无限秩仿射李代数的cartan子代数的共轭性

本文给出了无限秩仿射李代数的某种类型的Cartan子代数的定义,并证明了这种Cartan子代数在无限秩仿射李代数的某种类型的自同构下的共轭性.     

Spectrum of L-fuzzy Prime Ideals of a Distributive Lattice

A topological space denoted by Fspec(D),called L-fuzzy prime spectrum of a bounded distributive lattice D is introduced.This space Fspec(D) is compact and it contains a subspace homeomorphic with the prime spectrum of D which is dense in it.The correspondence associating D to the topological space Fspec(D) is shown to define a contravarient functor from the category of bounded distributive lattices into the category of compact topological spaces.     

$L$-Fuzzy拓扑空间中的可数紧性度和Lindel\"{o}f性质度

In this paper,the concept of countable compactness degree and the concept of Lindelf property degree are defined in L-fuzzy topological spaces by means of implication operator →.Many properties of them are discussed.     

限制李Color代数

讨论了限制李color代数的Frattini理论,获得了限制李color代数的Frattini子代数和Frattini p-子代数的一些结果,给出了可解限制李color代数的Frattini子代数和Frattini p-子代数都是幂零理想的结论.     

由六个顶点的箭图诱导的项链李子代数

无限维项链李代数是新的一类无限维李代数,本文重点讨论了由六个顶点的箭图诱导的项链李子代数,研究了这类李子代数的子代数,同构和同态,这类李代数是Virasoro-like李代数的推广,并讨论了它的其他一些性质.     

R0-代数的扰动模糊子代数和扰动模糊MP滤子

把扰动模糊集理论应用在R_0-代数上,给出R_0-代数的扰动模糊子代数,扰动模糊MP滤子的概念,讨论R_0-代数上扰动模糊子代数的等价刻画和扰动模糊MP滤子的若干性质;研究了扰动模糊MP滤子的同态像和逆像。     

关于域上Γ-代数的Jacobson根

<正> 本文讨论域上Γ-代数的Jacobson根,得到了类似于域上结合代数的若干结果。定义1 设F={a,b,……}是一个域,Γ={α,β,τ,……}和A={x,y,z,……}都是F上的(右)向量空间、如果有一个A×Γ×A到A的合成(记为xay)并且满足     

关于有理模和余理想子代数的性质

In this paper, for some used conceptions and notations, we see ［1］ and ［2］.§1. Rational Module and Its Exact Sequence In ［1］, Cai Chuanreng and Cheng Huixiang have proved that relative Hopf modules and rational modules are one by one corresponding. In ［2］, Zhang Liangyun has given the dual relationship between relative Hopf modules. Naturally, we have a question to ask: is the dual module of a rational module still a rational module? This answer is affirmative. Let H be a Hopf …     

AF C~*-代数中的子代数上的保幂等映射和局部导子

证明了从AFC-代数E中的子代数A到任意赋范代数B上的范数连续保幂等映射是Jordan同态,以及从A到任意赋范E-双模M上的局部导子是导子,从而推广了Crist关于局部导子的结果．     

算子代数的性质∏σ和张量积

本文引入算子代数的性质${\Pi}_\sigma$这一概念,证明了任一 vonNeumann代数中的套子代数和有限宽度CSL子代数都具有性质$\Pi_\sigma.$最后得到张量积公式$\mbox{alg}_{\cal M}{\cal L}_1\overline{\otimes}\mbox{alg}_{\cal N}{\cal L}_2= \mbox{alg}_{{\cal M}\overline{\otimes}{\cal N}}({\cal L}_1\otimes{\cal L}_2)$成立,这里${\cal L}_1$和 ${\cal L}_2$分别是von Neumann代数${\cal M}$和${\cal N}$中的有限宽度CSL.