1) Wound contraction
创面收缩
2) patch shrinkage
面片收缩
1.
Application research of LOD method based on patch shrinkage;
基于面片收缩操作LOD方法的应用研究
2.
Based on the theory of LOD and general methods of complex model simplification,a model simplification algorithm based on patch shrinkage is proposed.
在论述LOD技术基本原理和复杂物体模型常用简化算法的基础上,提出一种基于面片收缩操作的模型简化算法。
3) contracted section
收缩断面
1.
The scope of contracted section,the length of the main current core,the transverse velocity and concentration are given.
分析近区流场和浓度场的特征,得出了下游近区中线流速、浓度和稀释度的沿程变化规律,收缩断面变化范围,以及主流核和高浓度区的长度,也得出了流速和浓度在横断面上的分布状态,并分析和讨论了相对动量、相对扩散器长度对这些特性的影响。
4) facet-shrinking
面收缩
1.
The algorithm makes the number of the meshes increase by the factor of 4 through two approaches which are facet-shrinking and edge-cutting,and also keeps the subdivision surface C1 continuous by selecting suitable geometric location.
该算法通过面收缩和砍边两个过程,使细分网格的数目以4为倍数增长,并选择适当的几何定位使细分曲面保持C1连续性。
5) section shrinkage
断面收缩
1.
The results show that the pressure loss in the generating process is mainly resulted from the section shrinkage.
结果显示,在超高压水射流形成过程中,压力损失主要是在水流从高压管道进入高压喷嘴时由于流道发生断面收缩而造成的,压力损失大约为最终超高压水射流动能密度的49%;随着喷嘴口径的增大,压力损失减小,整个系统的能量利用率越高;随着水射流压力的增大,压力损失增大,但增大的程度会减小。
6) conical convergent section
收缩截面
1.
The numerical simulation of axisymmetric two-dimensional shock tube is studied,which has a conical convergent section,and its driving gas is the hot product of hydrogen oxygen detonation.
对由前向爆轰产生驱动气体并具有局部锥形收缩截面的轴对称激波管利用两相常比热完全气体的欧拉方程组和有限体积TVD格式在局部正交的网格上进行了二维数值模拟。
补充资料：收缩中(晚）期喀喇音-收缩晚期杂音综合征
收缩中(晚）期喀喇音-收缩晚期杂音综合征
即"二尖瓣脱垂-喀喇音综合征"。
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