格序环的根

讨论格序环中诣零单侧l-理想的幂零性,证明了许多满足特殊格序环等式的环的所有根相同．     

Γ-环及其矩阵环的QN-根和K-根

文中研究了Γ－环Ｍ与其矩阵环Γ_ｎ，ｍ－环Ｍ_ｍ，ｎ根的关系，得到了：ＱＮ（Ｍ_ｍ，ｎ）(?)（ＱＮ（Ｍ））_ｍ，ｎ；Ｋ（Ｍ_ｍ，ｎ）(?)（Ｋ（Ｍ））_ｍ，ｎ．这里ＱＮ－根是Γ－环元素的强幂零性所确定的根，Ｋ－根是诣零根     

论WeakerГN—环的谐零根

本文旨在系统阐述ＷｅａｋｅｒГＮ－环的五个谐零根,它们分别是：强谐零根Ｎｓ,拟强谐零根ＮＱｓ,谐零根Ｎ, 谐零ＮＱ以及Ｂ－谐零根ＮＢ,最后还证明了五个谐零根之间的关系。     

Fuzzy理想和Fuzzy幂零根

本文给出了Ｆ—准素（ＦＷ—准素）理想的有限交是Ｆ－准素理想（ＦＷ－准素理想）的几个充分条件。此外，证明了［５］中定义的一个交换环Ｒ的Ｆｕｚｚｙ幂零根是Ｒ的幂零根Ｋ的特征函数Ｘ＿Ｋ。     

“Г—环中存在强诣零根”的命题是错误的

本文针对Ｃｏｐｐａｇｅ与Ｌｕｈ的论文中定理５．４，用一个实例有力地指出该定理是错误的，这个实例指出，尽管任何一个结合环都有一个诣零根，但推广到Г－环中，并不是任何一个Г－环都有强诣零根，因而Г环决不是结合环的平行推广．     

“Γ－环中存在强诣零根”的命题是错误的

本文针对Ｃｏｐｐａｇｅ与Ｌｕｈ的论文［１］中定理５．４．用一个实例有力地指出该定理是错误的，这个实例指出，尽管任何一个给合环都有一个诣零根，但推广到Γ－环中，并不是任何一个Γ－环都有强诣零根．因而Γ－环决不是结合环的平行推广．     

格序环中的幂零元

研究了格序环的ｌ－根的一些性质,特别给出了所有幂零元的集合是ｌ－理想的几类格序环。     

Γ-环元素的强幂零性所确定的根

本文在-环中研讨由元素的强幂零性所确定的根,借助拟强诣零理想的概念,对每一个-环M构造出拟强诣零根QN(M),进而给出一个确定QN-根的根性质N,证明了QN-根的一些性质,阐明了它与其他根的关系。     

关于超幂零根与次幂等根的一个特征

本文我们引入了规范根的概念，讨论了它的基本性质，证明了一个遗传根是超幂零根或次幂等根当且仅当它是规范根，从而给出超幂零根与次幂零等根的一个统一刻划。     

T-环元素的强幂零性所确定的根

本文在Г-环中研讨由元素的强幂零性所确定的根.借助拟强诣零理想的概念,对每一个Г-环 M 构造出拟强诣零根 QN(M),进而给出一个确定 QN-根的根性质 N,证明了 QN-根的一些性质,阐明了它与其他根的关系.     

超幂零根环类的一个刻划

给出了超幂零根环类是特别根环类(无幂零元根环类、无零因子根环类)的判定条件；阐述超幂零根环类的一个等价定义，并得出了几个相应的结论。     

On Lie Nilpotent Rings and Cohen's Theorem

We study certain (two-sided) nil ideals and nilpotent ideals in a Lie nilpotent ring R. Our results lead us to showing that the prime radical rad(R) of R comprises the nilpotent elements of R, and that if L is a left ideal of R, then L + rad(R) is a two-sided ideal of R. This in turn leads to a Lie nilpotent version of Cohen's theorem, namely if R is a Lie nilpotent ring and every prime (two-sided) ideal of R is finitely generated as a left ideal, then every left ideal of R containing the prime radical of R is finitely generated (as a left ideal). For an arbitrary ring R with identity we also consider its so-called n-th Lie center Z _n (R), n ≥ 1, which is a Lie nilpotent ring of index n. We prove that if C is a commutative submonoid of the multiplicative monoid of R, then the subring ?Z _n (R) ∪ C? of R generated by the subset Z _n (R) ∪ C of R is also Lie nilpotent of index n.     

Nilpotency of the Alternator Ideal of a Finitely Generated Binary (-1,1)-Algebra

We prove nilpotency of the alternator ideal of a finitely generated binary (-1,1)-algebra. An algebra is a binary (-1,1)-algebra if its every 2-generated subalgebra is an algebra of type (-1,1). While proving the main theorem we obtain various consequences: a prime finitely generated binary (-1,1)-algebra is alternative; the Mikheev radical of an arbitrary binary (-1,1)-algebra coincides with the locally nilpotent radical; a simple binary (-1,1)-algebra is alternative; the radical of a free finitely generated binary (-1,1)-algebra is solvable. Moreover, from the main result we derive nilpotency of the radical of a finitely generated binary (-1,1)-algebra with an essential identity.     

On skew polynomial rings over locally nilpotent rings

We will show that skew polynomial rings in several variables over locally nilpotent rings cannot contain nonzero idempotent elements. We will also prove that such rings are Brown–McCoy radical.     

具有交换幂零根基的完备李代数的自同构群

给出了复数域上具有交换幂零根基的完备李代数的自同构群．     

The classifications of nilpotent Leibniz 3-algebras

The notions of the nilpotent and the strong-nilpotent Leibniz 3-algebras are defined. And the three dimensional two-step nilpotent, strong-nilpotent Leibniz 3-algebras are classified.     

THE CLASSIFICATION OF NILPOTENT LEIBNIZ 3-ALGEBRAS

The notions of the nilpotent and the strong-nilpotent Leibniz 3-algebras are defined. And the three dimensional two-step nilpotent, strong-nilpotent Leibniz 3-algebras are classified.     

Engel Subalgebras of n-Lie Algebras

Engel subalgebras of finite-dimensional n-Lie algebras are shown to have similar properties to those of Lie algebras. Using these, it is shown that an n-Lie algebra, all of whose maximal subalgebras are ideals, is nilpotent. A primitive 2-soluble n-Lie algebra is shown to split over its minimal ideal, and all the complements to its minimal ideal are conjugate. A subalgebra is shown to be a Cartan subalgebra if and only if it is minimal Engel, provided that the field has sufficiently many elements. Cartan subalgebras are shown to have a property analogous to intravariance.     

Dominions in finitely generated nilpotent groups

In the first part, we prove that the dominion (in the sense of Isbell) of a subgroup of a finitely generated nilpotent group is trivial in the category of all nilpotent groups. In the second part, we show that the dominion of a subgroup of a finitely generated nilpotent group of class two is trivial in the category of all metabelian nilpotent groups.     

广义模糊幂零矩阵

路代数是加法幂等的半环,它包括了布尔代数,模糊代数,分配格及斜坡.因此布尔矩阵,模糊矩阵,格矩阵及斜矩阵都是路代数上的典型矩阵.广义模糊幂零矩阵指的就是路代数上的幂零矩阵.在2010年,Tan研究了路代数上矩阵的幂零性.在Tan的基础上继续讨论了路代数上幂零矩阵的幂零指数.