1)cell[英][sel][美][s?l]元胞
1.Research of simulation model on traffic cellular automation;交通元胞自动机计算机模拟模型的研究
2.Static equilibrium of structure is regarded as a self organizing process of cells under the condition of force and displacement boundary.用细胞自动机作平面弹性力学分析 ,将结构的静平衡认为是在力和位移边界条件下 ,物体元胞间的自组织过程。
3.Self-adjustment of function cell is put forward to automatically reconfigure CNC system in case of change of working condition.提出元胞自调整策略以解决状态改变时系统功能结构的自整定问题。
英文短句/例句
1.Three-dimensional Fredkin-rule Cellular Automata;三维Fredkin规则元胞自动机
2.Evolution of Elementary Cellular Automata and Fuzzy Cellular Automata;初等元胞自动机的演化及模糊元胞自动机
3.The Application of Cellular Automata and Fuzzy Cellular Automata;元胞自动机模型应用及模糊元胞自动机
4.Finite Element Method and Its Implement Based on Cellular Automata;基于元胞自动机算法的有限元方法及实现
5.DEGENERATED DEATH AND PROTECTION OF NEURONS RESULTED BY RUPTURED INJURY OF AXIS-CYLINDERS OR DENDRITES;神经元胞突断裂性损伤所致神经元胞体的退化死亡及其保护
6.Simulation of complex system brittleness based on cellular automata基于元胞自动机的复杂系统脆性仿真
7.A BTW approach to damage and fracture of rock岩石损伤断裂的沙堆元胞自动机模拟
8.The Studies of Mixed Traffic Flow with Cellular Automata Models;混合交通流的元胞自动机模型的研究
9.A Study of Three-Lane Cellular Automata Traffic Flow Models;三车道元胞自动机交通流模型的研究
10.Some Dynamical Properties of a Cellular Automata on a Countable Group;可数群上元胞自动机的一些动力性质
11.Simulation of Stock Market Based on Cellular Automata;基于元胞自动机的股票市场模拟模型
12.Research on the Complex System Brittleness Based on the Cellular Automation;基于元胞自动机的复杂系统脆性研究
13.Cellular Automaton for Traffic Flow Problems;用元胞自动机研究交通流的有关问题
14.Aperiodicity in the Elementary Cellular Automaton;初等元胞自动机时间序列的非周期性
15.Image Encryption Based on Reversible Cellular Automata;基于可逆元胞自动机的图像加密算法
16.Research on Robots with Cellular Automata;元胞自动机在机器人中的研究与应用
17.DNA Self-Assembly Realization of Molecular Cellular Automata;分子元胞自动机的DNA自组装实现
18.Image Processing Method Based on Cellular Automata Transform;基于元胞自动机变换的图像处理方法
相关短句/例句
unit cell method胞元
1.Based on the unit cell method,mechanical and electrical damages of the piezoelectric ceramics with periodically distributed conductive ellipsoidal or spherical voids are analyzed,and the effects of the void volume fraction,shape ratio and electric conduction on the damages are investigated.为分析含周期性分布球形/椭球形导电孔洞压电陶瓷的力电损伤,采用胞元法对孔洞体积分数、形状比和导电性质对力电损伤的影响进行了研究。
3)cellular element method元胞单元法
1.On the basis of it, the detailed calculation processes are given about the geometric nonlinearity cellular element method and contact nonlinearity cellular element method.在此基础上,给出几何非线性问题元胞单元法和接触非线性问题元胞单元法较详细的计算步骤。
2.Based on moment distributed method and the disperse technique in finite element method,a new method--cellular element method is being discovered.若在此基础上 ,再引用有限元离散技术 ,则可演化出一种有别于传统有限元法的新的数值计算方法——元胞单元法。
4)cellular material胞元材料
1.Relation between topology and mechanical properties of cellular materials;胞元材料拓扑构型与力学性能的相关性
5)Analytical cell解析胞元
1.In order to simulate micromechanical damage behavior of heterogeneous materials,the micromechanics model with the consideration of temperature effect near a crack-tip in a composite has been presented by using the method of analytical cells,and the influences of initial defect on mechanical properties of heterogeneous materials were analyzed.为了较好地模拟非均质材料的细观损伤行为,利用含夹杂与裂尖的解析胞元法建立考虑温度效应的复合材料内部裂尖邻域的细观力学模型,利用该模型分析非均质材料中初始缺陷对材料力学性能的影响。
6)repeated unit cell周期胞元
延伸阅读
元胞元胞Primitive eell 元胞Primitive Cell在空间晶格中，取一个格点为原点，取从原点到最近的3个格点的矢量为al、乓、a3，称为基矢(3个基矢不共面)，则以基矢为边组成的平行六面体称为初基晶胞或元胞。整个晶体可以由元胞平移密堆而成。 元胞是体积最小的晶胞，每个元胞只对应于(或只含有)一个格点。元胞若为已知，则空间晶格完全确定，摧矢al、仇、几也为已知，于是空间晶格中任一格点位置均由下式确定 R.=11al+乙aZ+几a3‘式中11、乙、乙为整数。 根据元胞的体积是最小的晶胞这一特点，广义地说.凡是体积最小的重复单元均可称为元胞，因此元胞的取法不是唯一的，甚至也不一定是平行六面体。例如，取一个格点为原点，作原点到最近邻和次近邻格点联线的垂直平分面，这些面围绕原点形成一个多面体，这个多面体也是最小体积的重复单元，称为维格纳一塞茨元胞，简称W一S元胞。由于W一S元胞保持原晶体所具有的对称性，所以又称为对称元胞。倒易晶格中的W一S元胞就是第一布里渊区。 (刘皖育)
