1.
The Generalized Topological Degree for m-Accretive Operators and Its Applications;
m-增生算子的广义拓扑度及其应用
2.
Ranges of Noncompact Perturbed Monotone Type and m-Accretive Operators;
单调型算子和m-增生算子的非紧性扰动的值域
3.
The Ranges of m-accretive and Monotone Operators Noncompact Perturbation;
m-增生算子和单调算子非紧性扰动的值域
4.
Iteration Process for Perturbed m-Accretive Operators Equation in Banach Spaces;
Banach空间中含m-增生算子方程的迭代问题
5.
Ishikawa - type Iterative Procedures with Errors of Nonlinear Equations Involving m - Accretive Operators in Banach Spaces;
含m-增生算子的非线性方程带误差的迭代程序
6.
Strong convergence of a modified iterative process for pseudocontractive mappings
m-增生算子弱压缩迭代序列的强收敛性
7.
Iteration Method Approximating Zero Points of m-accretive Operators in Reflexive Banach Spaces
自反Banach空间中m-增生算子零点的迭代逼近
8.
Iterative Method Approximating Zero Points of m-Accretive Operators in Uniformly Smooth Banach Spaces
一致光滑Banach空间中m-增生算子零点的迭代逼近
9.
Strong Convergence of Viscosity Iterative Process for m-Accretive Operators and Nonexpansive Semigroup
m-增生算子和非扩张半群粘滞迭代算法的强收敛性
10.
Iterative Process of Nonlinear Equations Involving M-accretive Operators in Uniformly Smooth, Banach Spaces;
一致光滑空间中含m-增生算子的非线性方程解的迭代程序
11.
The Strong Convergence of a Composite Iterative Sequences for the Zeros of m-Accretive Operators
关于m-增生算子零点的粘性复合迭代序列的强收敛性
12.
Strong Convergence Iterative Sequence with Error of Nonlinear Equation with m-proliferated Operator Disturbance
关于带m-增生算子扰动的非线性方程具误差的强收敛迭代序列
13.
Convergence and Almost Stability of Ishikawa Iterative Scheme with Errors for m-accretive Operators
关于m-增生算子的Ishikawa迭代程序的收敛性与稳定性(英文)
14.
The Study of Ranges for m-Accretive Operators and Monotone Type Operators;
M-增生算子和单调型算子值域的研究
15.
Another Eigenvalue of the M/M~2/1 Operator
M/M~2/1算子的另一个特征值
16.
M-Laplacian on Metric Space;
度量空间上的m-Laplacian算子
17.
The Research and Realization of Parallel Predictor-Corrector GMRES(m) Algorithm in Krylov Subspace
Krylov子空间上并行预校GMRES(m)算法的研究
18.
Positive Solution of Singular m-point Boundary Value Problems with p-Laplacian Operator
p-Laplacian算子m-点奇异边值问题的正解