@article{oai:kumadai.repo.nii.ac.jp:00017489,
 author = {Namihira, Takao and 浪平, 隆男 and 勝木, 淳 and 秋山, 秀典 and 王, 斗艶 and Namihira, Takao and 浪平, 隆男 and Tsukamoto, Shunsuke and 王, 斗艶 and Wang, Douyan and Hori, Hideo and 勝木, 淳 and Katsuki, Sunao and Hackam, Reuben and Akiyama, Hidenori and Shimizu, Masaru and Yokoyama, Kenichi},
 issue = {4},
 journal = {IEEE TRANSACTIONS ON PLASMA SCIENCE},
 month = {Aug},
 note = {application/pdf, 論文(Article), A short duration of 100-ns pulsed power has been used to remove nitric oxide (NO) in a mixture of nitrogen, oxygen, water vapor, and NO, simulating flue gases from a power station. The effects of the gas flow rate, the reactor length, and the pulse repetition rate on the percentage of NO removal and its energy efficiency are reported. The percentage of NO removal at a fixed gas flow rate increased with increasing pulse repetition rate due to the increased energy into the discharge. At a fixed pulse rate, the removal of NO increased with decreasing gas flow rate due to the increased residence time of the gas in the discharge reactor, thus facilitating the creation of increased radicals of O and N which then decreased NO. The energy removal efficiency of NO (in mol/kWh) decreased with increasing gas flow rate and increasing removal ratio of NO. The removal of NO increased with increasing energy density (J/I) input into the discharge at different reactor length.},
 pages = {592--598},
 title = {Influence of Gas Flow Rate and Reactor Length on NO Removal Using Pulsed Power},
 volume = {29},
 year = {2001},
 yomi = {ナミヒラ, タカオ and ナミヒラ, タカオ and オウ, トエン and カツキ, スナオ}
}