@article{oai:ptu.repo.nii.ac.jp:00000109,
 author = {川田, 吉弘 and 瑞慶覧 , 章朝 and 清水 , 洋隆 and Kawada, Yoshihiro and Shimizu, Hirotaka},
 issue = {2},
 journal = {技能科学研究　Vol37 no2 2020},
 month = {Sep},
 note = {Electric precipitators have used widely for industrial use. Some designs are built around empirical formulas from
some experimental results of past researchers, and there is enough data to calculate the discharge current, charging,
and dust collection proc esses. In this study, we made an electric precipitator on a desk and operated it on numerical
calculation software, and examined whether the performance could be evaluated. The performance evaluation for
transient operation will be discussed in the next re port. In this report, while comparing the calculation process and
the problems of the electrostatic precipitator, it was compared with the experimental results. The numerical
calculation software used MATLAB / Sim u link , however it is also possible to use E xcel to perform with steady state
operation.},
 pages = {27--33},
 title = {【論文】電気集塵装置のモデル構築と考察（その１）―放電・帯電・集塵 モデルの検討―},
 volume = {37},
 year = {2020}
}