Uhlenbeck’s Decomposition in Sobolev and Morrey–Sobolev Spaces

Uhlenbeck’s Decomposition in Sobolev and Morrey–Sobolev Spaces
复制标题

索博列夫空间和莫里-索博列夫空间中的乌伦贝克分解

DOI:
--
复制
发表时间:
2017
期刊:
影响因子:
--
通讯作者:
Anna Zatorska
Anna Zatorska
中科院分区:
--
文献类型:
--
作者:
P. Goldstein;Anna Zatorska

文献摘要

被引文献

相似文献

我们给出了Rivière定理关于L^p中$$Omega的乌伦贝克分解存在性的自包含证明(mathbb {B}^n,so(m)otimes Lambda ^1 mathbb {R}^n)$$Ω∈Lp(Bn,so(m)<$1 Rn),其中$$pin(1,n)$$p∈(1,n),在$$p ∈[n/2,n)$$p∈[n/2,n)的情形下具有Sobolev型估计,在$$pin(1,n)的情形下具有Morrey-Sobolev型估计,n/2)$$p∈(1,n/2).当$$Ω ∈ L^p(mathbb {B}^n,TCO_{+}(m)o × Lambda ^1 mathbb {R}^n)$$Ω∈Lp(Bn,TCO+(m)1 Rn)时,我们也证明了一个类似的定理,它对应于Uhlenbeck的共形规范群分解.
We present a self-contained proof of Rivière’s theorem on the existence of Uhlenbeck’s decomposition for $$Omega in L^p(mathbb {B}^n,so(m)otimes Lambda ^1mathbb {R}^n)$$Ω∈Lp(Bn,so(m)⊗Λ1Rn) for $$pin (1,n)$$p∈(1,n), with Sobolev type estimates in the case $$p in [n/2,n)$$p∈[n/2,n) and Morrey–Sobolev type estimates in the case $$pin (1,n/2)$$p∈(1,n/2). We also prove an analogous theorem in the case when $$Omega in L^p( mathbb {B}^n, TCO_{+}(m) otimes Lambda ^1mathbb {R}^n)$$Ω∈Lp(Bn,TCO+(m)⊗Λ1Rn), which corresponds to Uhlenbeck’s decomposition with conformal gauge group.