1) Davenport's constant
Davenport常数D(G)
2) G-D constant
G-D常数
3) Davenport constant
Davenport常数
1.
Erd s, Ginzburg and Ziv proved the famous EGZ theorem; In 1966,Dav-enport defined Davenport constant.
Erds，Ginzburg和Ziv证明的EGZ定理和1966年Davenport提出的Davenport常数是零和问题的两个起点。
2.
In this thesis,we study three problems related to them:restricted sumsets, Davenport constant and short zero-sum subsequences.
本论文研究了这两个领域中的三个问题:限制子集和,Davenport常数,短零和子列。
4) gravitational constant G
万有引力常数G
1.
The gravitational constant G is an important fundamental physics constant closely related to theoretical physics, astrophysics and geophysics,the precise measurement of G is faced with various kinds of difficulties and challenges, however.
万有引力常数G是一个与理论物理、地球物理和天体物理密切相关的基本物理常数,但 G值的高精度绝对测量面临着种种困难。
5) grating coefficient d→0
光栅常数d→0
6) D/G model
D/G模型
补充资料：Bloch常数
Bloch常数
Bloch constant
【译注1关于Bloeh常数B的F界估计M .Hein以[Bl])和Ch.pommerenke([BZ〕)曾证明B习了广4，且11[2}的结果只保留不等号BI.对l常数IB10d，“.stant;Ejoxa姗cl习.T，」 一个由Blocll定理(Bloc】1 theorem)确定其存在的绝对常数.设打是单位圆}之{
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