System Construction and Execution for the expansive upgrading of the practice Education in the College of Technology

工学院实践教育拓展升级的制度建设与实施

基本信息

批准号：
13680214
负责人：
FUNATO Yasuyuki
金额：
$ 2.18万
依托单位：
Suzuka National College of Technology
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2001
资助国家：
日本
起止时间：
2001 至 2002
项目状态：
已结题

项目摘要

This study aimed to couple education and research and carried out the practical education and the basic process research on an electromagnetic field through a glow discharge experiment. The main experiment and research was performed by using "the electromagnetic field integral experiment equipment", and it was promoted for the synthetic research, and following results and knowledge were obtained. In this study, the following are comprehensively intended in fields such as electricity base, electromagnetic field, gas and solid-state electronics, electronic property, computer hardware/software in the collage curriculum. The experiment and research of gas ionization process in parallel plate electric field. Electric field in generating process of glow discharge plasma, potential and the discharge current were measured carried out and analyzed with a computer method. Generating process and behavior of mixed gas plasma including the NOx gas were pursued as the basic research for air pollution purification. N_2, O_2 and N_2/O_2 mixed gas were used for test gases and correlation measurement of the build-up characteristics of glow discharge were carried out. A new knowledge on the correlation between discharge current and partial pressure, visible radiation spectrum in the discharge initial stage was obtained by measurement and visible light spectrometry of gas pressure with time change, in which the quadrupole mass spectrometry was applied for the measurements. In the capacitive coupling type RF plasma generation, the electric power optimization was attempted by electric circuit analysis, electric phase measurement. The research was performed by the cooperation between technical college, another university, laboratory for graduation research, special research in the advanced course and the above results were reported everywhere.

这项研究旨在通过辉煌的排放实验进行教育和研究，并在电磁领域进行实践教育和基本过程研究。主要实验和研究是通过使用“电磁场积分实验设备”进行的，并得到了合成研究的促进，并获得了以下结果和知识。在这项研究中，以下内容全面用于电力基地，电磁场，气体和固态电子，电子特性，拼贴课程中的计算机硬件/软件。平行板电场中气体电离过程的实验和研究。测量并用计算机方法测量并分析发光排放血浆，电势和排放电流的电场。将包括NOX气体在内的混合气体血浆的生成过程和行为作为空气污染纯化的基础研究。 N_2，O_2和N_2/O_2混合气体用于测试气体，并进行了光泽放电的堆积特征的相关测量。关于排放电流和部分压之间的相关性的新知识，通过测量和时间变化的气压的可见光光谱获得了排放初始阶段的可见辐射光谱，其中将四极杆质谱法用于测量。在电容耦合型RF等离子体产生中，通过电路分析，电相测量尝试了电力优化。这项研究是由技术学院，另一所大学，毕业研究实验室，高级课程的特殊研究以及上述结果的合作进行的。