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辽宁工程技术大学专业介绍:电机与电器


  电机与电器学科(专业)硕士研究生培养方案
  Training Program for Doctorate Disciplines of Electrical Motor and Electrical Apparatus
  
  专业代码:080801 学科门类:工学
  Code of Specialty: 080801 Department of Discipline: Industry Department
  一级学科:电气工程 学分要求:33
  First-grade Discipline: Electrical Engineering Credit Setting: 33

  一、学科(专业)概况(Disciplines Instruction)
  
电机与电器学科是2003年获得工学硕士学位授予权,是我校实力较强的学科,也是与,煤矿安全生产联系较为紧密的学科。该学科以数学、电工理论及各种现代新技术为基础,系统的研究电机学、电器学、现代控制理论和计算机应用技术。结合电机电器系统的设计、制造、运行、监测和控制等实际问题,掌握微特电机电器理论、现代设计理论、电机电器电磁理论、控制理论、故障分析与诊断技术、计算机辅助测试技术等应用方法,使学生即有扎实的基础知识,又有应用所学知识独立解决实际问题的能力。
  该学科现有辽宁省创新团队一个,并依托辽宁省重点实验室—工矿电气设备与电力电子技术实验室开展研究工作。近年来,该学科获得2项国家自然科学基金,及其他横、纵向课题20余项,出版著作1部,省部级奖励2项,发表论文80余篇,其中EI和ISTP收录近30篇,获得国家专利5项。该学科现有教师18人,其中教授4人(博士生导师1人),具有博士学位2人,博士后1人,副教授5人,讲师8人,助教1人,入选辽宁省“百千万人才工程”百人层次人选1人。该学科已经为国家培养20余名硕士,该学科在国内有一定影响,在某些研究领域内达到国内领先水平。
  Electrical Motor and Electrical Apparatus,the first batch of subjects received the right to grant master degree in engineering in 2003. It’s a stronger and is too closely correlated to coal mine security production .On the basis of mathematics, electrical theory and modern new technology, students study on the electric machinery, electrical appliances, modern control theory and computer application technology.. Combine with the practical problem of the design, manufacture, operating, monitoring and control of the machine and apparatus, students master the application method of the theory of the machine and apparatus, modern design, electric-magnetic, control, the fault analyses and diagnoses technology, and the computer aided testing technology. The student not only has the basic knowledge, but also the ability to solve the practical problem with the learned knowledge independently. subject in our college,
  The subject has an innovative team of Liaoning Province, and carries out research relying on the Key Laboratory of Liaoning Province - Mining Electrical Equipment and Power Electronics Technology Laboratory. In recent years, this subject has received two research projects of National Natural Science Foundation, more than 20 projects of horizontal and vertical issues and 2 Ministerial and Provincial-Level Science and Technology Awards, a scholarly treatise and more than 80 papers have been published, and nearly 30 of these papers were embodied in EI and ISTP. This subject gets 5 national Patent. The amount of teachers of this subject is 18, including 4 professors(including 1 Ph. D. candidate supervisor), 2 with the doctorate, 1 post-doctoral, 5 vice-professors, 8 lecturers and 1 teaching assistant. One of theses teachers is selected as a candidate from one hundred people in “Ten Million Talent Project” of Liaoning Provincial Education Department. This subject has fostered more than 20 masters. This subject has a certain influence in the country, and reaches the lead position in domestic level in some areas.

   二、研究方向(Research Orientation)

序号 serial number 名称
Name
研究方向的范围及特点概述
The Scope of Research Orientation and Brief account of the Characteristic
1 电接触理论及其应用 The electrical contact theory and its application technology   研究电接触元件之间的振动、熔焊与电弧侵蚀理论及其在开关电器和电力机车中的应用技术 Research on vibration, welding and arc erosion theory of different electrical contactors; Application of electrical contact theory in electrical apparatus and electric locomotive areas
2 智能电器理论及应用 The theory and application of intelligent electrical apparatus 研究开关电器在线监测,电气的智能化和信息化 The study on the supervisor of the switch apparatus; The intelligentization and information of the electrical apparatus
3 新型微特电机理论与设计 The theory and design of the new micro and special machine 新型微特电机理论与设计,新型微特电机的驱动控制技术研究 The theory and design of the new micro and special machine, and the study on the driver control technology of the new micro and special machine.
4 电机电器检测技术 The detection technology of electrical machine and apparatus 电机电器参数的在线识别 The identification of the parameters of electrical machines and apparatus on line
5 现代永磁电机理论及控制技术 The theory and control technology of the modern permanent magnet machine 现代永磁电机理论与设计,现代永磁电机的控制理论与控制技术的研究 The theory and design of the modern permanent magnet machine; The control theory and technology of the modern permanent magnet machine

 

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