1) Eudragit
优特奇
2) Eudragit S100
优特奇S100
3) odd-even carbon number preference
奇偶优势
4) odd graceful
奇优美
1.
In this paper, we define a class of new graph-spoon star graph and as wellas weak odd strong harmony graph, is defined, the writers give Stn P1C4’s odd graceful labeling、k- graceful labeling and weak odd strong harmony labeling,and prove that the Stn P1C4 is a odd graceful graph, k-graceful graph and weak odd strong harmony graph.
该文定义了一类新的图形——星勺图StnP1C4,并定义了图的次奇强协调性,同时给出了它的奇优美标号、k-优美标号及次奇强协调标号,从而证明了星勺图StnP1C4是奇优美图、k-优美图和次奇强协调图。
2.
In this paper,we obtain three kinds of graphs by adding some vertices and some edges on,and proved that the three kinds of graphs not only are allgraceful,odd graceful,but also are balanced graphs and alternating graphs.
本文通过在上增加一些顶点和边,得到了三种图,并得出此三种图均是优美的,奇优美的,也是交错图,平衡图,同时给出了相应的标号。
3.
It is shown that∪ni=1 Pli, ∪ni=1 Sli, ∪ni=1 Sli ∪∪ti=1 Pmi ,Cm ∪Pn and Cm ∪Cn are odd graceful, and that ∪ni=1 Cmi is odd graceful when mi ≡0(mod4).
讨论了并图∪ni=1Pli,∪ni=1Sli,∪in=1Sli∪∪it=1PmiCm∪Pn, Cm∪Cn和∪in=1Cmi,∪in=1Pli,∪in=1Sli,∪in=1Sli∪∪it=1PmiCm∪Pn, Cm∪Cn被证明了是奇优美的,∪in=1Cmi当mi≡0(mod4)时是奇优美的。
5) odd graceful graph
奇优美图
1.
If there exists a mapping f: V→{0,1,2,…,2E|-1} which satisfies: u,v∈V,if u≠v,then f(u)≠f(v);max{ f(v)|v∈V}=2|E|-1; e 1,e 2∈E,if e 1≠e 2,then g(e 1)≠g(e 2),here g(e)=|f(u)-f(v)|,e=uv;{g(e)|e∈E}={1,3,5,…,2|E|-1 },then G is called an odd graceful graph,and f is called odd graceful labeling of G.
对于简单图G=,如果存在一个映射f:V→{0,1,2,…,2E|-1}满足:对任意的u,v∈V,若u≠v,则f(u)≠f(v);max{f(v)|v∈V}=2|E|-1;对任意的e1,e2∈E,若e1≠e2,则g(e1)≠g(e2),此处g(e)=|f(u)-f(v)|,e=uv;{g(e)|e∈E}={1,3,5,…,2|E|-1},则称G为奇优美图,f称为G的奇优美标号。
6) Yuchi
[英]['ju:tʃi] [美]['jutʃɪ]
优奇人
补充资料：特诺奇蒂特兰城址
见阿兹台克文化。
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