| 1. | Single - spin transition critical dynamics
单自旋跃迁临界动力学 |
| 2. | In the first part , we present a study of the single - spin transition critical dynamics of id and q states potts model
在第一部分，我们给出了一维q态的potts系统在零外场中的单自旋跃迁动力学研究。 |
| 3. | Based on the weighted average method adopted in the first part , and by using numerical simulation and monte carlo simulation , we further present a study of the dynamics of id and q states potts model under an oscillating external field
基于第一部分采用的加权平均法，结合数值模拟和montecarlo模拟，我们进一步给出了一维q态的potts系统在谐振子外场中的单自旋跃迁动力学研究。 |
| 4. | The improved theory have succeeded in applying to gaussian model . in the third chapter , based on the single - spin transition dynamics , we discuss the time evolution of the local magnetization in the anisotropic three - dimensional xy model under the zero external field
第三章在单自旋跃迁临界动力学的基础上，讨论零场下三维( 3d )各向异性晶格上xy模型的局域磁化强度的时间演化。 |
| 5. | In the four chapter , as in the second chapter which based on the single - spin transition dynamics , we study the evolution of the system magnetization in the three - dimensional xy model , which is subject to a time - dependent oscillating external field , and analyze its stationary states
第四章同样在单自旋跃迁临界动力学基础上，研究了三维各向同性( r = 1 )晶格上的xy模型在受到随时间振荡的外场情况下，平均磁化强度的时间演化，分析了达到稳定后磁化强度( |
| 6. | Glauber had initiated the investigation of the transition dynamics for spin system and developed the single - spin flipping critical dynamics . in recent years this theory has been improved to the single - spin transition dynamics which can be applied in the discrete spin system or the continuous spin system
Glauber开创自旋系统的临界动力学研究工作，发展了一套单自旋翻转理论，近年又被改进为可运用于离散系统和连续系统的单自旋跃迁临界动力学，并在高斯模型中得到成功应用。 |
