1) oscillatory singular integral
振荡奇异积分
1.
Ricci and Stein showed that some oscillatory singular integral operators are bounded on Lp(Rn)(1<p<∞).
Ricci和Stein证明了一类振荡奇异积分算子的Lp(Rn)(1
振荡奇异积分算子的Lp(Rn)(1
振荡奇异积分算子的加权Lp有界结果。
2.
In this paper, we show that the weightes norm inequality ∫ R n |Tf(x)| pw(x)dxC∫ R n |f(x)| pM +1 w(x) dx, 1<p<∞, holds for oscillatory singular integral operators with polynomial phases, where M is the Hardy Littlewood maximal operator and M k is M iterated k times, is the integer part of p .
本文证明:对于带多项式相函数的振荡奇异积分算子,权模不等式∫Rn|Tf(x)|pw(x)dxC∫Rn|f(x)|pM[p]+1w(x)dx,1<p<∞成立,其中w是非负局部可积的权函数,Mk表示Hardy-Litlewood极大算子的k次迭代,[p]表示p的整数部
3.
It is proved that the oscillatory singular integral operators (convolution type or non-convolution type) are bounded from the non-homogeneous Hardy spaces HK_q ̄(a.
令0<p=1<q<∞,α=n(1/p-1/q),证明了振荡奇异积分算子是从HK到(Rn)的有界算子,只要p,q满足一定关系。
2) Multilinear oscillatory singular integral
多线性振荡奇异积分
1.
A class of multilinear oscillatory singular integral operators is studied and their boundedness on Lebesgue spaces L p(R)(1<p<∞) is obtained.
考虑了一类多线性振荡奇异积分算子并获得了其在一维 Lebesgue空间 Lp(R) (1
3) theta(t)_type oscillatory singular integral
theta(t)型振荡奇异积分
4) oscillatory singular integral operator
振荡奇异积分算子
1.
In this paper we prove the H α,p q (ω 1,ω 2) and HK α,p q (ω 1,ω 2) boundedness of oscillatory singular integral operators considered by D.
Pan所考虑过的振荡奇异积分算子在Herz型Hardy空间上的有界性,这些结果推广了[1]中相应的定
5) generalized Calderón-Zygmund kernel
多线性振荡奇异积分算子
1.
Weighted L~p-boundedness of multilinear oscillatory singular integral with generalized Calderón-Zygmund kernel
广义Calderón-Zygmund核的多线性振荡奇异积分算子的加权L~p-有界性(英文)
6) oscillatory singularity
振荡奇异性
1.
It is found that the elastoplastic stress field still has oscillatory singularity theoretically.
通过对扩张了的Dun-durs异材参数β的讨论分析了应力场的振荡奇异
补充资料:delaVallée-Poussin奇异积分
delaVallée-Poussin奇异积分
e la Vallee- Poussin singular integral
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