说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> θ-闭性
1.
The S(n)-closed and S(n)-θ-closed Properties of θ-complex
θ-复形的S(n)-闭性质及S(n)-θ-闭性
2.
A Study on Ω-closed Sets, Ω_s-closed Sets and Strong (θ,s)-continuous Functions;
关于Ω-闭集、Ω_s-闭集和强(θ,s)-连续映射的研究
3.
Dissipativity of linear θ-methods for Volterra functional differential equations
Volterra泛函微分方程线性θ-方法的散逸性
4.
The Influence of Normal Properties and θ-pairs of Subgroups on Groups;
子群的正规性质及θ-偶对群的影响
5.
The p~*-Nilpotency and θ-Pairs for Subgroups on Finite Groups;
有限群的p~*-幂零性和子群的θ-子群偶
6.
θ-pairwise Compactness in L-bifuzzy Topological Spaces
L-双fuzzy拓扑空间中的θ-配紧性
7.
The stability of composite θ-method for stochastic differential delay equation was studied.
研究了随机延迟微分方程复合θ-方法的稳定性。
8.
S-θ-Completions of the Maximal Subgroups and the Solvability of Finite Groups;
极大子群的S-θ-完备与有限群的可解性
9.
The Influence of C-normality and θ-pairs of Subgroups on the Structure of Finite Groups;
子群的C-正规性、θ-子群偶对有限群结构的影响
10.
Stability Analysis of θ-One-Leg-Methods for A Differential Equations;
一类微分方程单支θ-方法的稳定性分析
11.
Industrial-Economic Systems and (f, θ,D) Relative Criterion for Industrial Classification;
产业经济系统与产业分类的(f,θ,D)相对性准则
12.
Stability Analysis of θ-methods for Functional Differential and Functional Equations
泛函微分与泛函方程θ-方法的稳定性分析
13.
BOUNDEDNESS OF θ(t) TYPE CALDERóN-ZYGMUND OPERATORS FOR NON-DOUBLING MEASURE
θ(t)型Calderón-Zygmund算子在非双倍测度下的有界性(英文)
14.
On the s-θ-completions of maximal subgroups and the π-solvability of a finite group
有限群极大子群的s-θ-完备与π-可解性
15.
The Study on Nonlinear Control System of a Guided Bomb Based on θ-D Technique
基于θ-D技术的制导炸弹非线性控制方法
16.
Periodic Relative Motion Control Based on theθ-D Nonlinear Control Method
基于θ-D非线性控制方法的伴随轨道控制
17.
After 14 days' hard travel, the cars of 2005 China Police Car Relay Race were able to arrive smoothly at its final destination, Zhuhai of Guangdong on August 9th.
曛泄??炱?道?θ
18.
In this paper we prove that if the polar cone Λ* of a closed convex cone Λis sharp or is generated by a closed ball not containing θ, then Λ is solid.
本文证明:当锥Λ的极锥是尖锥或由不含θ点的闭球体张成时,Λ是体锥;