称面特定方向进行一定量的平移或滑移。晶体学滑移反映中的滑移方向与量主要有三种场合：沿一个晶轴方向滑移半个周期(/2或)，是为轴向滑移；沿两个晶轴合成的对角方向滑移半周期量；如/2，是为对角滑移；另一种场合是金刚石型滑移。
CAS号：
性质： 以滑移面为其相应对称元素据以进行操作的一类复合对称动作，其基本对称动作可记作MT，表示经对称(镜)面反映后继之以沿平行于对称面特定方向进行一定量的平移或滑移。晶体学滑移反映中的滑移方向与量主要有三种场合：沿一个晶轴方向滑移半个周期(/2或)，是为轴向滑移；沿两个晶轴合成的对角方向滑移半周期量；如/2，是为对角滑移；另一种场合是金刚石型滑移。
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