1.
L~p-BOUNDEDNESS OF MULTILINEAR OSCILLATORY SINGULAR INTEGRAL OPERATOR
一类多线性振荡奇异积分算子的有界性
2.
Some Problems on Commutators Generated by Singular Integral Operators and Oscillatory Integral Operators;
粗糙核奇异积分算子及振荡积分算子的交换子的有界性问题
3.
BOUNDEDNESS OF THE OSCILLATORY SINGULAR INTEGRAL OPERATOR WITH DINI KERNEL ON WEIGHTED HARDY SPACE
带Dini核的振荡奇异积分在加权Hardy空间上的有界性
4.
Weighted Norm Inequalities for the Maximal Multilinear Singular Integral Operator
多线性奇异积分算子的加权模不等式
5.
The nonlinear singularity phenomenon of low frequency oscillation in power system
电力系统低频振荡中的非线性奇异现象
6.
Linear Multistep Methods for Singularly Perturbed Delay-integro-differential Equations;
奇异摄动延迟积分微分方程的线性多步法
7.
The Boundedness of Multilinear Commutators of Singular Integral Operators and Fractional Integral Operators Related to Smooth Functions;
奇异积分和分数次积分与光滑函数生成的多线性交换子
8.
The Boundedness of Multilinear Singular Integral Operator with Variable Calderón-Zygmund Kernel;
带可变Calderón-Zygmund核的多线性奇异积分算子的有界性研究
9.
L~p-BOUNDEDNESS FOR THE MAXIMAL MULTILINEAR SINGULAR INTEGRAL OPERATOR OFθ-TYPE CALDERóN-ZYGMUND KERNEL
θ型Calderón-Zygmund核的多线性奇异积分极大算子的L~p-有界性
10.
The Boundedness of Bilinear Commutators of Singular Integral Operators on Spaces of Homogeneous Type
齐型空间上奇异积分双线性交换子的有界性
11.
The Stability of Singular Integral with Its Kernet Density in H_w~v(E);
核密度为H_w~v(E)类时开口弧段上奇异积分关于积分曲线的稳定性
12.
Two first integrals for the Helmholtz oscillator
Helmholtz振荡系统的首次积分
13.
Research on Subspan Oscillation of Multi-conductor Bundles on Transmission Lines;
输电线路多分裂导线次档距振荡的研究
14.
Critical Point Quantities and Integrability Conditions for Complex Planar Resonant Polynomial Differential Systems;
复平面多项式共振微分系统的奇点量与可积性条件
15.
A Kind of Special Curve Singular Intergral Equations with Hilbert Kernel
一种特殊曲线上的Hilbert核奇异积分方程
16.
WEIGHTED BOUNDEDNESS OF BILINEAR C-Z SINGULAR INTEGRAL OPERATORS ON SPACE OF HOMOGENEOUS TYPE
齐型空间上双线性C-Z奇异积分算子的加权有界性
17.
In this paper, the differential quadrature domain decomposition method is applied to a kind of nonlinear singular perturbation problems.
应用微分求积区域分裂法求解非线性奇异摄动问题。
18.
Oscillatory system can be broadly characterized as linear or nonlinear.
振荡系统可大致上区分为线性和非线性两种。