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Flow equations for solving elementary excitation energy spectrum of the t-J model 求解t-J模型初等激发能谱的流动方程
Pub Date : 2005-04-18 DOI: 10.7498/aps.53.577
Wang Hong, Lou Ping, Zhuang Yong-He
The t-J model is one of the most important models that is often used to study the theory of the effect of strong electron correlations and high-T c superconductivity. In this article, the method of renormalization group is used to investigate the t-J model and the elementary excitation energy spectrum of the t-J model is obtained by using the flow equations. Using the symmetry of functions, we can solve the specific expression of the energy spectrum. The result is compared with the result of Green's function method.
t-J模型是研究强电子相关效应和高温度超导性理论的重要模型之一。本文采用重整化群的方法研究了t-J模型,利用流动方程得到了t-J模型的初等激发能谱。利用函数的对称性,我们可以解出能谱的具体表达式。将所得结果与格林函数法所得结果进行了比较。
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Journal of Anhui University
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