Quantale矩阵的合成

给出Q uan tale矩阵的几类合成运算,并且讨论了合成运算的一系列好的性质。     

单纯Quantale及其Quantale商

讨论Quantale上的同余与Quantale商之间的关系,研究单纯Quantale的性质,给出一类Quantale是单纯Quantale的等价刻画。最后从Quantale商的角度对单纯Quantale进行了研究,得到单纯Quantale的若干特征定理。     

幂等余 Quantale

讨论了幂等余Quantale与左纯元、子余Quantale的一些相关性质,发现幂等余Quantale的左纯元构成的集合是对应的子余Quantale;每个幂等余Quantale都可有一个核映射与子余Quantale保持对应关系;并且幂等余Quantale与核映射,左右纯元,Frame等都有一定关系.     

广义L模糊Quantale

引入了一类广义的L模糊Quantale,即(∈,∈∨q)-L模糊Quantale的定义,研究了其性质,利用它对经典子Quantale进行了等价刻画,证明了它的其中一种特殊情形就是L模糊Quantale。     

对偶Quantale上的Par运算及其性质

在对偶Quantale上定义了Par运算凵,并研究了其性质.给出了单位Quantale是对偶Quantale的充要条件,在此基础上得出对偶Quantale的等价刻画.证明了在一定条件下对偶Quantale的子Quantale亦是对偶Quantale.     

对合Quantale同余关系

给出对合Quantale同余的概念,得到了对合Quantale同余的一些性质,讨论了对合Quantale同余与同态之间的关系,最后给出了对合Quantale乘积上的同余关系的结构。     

余Quantale及其性质

讨论余Quantale的一些性质,引入预余Quantale的概念并给出预余Quantale成为余Quantale的充要条件,构造了一些子余Quantale结构。     

对合Quantale范畴的极限

构造出了对合Quantale范畴的极限结构，得到对合Quantale范畴是连通的、点化的、完备的范畴，并给出了若干特殊的极限结构。     

关于Quantale矩阵M-P广义逆的注记

主要指出文[1]关于M-P广义逆若干定理成立遗漏的条件,并在文[1]的基础上对M-P广义逆进行深入研究,得到关于Quantale矩阵M-P广义逆的一些新结论.     

幂等左侧余Quantale的特征

更好地讨论Quantale这一崭新数学分支的各种性质;给出幂等余Quantale及幂等左侧余Quantale的定义;幂等左侧余Quantale既是子余Quantale又是商余Quantale;且其补集是简单余Quantale;幂等余Quantale具有和其他Quantale类似的一些性质,并且与简单余Quantale也...     

Persistence of embedded eigenvalues

We consider conditions under which an embedded eigenvalue of a self-adjoint operator remains embedded under small perturbations. In the case of a simple eigenvalue embedded in continuous spectrum of multiplicity m<∞ we show that in favorable situations, the set of small perturbations of a suitable Banach space which do not remove the eigenvalue form a smooth submanifold of codimension m. We also have results regarding the cases when the eigenvalue is degenerate or when the multiplicity of the continuous spectrum is infinite.     

Girard Quantale中的模糊关联滤子

在Girard Quantale中引入了模糊滤子和模糊关联滤子的概念,研究了Girard Quantale中模糊滤子和模糊关联滤子的一些性质,给出了Girard Quantale中模糊关联滤子的若干等价刻画,探讨了模糊关联滤子与模糊布尔滤子之间的关系.     

Quantale的理想及由理想生成的同余

给出了Quantale的理想的概念,讨论了Quantale的由任意子集生成的理想的具体结构, 讨论了由理想生成的同余,得到了Quantale的理想的若干性质.     

Tensor products and relation quantales

A classical tensor product \({A \otimes B}\) of complete lattices A and B, consisting of all down-sets in \({A \times B}\) that are join-closed in either coordinate, is isomorphic to the complete lattice Gal(A,B) of Galois maps from A to B, turning arbitrary joins into meets. We introduce more general kinds of tensor products for closure spaces and for posets. They have the expected universal property for bimorphisms (separately continuous maps or maps preserving restricted joins in the two components) into complete lattices. The appropriate ingredient for quantale constructions is here distributivity at the bottom, a generalization of pseudocomplementedness. We show that the truncated tensor product of a complete lattice B with itself becomes a quantale with the closure of the relation product as multiplication iff B is pseudocomplemented, and that the tensor product has a unit element iff B is atomistic. The pseudocomplemented complete lattices form a semicategory in which the hom-set between two objects is their tensor product. The largest subcategory of that semicategory has as objects the atomic boolean complete lattices, which is equivalent to the category of sets and relations. More general results are obtained for closure spaces and posets.     

Quantale代数及其代数理想

给出Quantale代数的概念,得到了单位Quantale是Quantale代数的充要条件,讨论了理想与代数理想的关系,找到了理想不是代数理想的具体例子以及理想是代数理想的充分条件.     

Perturbations of embedded eigenvalues for the planar bilaplacian

Operators on unbounded domains may acquire eigenvalues that are embedded in the essential spectrum. Determining the fate of these embedded eigenvalues under small perturbations of the underlying operator is a challenging task, and the persistence properties of such eigenvalues are linked intimately to the multiplicity of the essential spectrum. In this paper, we consider the planar bilaplacian with potential and show that the set of potentials for which an embedded eigenvalue persists is locally an infinite-dimensional manifold with infinite codimension in an appropriate space of potentials.     

An embedded Markov chain approach to stock rationing

We propose a new method for the analysis of lot-per-lot inventory systems with backorders under rationing. We introduce an embedded Markov chain that approximates the state-transition probabilities. We provide a recursive procedure for generating these probabilities and obtain the steady-state distribution.