一维${\rm CH}$链的有效场论模型:有限化学势、温度和外部塞曼磁场的影响
An Effective Field Theory Model for One-Dimensional ${\rm CH}$ Chains: Effects at Finite Chemical Potential, Temperature and External Zeeman Magnetic Field
摘要:
在这项工作中,我们使用一个有效场论模型来研究掺杂$\rm (CH)_x$链的影响下,外部恒定塞曼磁场$B_0$,在零和有限的温度,在平均场近似和超越。我们考虑均匀和不均匀的$Δ(x)$凝聚体,并简要讨论了使用这些材料作为部分极化的一维有机导体的可能性。
英文摘要:
In this work we use an effective field theory model to investigate doped $\rm (CH)_x$ chains under the influence of an external constant Zeeman magnetic field $B_0$, at zero and finite temperature, in the mean-field approximation and beyond. We consider both homogeneous and inhomogeneous $Δ(x)$ condensates and briefly discuss the possibility of using these materials as partially polarized 1D organic conductors.
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