The properties of impurity bound magneto-acoustic strong-coupling polarons in monolayer graphene are examined. The energies of the ground state of the impurity bound magneto-acoustic polaron were obtained by using the linear combination operator and the well-known Lee-Low-Pines transformation methods. By employing the quantum statistics theory, the temperature effects on the ground state energy of magneto-acoustic polarons in monolayer graphene were calculated. The results of the numerical model with regards to the temperature, Coulombic impurity potential, Debye cut-off wavenumber and magnetic field strength are discussed, and it was revealed that the tuning of these factors can offer a way of adjusting the ground state energy of the magneto-acoustic polaron.

研究了单层石墨烯中杂质结合的磁声强耦合极化子的性质。杂质结合的磁声极化子的基态能量是通过使用线性组合算子和众所周知的Lee-Low-Pines变换方法获得的。利用量子统计理论，计算了温度对单层石墨烯中磁声极化子基态能量的影响。讨论了关于温度，库仑杂质势，德拜截止波数和磁场强度的数值模型结果，并揭示了这些因素的调整可以提供一种调节分子基态能量的方法。磁声极化子。