节点文献
The multicomponent (2+1)-dimensional Glachette–Johnson (GJ) equation hierarchy and its super-integrable coupling system
【摘要】 This paper presents a set of multicomponent matrix Lie algebra, which is used to construct a new loop algebra A M . By using the Tu scheme, a Liouville integrable multicomponent equation hierarchy is generated, which possesses the Hamiltonian structure. As its reduction cases, the multicomponent (2+1)-dimensional Glachette–Johnson (GJ) hierarchy is given. Finally, the super-integrable coupling system of multicomponent (2+1)-dimensional GJ hierarchy is established through enlarging the spectral problem.
【Abstract】 This paper presents a set of multicomponent matrix Lie algebra, which is used to construct a new loop algebra A M . By using the Tu scheme, a Liouville integrable multicomponent equation hierarchy is generated, which possesses the Hamiltonian structure. As its reduction cases, the multicomponent (2+1)-dimensional Glachette–Johnson (GJ) hierarchy is given. Finally, the super-integrable coupling system of multicomponent (2+1)-dimensional GJ hierarchy is established through enlarging the spectral problem.
【Key words】 matrix Lie algebra; multicomponent GJ hierarchy; super-integrable coupling system;
- 【文献出处】 Chinese Physics B ,中国物理B , 编辑部邮箱 ,2008年05期
- 【分类号】O411.1;O152.5
- 【下载频次】19