电力学

首先完善的量子场理论，量子电力学提供了电磁相互作用充分的量子描述。

The first complete quantum field theory , quantum electrodynamics , provides a fully quantum description of the electromagnetic interaction .

电力电子技术是由电子学、电力学、控制理论三个学科交叉而成的学科。

Power Electronics Technology is an interdisciplinary subject composed by electronics , electrodynamics , and control theory .

对于描述电力学系统量子场理论的全部设备常常是多余的。

The full apparatus of quantum field theory is often unnecessary for describing electrodynamic systems .

本文描述了重离子微剂量学实验装置的电力学测量、数据获取和径向距离微调控制系统。

The systems of acquisition of data and control of radial distances for experiments of heavy-ion microdosimetry are presented .

建立微机构可调谐滤光片的电力学模型，梁的模型，板的模型，以及自支撑模型。

The electromechanical models of the tunable filter based on microstructure are built . They include the beam model , the plate model and the step-up support model .

然而由于负荷自身的复杂性、分散性和随机性，使得负荷建模研究一直以来都是电力学界的一个难题。

However , due to the complexity , dispersion and randomness of the load itself , the research of the load modeling is always a difficult problem in power field .

作为电力信息学的基础理论之一，将电力系统的分析决策过程看成是一个广义的信息重建过程。

As the foundation of electrical informatics , any decision making process for power system operation can be regarded as a generalized information reconstruction .

本文以ADAMS/Rail和MATLAB/Simulink为软件平台，基于某型号电力机车，组建了包括多刚体动力学系统、轮轨系统、电力牵引传动系统和控制系统的电力机车多学科级虚拟样机仿真平台。

With the help of ADAMS / Rail and MATLAB / Simulink , based on one electric locomotive , this thesis built a virtual prototype model of the electric locomotive , including multi-body dynamics system , wheel-rail system , power traction drive system and control system .