中文摘要：

采用线性组合算符和幺正变换方法研究了磁场对非对称Gaussian受限势量子阱中强耦合极化子的振动频率、基态能量和基态结合能的影响．计算结果表明振动频率随磁场的回旋频率的增加而增大，基态能量的绝对值和基态结合能随回旋频率的增加而减少．振动频率是Gaussian受限势量子阱的范围的减函数，而基态能量的绝对值和基态结合能是其增函数．由此，我们得出磁场和Gaussian受限势量子阱的范围是研究非对称Gaussian受限势量子阱中磁极化子性质的重要因素．

英文摘要：

Influences of magnetic field on the vibrational frequency, the ground state energy and the ground state binding energy of the strong-coupling polaron in the asymmetrical Gaussian confinement potential quantum well （AGCPQW） are investigated by using linear combination operator and unitary transformation methods. It turns out that the vibrational frequency increases with increasing cyclotron frequency of the magnetic field, whereas the absolute value of the ground state energy and the ground state binding energy will decreases with increasing one. The vibrational frequency is a decreasing function of the range of the Gaussian confinement potential, whereas the absolute value of the ground state energy and the ground state binding energy are an increasing ones of it. It is shown that the range of the Gaussian confinement potentia and the magnetic field are important factors to the properties of the magnetopolaron in the AGCPQW.