第二类华罗庚域的Bergman核函数的计算—纪念华罗庚90岁寿辰

显式获得了第二类华罗庚域的Bergman核函数.第二类华罗庚域是指由如下表达式所界定的域|w1|2p1+|w2|2p2+…+|wn|2pn<det(I-Z)这里,1/p1,1/p2,…,1/pn-1都是正整数,pn是任意正实数,RII(p)是第二类典型域,Z∈RII(p).关键之处有两点1)给出了将此域的任一内点(W,Z)映为(W*,0)的全纯自同构群;2)引进了semi-Reinhardt域并给出了它的完备规范正交函数系.     

域 WⅢ的Bergman核的计算

主要是计算域WⅢ 的Bergman核函数的显式表达式 .WⅢ ={W2 ∈C ,(W1 ,Z) ∈YⅢ(q) :｜W2 ｜2P <(1 -X) 3det(I Z Z) } .其中YⅢ ={ (W1 ,Z) ||W1 |2K相似文献   

第四类华罗庚域上的Bergman核函数

显式给出了第四类华罗庚域HEⅣ上的Bergman核函数及其全纯自同构群。     

域W_1上的Bergman核函数

由于WI域既不是齐性域又不是R einhardt域,故以往求Bergm an核函数的方法都行不通.本文用新的方法计算域WI的Bergm an核函数的显式表达式.关键之处有两点:一是给出WI的全纯自同构群,群中每一元素将形为(W,Z0)的内点映为点(W*,0);二是引进了sem i-R einhardt的概念并求出了其完备标准正交函数系.     

广义华罗庚域的Bergman核函数的计算

给出了4类广义华罗庚域的全纯自同构群及其当参数都是正整数的Bergman核函数的超几何函数表达式和当参数之一为正实数而其余参数的倒数为正整数的Bergman核函数的显表达式。     

四类Cartan—Egg域的Bergman核函数

显式给出了四类Cartan-Egg域的Bergman核函数及其全纯自同构群。     

第一类华结构上超几何函数形式的Bergman核函数

利用第一类华结构的完备规范正交系和它的全纯自同构群,通过一些特殊的Γ函数关系式以及一些计算技巧,得到了当1/p1,…,1/pr-1为正整数,pr为任意正实数时,第一类华结构Bergman核函数的高维超几何函数形式.     

一类Hua Construction的Bergman核函数

给出了一类Hua constructin的Bergman核函数及其全纯自同构群．     

关于第四类超Cartan域上的Bloch函数

给出了第四类超Cartan域上的Bloch函数的充分条件以及必要条件。     

第二类超Cartan域上的消没定理

第二类超Cartan域(也称为第二类Cartan-Hartogs域)为:YⅡ(N,p;k)={w∈CN,Z∈RⅡ(p):‖w‖2k0),其中RⅡ(p)为华罗庚意义下的第二类Cartan域;ZT表示Z的共轭和转置;det表示行列式;N,p,k都是自然数.证明在第二类超Cartan域上,对于Bergman度量下平方可积调和(r,s)形式空间,有Hr2,s(YⅡ(N,p;k))=0,r s≠N p(p 1)2.     

Bergman kernel function on Hua construction of the fourth type

This paper introduces the Hua construction and presents the holomorphic automorphism group of the Hua construction of the fourth type.Utilizing the Bergman kernel function,under the condition of holomorphie automorphism and the standard complete or- thonormal system of the semi-Reinhardt domain,the infinite series form of the Bergman kernel function is derived.By applying the prop- erties of polynomial andΓfunctions,various identification relations of the aforementioned form are developed and the explicit formula of the Bergman kernel function for the Hua construction of the fourth type is obtained,which suggest that many of the previously-reported results are only the special cases of our findings.     

Bergman kernel function on Hua construction of the fourth type

This paper introduces the Hua construction and presents the holomorphic automorphism group of the Hua construction of the fourth type. Utilizing the Bergman kernel function, under the condition of holomorphic automorphism and the standard complete orthonormal system of the semi-Reinhardt domain, the infinite series form of the Bergman kernel function is derived. By applying the properties of polynomial and Γ functions, various identification relations of the aforementioned form are developed and the explicit formula of the Bergman kernel function for the Hua construction of the fourth type is obtained, which suggest that many of the previously-reported results are only the special cases of our findings.     

Bergman kernels on generalized Hua domains

The Bergman kernel functions with explicit formulas of the generalized Hua domains are obtained. And the holomorphic automorphism group for each generalized Hua domain is also given.     

第4类Cartan-Hartogs域上的Bergman核函数及一类双全纯不变量

结合使用求Ｂｅｒｇｍａｎ核函数显表达式的华罗庚方法和级数方法,引进Ｓｅｍｉ－Ｒｅｉｎｈａｒｄｔ域的概念并给出其完备标准正交函数系的表达式,从而给出域Ｙｎ的Ｂｅｒｇｍａｎ核函数的显表达式。作为应用又研究了一类与Ｂｅｒｇｍａｎ核函数有关的双全纯不变量Ｊｙｎ的边界性质。有如下结论：当（Ｗ,Ｚ）→（Ｗ,Ｚ）аＹｎ,（Ｗ０≠０）时,ＪＹＮ存在极限π＾ｎ＋Ｎ（ｎ＋１＋Ｎ）＾ｎ＋Ｎ／（ｎ＋Ｎ）！;当（Ｗ,Ｚ     

The Bergman kernels on Cartan-Hartogs domain

The main point is the calculation of the Bergman kernel for the so-called Cartan-Hartogs domains. The Bergman kernels on four types of Cartan-Hartogs domains are given in explicit formulas. First by introducing the idea of semi-Reinhardt domain is given, of which the Cartan-Hartogs domains are a special case. Following the ideas developed in the classic monograph of Hua, the Bergman kernel for these domains is calculated. Along this way, the method of “inflation”, is made use of due to Boas, Fu and Straube.     

The Bergman kernels on Cartan-Hartogs domains

The main point is the calculation of the Bergman kernel for the so-called Cartan-Har-togs domains. The Bergman kernels on four types of Cartan-Hartogs domains are given in explicit formulas. First by introducing the idea of semi-Reinhardt domain is given, of which the Cartan-Hartogs domains are a special case. Following the ideas developed in the classic monograph of Hua, the Bergman kernel for these domains is calculated. Along this way, the method of "inflation", is made use of due to Boas, Fu and Straube.