Li方程族的守恒律和对称

给出了Li方程族的守恒律,推导出了Li方程族的两种类型的对称,并且证明这两种对称构成一个无穷维的Lie代数.     

完全条件置换子群对有限群结构的影响

有限群G的子群H称为G的完全条件置换子群,如果对于G的任一子群K,存在x∈（H,K）,使得HK^z=K^zH文中利用完全条件置换子群对有限群结构的影响,给出了超可解群的若干充分条件,并将一些结果进行了推广．     

Lie Algebra and Lie Super Algebra for Integrable Couplings of C-KdV Hierarchy 1

Based on the constructed Lie algebra and Lie super algebra, the integrable couplings and super-integrable couplings of the C-KdV hierarchy are obtained respectively. Furthermore, its super-Hamiltonian structures are presented by using super-trace identity.     

Binary nonlinearization of the super classical-Boussinesq hierarchy

The symmetry constraint and binary nonlinearization of Lax pairs for the super classical-Boussinesq hierarchy is obtained.Under the obtained symmetry constraint,the n-th flow of the super classical-Boussinesq hierarchy is decomposed into two super finite-dimensional integrable Hamiltonian systems,defined over the super-symmetry manifold with the corresponding dynamical variables x and t n.The integrals of motion required for Liouville integrability are explicitly given.     

超Broer-Kaup-Kupershmidt族的双非线性化

得出了超Broer-Kaup- Kupershmidt族Lax对的对称约束及其双非线性化.在得到的对称约束F,把超Broer- Kaup-Kupershmidt族的n阶流分解成定义在对应于动力变量x和tn的超对称流形上的两种超有限维可积Hamilton系统.此外,显式给出了Liouville可积性所需的运动积分.     

The super-classical-Boussinesq hierarchy and its super-Hamiltonian structure

Based on the constructed Lie superalgebra,the super-classical-Boussinesq hierarchy is obtained.Then,its superHamiltonian structure is obtained by making use of super-trace identity.Furthermore,the super-classical-Boussinesq hierarchy is also integrable in the sense of Liouville.     

超耦合Burgers方程族及其超Hamilton结构

在李超代数B（0,1）的基的基础上,得到了超耦合Burgers方程族.与此同时,利用超迹恒等式给出了超耦合Burgers方程族的超Hamilton结构.此外,超耦合Burgers方程族具有超双Hamilton结构.     

超可解群的两个充分条件

设G是一个可解群,如果F（G）的每一个Sylow子群的极大子群均在G中条件置换,则G为超可解群;设G是一个可解群,H是G的一个正规子群,使得G／H为超可解群,如果F（H）的每一个Sylow子群的极大子群均在G中完全条件置换,则G为超可解群．     

一个超可积族的非线性超可积耦合及其超哈密顿结构（英文）

Nonlinear super integrable couplings of a super integrable hierarchy based upon an enlarged matrix Lie super algebra were constructed. Then its super Hamiltonian structures were established by using super trace identity, and the conserved functionals were proved to be in involution in pairs under the defined Poisson bracket. As its reduction,special cases of this nonlinear super integrable couplings were obtained.