在高能时，应用渐近自由的微扰论。
In high energy region, the asymptotic freedom perturbation theory is used.
相对论修正和质量极化效应用微扰论计算；
Relativistic and mass-polarization effects are included as the first-order perturbation.
对中心势场的对数微扰论方法作了进一步探讨。
In this paper, the logarithmic perturbation scheme for the central potential field is investigated.
本文利用多时标微扰论，对束缚电子占据概率方程组提出一种数值解法。
This paper presents the numerical method for solving the rate equations of electron's average occupation probabilities by using multiple-time-scale perturbation theory.
从含时微扰论的角度出发，重新求解了与玻色场相耦合的两态系统的动力学。
With the time-dependent perturbation theory, the dynamics of a two-level system coupled to an Bose field is revisited.
运用线性系统的无穷级微扰论研究了表面和多层(AB)界面系统的声子态。
The phonon states of surface and multi-film (AB) interface systems have been studied by using the infinite order perturbation theory for linear systems.
应用微扰论的方法对落体偏东进行研究，给出了在地球自转角速度一级近似下的计算公式。
By using perturbation mode, we study the free falling eastward body, and present the first approximate calculation formula of the rotation angular velocity of the earth.
利用微扰论中的图形技术讨论了层状准二维无序电子系统中自旋轨道散射效应的有关问题。
Spin orbit scattering effects in a layered quasi 2d disordered electron system have been investigated by the diagrammatic techniques in perturbation theory.
首次将量子力学的微扰论引入自混合干涉效应，首次提出用LED作为自混合干涉测量光源的设想。
Introduced small disturbance theory in quantum mechanism into SMI effects, and put forward the idea of replacing the light source of LED for the first time.
本文主要讨论了量子人体的相互作用表象，量子人体态随时间演化的算符和量子人体的微扰论展开；
The interaction idea of quantum human body, the functor of quantum human body state evolving with time and the outspread of tiny disturbing theory of quantum human body were discussed in this paper.
本文从原子磁矩的计算入手，按着运用量子力学微扰论方法探讨原子顺磁磁化和抗磁磁化的量子理论。
This essay, Starting from the Calculation of the atomic magnetic moment, approaches the quantum theory of Paramagaetism and diamagnetism by applying quantum mechanics perturbation theory.
微扰论是粒子物理学中一种非常有用的方法，但是在计算中它有时会破坏对称性，产生对称性自发破缺。
But some times the perturbation theory will devastate symmetry in computation, and bring about symmetry spontaneity breaking.
微扰论是粒子物理学中一种非常有用的方法，但是在计算中它有时会破坏对称性，产生对称性自发破缺。
But some times the perturbation theory will devastate symmetry in computation, and bring about symmetry spontaneity breaking.
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