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首页> 外文期刊>Physica, A. Statistical mechanics and its applications >Magnetic frustration induced quantum phase transitions in the S = 1/2 vertically asymmetric diamond chain
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Magnetic frustration induced quantum phase transitions in the S = 1/2 vertically asymmetric diamond chain

机译:S = 1/2垂直不对称金刚石链中由磁挫折引起的量子相变

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摘要

By means of the second derivative of the ground-state energy for a finite-size system method, the quantum phase transitions (QPTs) for the frustrated vertically asymmetric diamond chain (VADC) are investigated. Our results display the plentiful frustration induced quantum phases in the model. Meanwhile, using the transfer matrix renormalization group technique (TMRG), we calculate the fidelity susceptibility and magnetic susceptibility of the VADC model in the thermodynamic limit to give a further understanding of the QPTs.
机译:通过有限尺寸系统方法的基态能量的二阶导数,研究了受挫的垂直非对称金刚石链(VADC)的量子相变(QPT)。我们的结果显示了模型中大量挫折感诱导的量子相。同时,使用传递矩阵重归一化组技术(TMRG),计算了在热力学极限下VADC模型的保真度和磁化率,以进一步了解QPT。

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