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1)  electrics experiment
电工学实验
1.
In this paper, the weaknesses of the traditional electrics experiment are discussed, the reform in the contents and the teaching methods of the electrics experiment is introduced, and the good results in cultivating students creative ability after the reform have been obtained.
讨论了传统“电工学实验”的不足 ,介绍了对该实验项目所实施的改革及改革后在提高学生创新能力方面所取得的成果。
2)  electrotechnics experiment instruction
电工实验教学
1.
The paper applies the modern educational technology theory to reform electrotechnics experiment instruction according to the problems in process of experiment instruction of our department.
针对电工实验教学中存在的问题,运用现代教育理念对其进行改革。
3)  electricity experiment
电工实验
1.
How to develop the ability of electricity experiment;
浅谈电工实验能力的培养
2.
The problems in electricity experiment are discussed in this paper,adadvance new thinking and put into effect finds of three layers teaching of experiment,enhance cultivate student for experiment ability and innovate ability.
分析了电工实验教学中存在的突出问题,提出三层次实验教学的新思路和实施方法,切实加强学生实验能力和创新能力的培养。
4)  electrotechnical experiment
电工实验
1.
Study of electrotechnical experiment simulation based on Matlab;
基于Matlab的电工实验仿真研究
5)  electrical experiment
电工实验
1.
Analyze the reasons for students weakness in trouble removal and their dependence on teachers in electrical experiment classes.
分析了电工实验课中学生不善于排除故障和依赖性较强的原因,论述了培养学生动手能力对于提高学生综合素质的重要作用,指出了在电工实验中鼓励学生发挥主动性,增强排除故障能力的现实方法和途径。
6)  electrician experiment
电工实验
1.
In the common electrician experiment and generator testing,power is an important physical unit and the correct use of power meter is a basic skill.
在普通电工实验和各种电机测试中 ,功率是重要的物理量 ,功率表的正确使用是一项基本技能。
2.
With the help of virtual instrument integrated developing environment provided by the software of LabVIEW the intelligent instrument are combined with electrician experiments.
利用LabVIEW提供的虚拟仪器开发系统集成环境,将智能仪器同电工实验结合起来,成功地实现了虚拟实验室教学系统的滤波器部分,该项应用发挥了虚拟仪器在分析、测量等方面的优势。
补充资料:电工学
电工学
electrotechnics

   研究电磁现象在工程中应用的技术科学。工科高等院校为各类非电专业技术基础课。又称电工技术。它包括电磁能量和信息在产生、传输、控制、应用这一全过程中所涉及到的各种手段和活动。作为一门技术基础课,它的内容包括:电路和磁路理论、电磁测量、电机与继电接触控制,安全用电、模拟电子电路、数字电路、自动控制系统等。
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