ON MüNTS FORMULA

In the theory of Riemann Zeta-function, there is an important formula called Münts formula. In this note we will give its general form.     

TWO REMARKS ON SCHWARZ FORMULA

This paper discusses two problems. Firstly the authors give the Schwarz formula for a holomorphic function in unit disc when the boundary value of its real part is in the class H of generalized functions in the sense of Hua. Secondly the authors use the classical Schwarz formula to give a new proof of the zero free region of the Riemann zeta-function.     

ON MIN＇S ZETA-FUNCTION AND HERMITE ELLIPTIC OPERATOR

In this note, the authors study some fundamental properties on a Min＇s zeta- function and explore its connection with Hermite elliptic operator.     

一些与Riemann Zeta函数有关的级数的求和公式

采用组合数学的方法，利用第二类Ｓｔｉｒｌｉｎｇ数和Ｂｅｒｎｏｕｌｉ数给出级数∑∞ｋ＝２ｋｍζ（ｋ）、∑∞ｋ＝１ｋｍζ（２ｋ）及∑∞ｋ＝１（２ｋ＋１）ｍζ（２ｋ＋１）（其中ｍ≥１，ζ（ｘ）＝ζ（ｘ）－１）的求和公式。这些公式表述简洁并有鲜明的规律性。     

ON CAUCHY－POMPEIU FORMULA FOR FUNCTIONS WITH VALUES IN A UNIVERSAL CLIFFORD ALGEBRA

This paper obtains the Cauchy-Pompeiu formaula on certain distinguished boundary for functions with values in a unviersal Clifford algebra ,This formulas is Just an extension of the Cauchy‘s integral formula obtained in [11].     

Riemann‘s zeta函数零点分布的几个性质

表示Riemann’s zeta函数ζ(z)在半直线{Re(z)=1/2,Im(z)>0}上的零点,再记     

MELLIN TRANSFORM IN WEAK FUNCTIONS AND M(?)NTS FORMULA

In this paper,the authors introduce some Mellin transforms in weak functionsand discuss their applications to Munts formula of the Riemann zeta-function.     

THE CODIMENSION FORMULA ON QUASI-INVARIANT SUBSPACES OF THE FOCK SPACE

Let M be an approximately finite codimensional quasi-invariant subspace of the Fock space. This paper gives a formula to calculate the codimension of such spaces and uses this formula to study the structure of quasi-invariant subspaces of the Fock space. Especially, as one of applications, it is showed that the analogue of Beurling's theorem is not true for the Fock space L_a~2 in the case of n > 2.     

一个与L—函数有关的恒等式

主要运用初等方法及Ｒｉｅｍａｎｎ Ｚｅｔａ－函数和Ｄｉｒｉｃｈｌｅｔ Ｌ－函数的性质研究了一类无穷级数的计算问题，并且给出了一个有趣的恒等式。     

THE CODIMENSION FORMULA ON AF－COSUBMODULES

Let M_1,M_2 be submodules of analytic Hilbert module X on Ω(C~n)such that M_1 M_2and dim M_1/M_2=k<∞.lf M_2 is an AF-cosubmodule,then the codimension dim M_1/M_2 ofM_2 in M_1 equals the cardinality of zeros of M_2 related to M_1 by counting multiplicities.Thecodimension formula has some interesting applications.In particular,the author calculates outthe dimension of Rudin quotient module,which is raised in [14].     

ON RITZ METHOD OF ANINTEGRO-DIFFERENTIAL EQUAITON

This paper deals with the Ritz method of an integro-differential equation related with Riemann zeta-function.     

泛Clifford分析中无界域上的Cauchy积分公式和Cauchy-Pompeiu公式

本文研究了泛Clifford分析中的Cauchy积分公式和Cauchy-Pompeiu公式.通过引入修正的Cauchy核,得出了取值在泛Clifford代数上的两公式在无界域上的表达式.此两公式是有界域上的相应结果的推广,并为研究无界域上的边值问题打下了基础.     

Kubota公式的注记

本文研究了n维欧式空间中En中r-维平面的密度与(n-1)维球的体积元之间的关系.利用了复合叠加等的方法,得到了n维欧式空间En的凸体和任意n-r维投影空间Ln-r之间均值积分的关系,推广了Kubota公式得到的结果     

不变的赋值函数与Cauchy投影公式(英文)

本文研究了Rn中凸集上不变的赋值函数与凸体的投影问题.利用赋值函数的方法,我们获得了凸体在任意维平面上投影的Cauchy公式和Kubota公式,这些结果推广了经典的Cauchy公式和Kubota公式.     

KOPPELMAN-LERAY FORMULA ON COMPLEX MANIFOLDS

（钟同德）ＫＯＰＰＥＬＭＡＮ－ＬＥＲＡＹＦＯＲＭＵＬＡＯＮＣＯＭＰＬＥＸＭＡＮＩＦＯＬＤＳ￥ＺｈｏｎｇＴｏｎｇｄｅ（ＩｎｓｔｉｔｕｔｅｏｆＭａｔｈｅｍａｔｉｃｓ，ＸｉａｍｅｎＵｎｉｖｅｒｓｉｔｙ，Ｘｉａｍｅｎ３６１００５，Ｃｈｉｎａ）Ａｂｓｔｒａｃｔ...     

关于C~n中具有逐块光滑边界的有界域上C-L公式与C-F公式的拓广式

得到了Ｃｎ空间中具有逐块Ｃ（１）光滑边界的有界域上光滑函数的一个抽象的积分公式．这个公式的特点是积分核中含有一系列向量函数Ｗ（０,Ｋ）（,ｚ）,Ｗ（ｉ,ｋ）（,ｚ）及一系列独立的实参数由这个公式,适当选取其中的参数和向量函数Ｗ,就可得到具有这种逐块Ｃ（１）光滑边界的有界域上光滑函数的Ｃａｕｃｈｙ－Ｌｅｒａｙ公式和全纯函数的Ｃａｕｃｈｙ－Ｆａｎｔａｐｐｉｅ公式以及其它一些新的公式．     

完备非紧黎曼流形上一类曲率流的单调体积公式

本文研究了黎曼流形上一类一般的曲率流问题.利用Perelman在Ricci流下导出体积单调性的方法,在初始流形完备非紧的情况下,获得了这类曲率流的一个单调性的体积公式,推广了Reto Müller在紧致情形的结果.     

THE INTEGRAL FORMULA ON COMPLEX SUBMANIFOLD AND APPLICATION

1IntroductionWeknowthateverysttrictlyconvexdomainwithC*-boundaryisastrictlypseudoconvexdomainwithCk-boundary,wherek21.AfteranappropriatelOcalchangeofholomorphiccoordinates,theconverseisalsotrue.LetDCC"beastrictlypseudoconvexdomainwithCdboundary.MorepreciselyD={z6Cn:p(z)<0},wherepisaCdrealvaluedstrictlyplurisubharmonicfunctiononaneighborhoodreofD,andgradpfoonaD.SupposeFI,'')Fmareholomorphicfunctionsonre,setWeassumez(FI,'',Fm)meetsODtransversally.SetD=Z(FI,''tFm)nD.Let(EOD,thenf…