1.
A degree condition for graphs to have Hamiltonian(g,f)-factors
图有哈密顿(g,f)-因子的度条件
2.
Hamiltonicity of Transformation Graph G~(+--);
变换图G~（+--）的哈密尔顿性
3.
Some Results on Hamiltonian [a,b]-Factors of Graphs
图的哈密顿[a，b]-因子的若干结果
4.
Condition on existence of Hamiltonian factor in balanced bipartite graph
均衡二分图中存在哈密顿因子的条件
5.
Some Research on the Factors of Graphs, (g,f)-k-deleted Graphs and (g,f)-k-covered Graphs;
关于图的因子、（g,f）-k-消去图和（g,f）-k-覆盖图的研究
6.
(g,f)-factorization of(mg+1,mf)-graphs
(mg+1,mf)-图的(g,f)-因子分解
7.
N-Factor-Criticality and Hamilton-Connectivity in Graph Theorey;
图论中的N-因子-临界性与哈密尔顿连通性
8.
SUBGRAPHS WITH (g ,f)-FACTORIZATIONS ORTHOGONAL TO A SUBGRAPH IN GRAPHS;
具有与任意图正交的(g,f)-因子分解的子图
9.
(g,f)-Factorization with constraints in bipartite graphs
二分图上有限制条件的(g,f)-因子分解(英文)
10.
The Hamiltonian is separable in normal coordinates.
哈密顿在筒子坐标中是可分离的。
11.
The Ground State Effective Hamiltonian of the Strong Coupling One-Dimensional Optical Exciton
强耦合一维激子的基态有效哈密顿量
12.
Hamiltonian Functions of Charged Particles in Electric Field;
带电粒子在电场中运动的哈密顿函数
13.
(g.f)-Factorizations (m,r)-Orthogonal to an Arbitrary Subgraph in Several Types of Graph;
在几类图中与任意子图（m，r）-正交的（g，f）-因子分解
14.
The Hamiltonian of Heteronuclear Hydrogen Molecular Ion HD~+ in Magnetic Field;
异核氢分子离子HD~+在磁场中的哈密顿量
15.
Diagonalization of Quadratic Hamiltonian by the Linear Quantum Transformation
用线性量子变换对角化二次型哈密顿量(英文)
16.
Theoretical Investigations of the Spin Hamiltonian Parameters for the Rare Earth Kramers Ions in Crystals;
晶体中稀土Kramers离子自旋哈密顿参量的理论研究
17.
Chaos Control and Semiclassical Quantization of Nonintegrable Hamiltonian Systems;
不可积哈密顿系统的混沌控制及半经典量子化
18.
The Hamiltonian of Interation between the Radiation Field and the Electron Wave Field;
辐射场与电子波场间相互作用的哈密顿量