鈴木 研悟(スズキ ケンゴ)
- 論文
- Structural Optimization of Porous Flow Fields to Improve Water Management Ability of PEFC
Suzuki Kengo; Sato Daiki; Tabe Yutaka; Chikahisa Takemi
Proceedings of the 15th International Heat Transfer Conference, 2014-08 - 北海道における風力発電所の分散配置による出力低下リスクの低減効果解析
鈴木 研悟; 中西 嵩裕; 田部豊; 近久武美
日本機械学会論文集/80(812)/pp.1-14, 2014-4 - Observation of water transport in the micro-porous layer of a polymer electrolyte fuel cell with a freezing method and cryo-scanning electron microscope
Aoyama Yusuke; Suzuki Kengo; Tabe Yutaka; Chikahisa Takemi
Electrochemistry Communications/41/pp.72-75, 2014-4 - Effect of wettability of micro-porous layer on microscopic water transport phenomena in PEFC
Aoyama Yusuke; Suzuki Kengo; Tabe Yutaka; Chikahisa Takemi; T...
Electrochemical Society Transactions/64(3)/pp.527-535, 2014-1 - Effect of wettability of micro-porous layer on microscopic water transport phenomena in PEFC
Yamada Kazuki; Suzuki Kengo; Tabe Yutaka; Chikahisa Takemi
Electrochemical Society Transactions/58(1)/pp.463-471, 2013-11 - Effect of wettability of micro-porous layer on microscopic water transport phenomena in PEFC
Aoyama Yusuke; Suzuki Kengo; Tabe Yutaka; Chikahisa Takemi; T...
Electrochemical Society Transactions/58(1)/pp.1383-1390, 2013-11 - 統合型エネルギー経済モデルによる 2050 年までの日本のエネルギー需給の分析
小宮山 涼一; 鈴木 研悟; 永富 悠; 松尾 雄司; 末広 茂
エネルギー・資源学会論文誌/33(2)/pp.34-43, 2012-03 - Quantifying the risk of an increase in the prices of non-energy products by combining the portfolio and input–output approaches
Suzuki Kengo; Uchiyama Yohji
Energy Policy/38(10)/pp.5867-5877, 2010-10 - Quantifying risk of energy cost volatility in demand side
Suzuki Kengo; Uchiyama Yohji
Proceedings of the Second International Conference on Applied Energy/pp.1352-1361, 2010-04 - Risk in the prices of fossil fuels for Japanese electric utility sector
Suzuki Kengo; Masukawa Daisuke; Uchiyama Yohji
Proceedings of the First International Conference on Applied Energy/pp.1-10, 2009-1 - ポートフォリオ理論による輸入原油の価格変動リスク分析
鈴木 研悟; 内山 洋司
エネルギー・資源学会論文誌/29(2)/pp.14-20, 2008-03
- Structural Optimization of Porous Flow Fields to Improve Water Management Ability of PEFC