1.
Furhter investigation on strong connectivity of Cayley digraph
Cayley有向图强连通度的进一步研究
2.
Continuous filament and ply yarns are inherently strong enough and usually do not require boosting of their strength.
连续长丝纱和股线具有较高的强度,通常不必进一步增加强度。
3.
Study on Some Properties of R-strong Connectivity and locally R-strong Connectivity
R-强连通和局部R-强连通的一些性质
4.
Necessary and Sufficient Conditions of Degree Sequences either for Strongly Connected Graphs or Primitive Graphs
强连通图和本原图的度序列的充要条件
5.
Independence Number、Connectivity and Hamilton-connectivity;
图的独立数、连通度与Hamilton连通性
6.
totally disconnected metric space
完全不连通度量空间
7.
Restricted Edge Connectivity of de Bruijn Digraphs and Graphs;
de Bruijn图的限制边连通度
8.
12-Degree and 13-Degree Reliable Connected Networks with the Best Connectivity
具有最佳连通性的12度与13度可靠连通网络
9.
3-Restricted Edge Connectivity and 3-Restricted Connectivity of Graphs;
图的3-限制性边连通度和3-限制性连通度
10.
The Degree Sequence of Connected Graphs and the Number of Lower Degree Vertices of Connected Plannar Graphs
连通图的度序列及连通平面图的低度点个数
11.
Talk about the difference characters between high intensity concrete and ordinary concrete;
高强度和普通混凝土强度的差异分析
12.
To become joined or consolidated by ankylosis.
连结，长合通过强直法来长合或连结关节
13.
To join or consolidate by ankylosis.
使连结，使长合通过强直法使骨长合或连结
14.
On Super Restricted Edge Connectivity and Lower Bounds on the Edge-Connectivity of Graphs;
图的超级限制边连通性和边连通度的下界
15.
Research on Connectivity of Regional Road Network Based on the Capacity of Connectivity
基于连通能力的区域公路网的连通度研究
16.
On Cyclability and Strong Pushability in a Kind of Graphs;
关于一类图的可圈性与强连通可推性
17.
Strong Connectedness in LF Topological Spaces
L-fuzzy拓扑空间中的强连通性
18.
Calculating method for strength of steel pipe flanged joint
GB/T17186-1997钢制管法兰连接强度计算方法