1) Lacunarity
[lækju'næriti]
缺项
2) lacunary polynomial
缺项多项式
1.
The necessary and sufficient conditions are obtained for the lacunary polynomials to be dense in C_α,where C_α is the weighted Banach space of complex continuous functions f(t) on R with f(t)exp｛-α(t)｝ vanishing at infinity.
设函数α(t)在R上非负连续,Cα是R上满足lim|t|→∞f(t)e-α(t)=0的连续函数f(t)全体组成的Banach空间,得到了一个缺项多项式在Cα空间中稠密的充分必要条件。
3) flawed project
缺陷项目
1.
Based on the analysis of flawed projects that appeared in GSP certification of drug distributors in Shaanxi Province,the most common flawed projects were found out,causes analyzed and corresponding measures discussed.
通过对陕西省药品批发企业GSP认证中出现的缺陷项目汇总分析,找出最易出现的缺陷项目,并分析成因,探讨对策。
2.
Based on the analysis of flawed projects that appeared in GSP certification,the most common flawed projects were found out,causes were analyzed and corresponding measures were discussed,to improve the level of drug administration.
对GSP检查中出现的缺陷项目进行对比分析,找出最常见的缺陷项目,分析原因,探讨对策,以提高药品经营质量管理水平。
4) Fabry gap
缺项级数
1.
When the dominant coefficient As has Fabry gap,An estimate of the hyper-order of solutions for the above equation is obtained.
研究齐次线性微分方程f(k)+Ak-1f(k-1)+…+Asf(s)+…+A0f=0(1)的增长性问题,其中A0,A1,…,Ak-1是整函数,当存在某个系数As(s∈{0,1,…,k-1})为缺项级数且比其它系数有较快增长的意义下时,得到了微分方程(1)的一定条件下超越解的超级的精确估计。
2.
The relationship among the hyper order of growth of the solution of equation,the hyper order of growth of solution to small order of growth function and the order of growth of coefficient of equation are obtained,when the dominant coefficient A0 has Fabry gap.
当存在系数A0为缺项级数且比其他系数有较快增长性时,得到了上述非齐次微分方程解的超级、解取小函数点的超级与方程系数的级3者之间的关系。
3.
By using the Nevanlinna Value distribution theory,the paper investigates the growth of solutions of the differential equation f(k)+Ak-1fk1+…+Asf(s)+…+A0f=F,where A0,A1,…,Ak-1,F are entire functions and the dominant coeffcient As has fabry gap,it obtaines general estimates of the growth and zeros of entire solutions of higher order linear differential equations.
研究了非齐次线性微分方程f(k)+Ak-1fk-1+…+Asf(s)+…+A0f=F的增长性问题,其中A0,A1,…,Ak-1,F是整函数,当存在某个系数As(s∈{0,1,…,k-1})为缺项级数且比其它系数有较快增长的意义下时,得到了上述非齐次微分方程的一定条件下超越解的超级的精确估计。
5) omitting coefficient
缺项系数
1.
On the β convexity radius of starlike function with omitting coefficient;
具有缺项系数的星形函数的β凸半径
6) lacunary series
缺项级数
1.
We studied the values of the lacunary series with algebraic coefficients on the algebraic points,and got a theorem which generalized one of Mahler s.
我们研究了代数数系数的缺项级数的代数点上的值，推广了Ｍａｈｌｅｒ的一个定理。
补充资料：缺项
1.犹缺门。指工程建设﹐科学研究﹐艺术﹑体育表演等缺少的项目。
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