日本語フィールド
著者：Satoshi Ihara, Tomoya Matsuo and Kento Ishibashi 読み: イハラ サトシ，マツオ トモヤ，イシバシ ケント題名：Plasma Generation in Water Using a Compact Electrode with a Semi-covered Structure発表情報：Physica Scripta, IOP Science 巻: 98 号: 5 ページ: 055608キーワード：水質浄化，プラズマ，放電，キャビテーション概要：抄録：This is a fundamental study on a design of a plasma reactor and its electrical and hydrodynamic properties. In this study, the electrode structure suitable for this method and its installation position in the reactor were examined. The structure uses a ceramic tube and a stainless steel rod, making it possible to use high conductivity water. The pressure inside the reactor was measured, and the electrode was placed at a position where cavitation was minimum. Then, the cavitation was observed in a sample of water with a conductivity of about 10 mS/m, and the plasma was also observed. It was found that about 20 % of the total power input between the electrodes was used for plasma generation. The hydrogen peroxide concentration proportional to the input power was observed, and a concentration of about 5.5 mg/L was obtained at an input power of 20 W when the volume of water was 1.8 L. And also the energy yield of H2O2 generation was 5.9 g/kWh.英語フィールド
Author：Satoshi Ihara, Tomoya Matsuo and Kento IshibashiTitle：Plasma Generation in Water Using a Compact Electrode with a Semi-covered StructureAnnouncement information:Physica Scripta, IOP Science Vol: 98 Issue: 5 Page: 055608Keyword：water purification, plasma, discharge, cavitationAn abstract：This is a fundamental study on a design of a plasma reactor and its electrical and hydrodynamic properties. In this study, the electrode structure suitable for this method and its installation position in the reactor were examined. The structure uses a ceramic tube and a stainless steel rod, making it possible to use high conductivity water. The pressure inside the reactor was measured, and the electrode was placed at a position where cavitation was minimum. Then, the cavitation was observed in a sample of water with a conductivity of about 10 mS/m, and the plasma was also observed. It was found that about 20 % of the total power input between the electrodes was used for plasma generation. The hydrogen peroxide concentration proportional to the input power was observed, and a concentration of about 5.5 mg/L was obtained at an input power of 20 W when the volume of water was 1.8 L. And also the energy yield of H2O2 generation was 5.9 g/kWh.