1) single-layer latticed intersected cylindrical shell(LICS)
单层叉筒网壳
1.
Structural form and behavior of single-layer latticed intersected cylindrical shell(LICS);
单层叉筒网壳结构的网格形式与受力特性
2) single layer latticed intersected cylindrical shell structures
叉筒网壳
1.
Based on nonlinear finite element theory,the whole geometrical nonlinear static stability of the single layer latticed intersected cylindrical shell structures is analyzed.
本研究利用非线性有限元方法,对4点支承的柱面单层叉筒网壳的几何非线性稳定全过程进行分析。
2.
Based on nonlinear finite element theory,this paper analyzes the whole geometrical nonlinear stability of the single layer latticed intersected cylindrical shell structures.
本研究利用非线性有限元方法,对4点支承的单层柱面叉筒网壳进行几何非线性稳定全过程分析。
3) point-supported single layer latticed intersected cylindrical shell structures
点支承两向叉筒单层网壳
1.
Nonlinear dynamic stability analysis of point-supported single layer latticed intersected cylindrical shell structures;
点支承两向叉筒单层网壳结构非线性动力稳定分析
4) partial double-layer LICS
局部双层叉筒网壳
1.
In this paper three patterns of partial double-layer LICS were first proposed,then based on the pattern of partial double-layer LICS, different analysis models of nonlinear, linear, rigid joint and pin joint were compared, and linear property of double-layer region and no.
叉筒网壳由圆柱面网壳交贯而成,局部双层叉筒网壳是介于双层叉筒网壳和单层叉筒网壳之间的网壳结构形式。
5) cylindrical shell
单层筒壳
1.
Wind-induced vibration response analysis and practical wind-resistant design method of single-layer cylindrical shells;
单层筒壳的风振响应及实用抗风设计方法
补充资料：闭壳层离子
分子式：
CAS号：
性质：又称偶电子离子(even-electron ion)。在有机质谱分析中形成的外层电子完全成对的离子，缩写为EE，标志符号为+，如EE+。化学电离所产生的初始离子，主要是EE+离子，如(M十H)+和(M-H)+。
CAS号：
性质：又称偶电子离子(even-electron ion)。在有机质谱分析中形成的外层电子完全成对的离子，缩写为EE，标志符号为+，如EE+。化学电离所产生的初始离子，主要是EE+离子，如(M十H)+和(M-H)+。
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