1.
L~1-Convergence Rates for Relaxation Approximations to Conservation Laws with Boundary;
具有边界条件的双曲守恒律松弛逼近解的L~1收敛率
2.
The L~1 Convergence Rate of the Continuous Weak Entropy Solution of Its Viscosity Approximations for the Initial-Boundary Problem of Scalar Conservation Laws
单个守恒律初边值问题的连续弱熵解的粘性逼近解的L~1收敛率
3.
Invariant Property of c(X)、l～p(X)-Evaluation Convergence of Operator Series;
算子级数的c（X）、l～p（X）（1＜p＜∞）-赋值收敛的不变性质
4.
Researches on Optimal Approximation of Functions in L~1-space by Using the VSOW Method Based on Strong Convergence
L~1-space中基于强收敛意义下函数最优逼近的VSOW法研究
5.
The Continuous Weak Entropy Solution and the L～1 Convergence Rate of Its Viscosity Approximations for the Initial-boundary Problem of Scalar Conservation Laws;
单个守恒律初边值问题的连续弱熵解及其粘性逼近解的L～1收敛率
6.
The Order(R-H)of Laplace-Stieltjes Transform Convergent only in the Right Half Place;
在右半平面收敛的L—S变换的(R—H)阶
7.
L~r convergence for weighted sums of arrays of Banach space valued elements;
B值随机元阵列加权和的L~r收敛性
8.
Convergence Between Numerical Solutions and Exact Solutions of Stochastic Differential Equation
随机微分方程数值解的L~p收敛性
9.
L~r Convergence for the Weighted Sums of Pairwise NQD Random Arrays
两两NQD阵列加权和的L~r收敛性
10.
L~p convergence for NA random sequences and pairwise NQD random sequences
NA列与两两NQD列的L~p收敛性
11.
Several proofs for convergent sequence of numbers {(1+1/n)~n};
{(1+1/n)~n}收敛性的几种证法
12.
The Convergence of the Non-monotone Projected L-M Method for Convex Constrained Non-linear Equations;
凸约束非线性方程组投影L-M算法的收敛速度
13.
The Convergence of l~2-valued D_(μ,q) Functions on the Unit Ball;
单位圆盘上的l~2值D_(μ，q)函数的收敛性
14.
L~r CONVERGENCE OF WEIGHTEDSUMS FOR ARRAYS OF ROWWISE NA RANDOM VARIABLES;
行为NA的随机变量阵列加权和的L~r收敛性
15.
The Uniform Convergence of High-dimensional Wavelet Frame Series inL~2(R~d)
高维小波框架级数在L~2(R~d)中的一致收敛性
16.
Strong Convergence Theorem for Uniformly L-Lipschitzian Mappings in Banach Spaces
一致L-Lipschitz映象在Banach空间中的一个强收敛定理
17.
Several Idenfification Construction on Seguence a_n = (1 +■)~n Convergence;
关于数列a_n=(1+(n/1))~n收敛的几种证明构建
18.
The method has been applied to the determination of iron ore with satisfactory results and the results were alike with Ag-DDTC method. The recovery for the sample was in the range 97.5% to 106.5%.
方法检出限0.35μg/L-1,加标回收率97.5%~106.5%。