1.A theory of polaron-hopping transport is studied in DNA in the presence of an electric field.
理论极化子跳跃运输研究了DNA的存在电场。
2.But in finite temperature, when the temperature increases, polaron energy will be decreased by the outer magnetic field and electric field.
但当系统处于有限温度时，随着温度的升高，外加电、磁场反而使得极化子能量降低。
3.Some properties of the polaron in polar crystal slab are investigated by using Greens function method.
使用格林函数法研究在极性晶体膜中极化子自能的一些性质。
4.This essay will mainly discuss polaron dynamic processes in the presence of external electric fields.
本文用非绝热动力学方法重点讨论了电场力作用下极化子的形成及输运过程。
5.the electric field is strong, the field will drive the polaron to the polymer end, and jump to the metal electrode.
强电场下，极化子运动到链端后，随着时间的弛豫，极化子电荷最终跃迁到金属电极上。
6.In the paper, the properties of bound polaron in external field in infinite quantum well are studied.
本文研究了在外场作用下无限深量子阱中束缚极化子的性质。
7.The facts offered a criterion to distinguish an excited polaron from a common one.
这些差异为区分两类极化子提供了判据。
8.The properties of weak-coupling polaron in quantum wires are studied.
研究了量子线中弱耦合极化子的性质。
9.Secondly, at mediate field strength, the polaron and the exciton will pass through each other.
继续增加电场，极化子和激子相遇后彼此穿过对方。
10.By using the second canonical transformation, the energy of the bound polaron in the infinite PQW could be work out.
用第二次么正变换可计算出无限深抛物量子阱中束终极化子的结合能。