1) connectivity pair
连通度对
2) pair-connected Reliability
点对连通可靠度
1.
Using the definition of probability random events based on the least Path Set and edge Cut Set between two arbitrary nodes in undirection simple networks,and according to the relationship points to pair-connected Reliability and two-Terminal Reliability,an approximate calculation formula about the reliability of a pair-connected Reliability under the edge failure is given out and validated too.
通过对无向简单网络中基于任意两点间最小路集和边割集的概率随机事件的定义,利用点对连通可靠度和两终端可靠度的关系,给出了边失效条件下无向简单网络点对连通可靠度的近似计算公式,并给予验证。
3) connection of a pair of drilling well
对井连通
4) butt jointing
对接连通
1.
ZJ03-PJ03 well group is a pair of directional butt jointing brine extracting well group of the Taishan Salt Chemical Plant, Xinwen Mining Group,seeond directional butt jointing technology construction is used.
本对接连通井组,采用随钻测量井斜、方位及钻进轨迹控制技术,为该井组的顺利对接提供了技术保障。
5) edge-connectivity
边连通度
1.
Connectivity and edge-connectivity of strong product graphs;
强乘积图的连通度和边连通度(英文)
2.
The some properties of vertex-connectivity and the edge-connectivity of a~m(G)have been studied in the note.
将广义梭a(G)的定义推广到m+1个同构图的情形,定义了图a~m(G),得到广义棱a~m(G)的点连通度和边连通度的几个性质。
3.
The restricted edge-connectivity λ′ of de Bruijn digraphs D_B(d,n) was studied.
证明了对有向de B ru ijn图DB(d,n),当d≥3,n≥3或d=2,n≥3或d≥3,n=2时,它的限制边连通度λ′(DB(d,n))=2d-2。
6) vertex connectivity
点连通度
1.
G is a simple graph with a(G) and k(G) , its algebraic and vertex connectivity.
a(G),k(G)分别为G的代数连通度和点连通度,该文刻画了满足a(G)=k(G)的图。
2.
Let G be a connected graph of order n whose algebraic connectivity, vertex connectivity, and edge connectivity are α(G), κ(G), and λ(G), respectively.
n阶连通图G的代数连通度、点连通度和边连通度分别记作α(G) ,κ(G)和λ(G) 。
补充资料：单连通和多（复）连通超导体（simplyandmultiplyconnectedsuperconductors）
单连通和多（复）连通超导体（simplyandmultiplyconnectedsuperconductors）
单连通超导体一般指的是不包含有非超导绝缘物质或空腔贯通的整块同质超导体，若有非超导绝缘物质或空腔贯通的超导体则称为多（复）连通超导体。从几何学上讲，在超导体外表面所包围的体积内任取一曲线回路，这回路在超导物质内可收缩到零（或点），且所取的任意回路均可收缩到零而无例外，则称单连通超导体。若有例外，即不能收缩到零，则称多连通超导体。例如空心超导圆柱体，则在围绕柱空腔周围取一回路就不能收缩为零。多连通超导体可有磁通量子化现象（见“磁通量子化”）。
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