Tetsuya Nanba Citation name: Nanba, T. Affiliation: National Institute of Advanced Industrial Science and Technology (AIST) Country: Japan Authored:(677f) Influence of H2/N2 Ratio on Dynamic Behavior of Ammonia Production on Ru Catalyst Under Low Pressure ConditionHideyuki MatsumotoJavaid RahatTetsuya Nanba2017 Annual Meeting (ISBN: 978-0-8169-1102-8)(549d) Demonstration of CO2-Free Ammonia Synthesis Using Renewable Energy-Generated HydrogenMototaka KaiYasushi FujimuraTakayoshi FujimotoHideyuki TakagiTetsuya NanbaYuichi Manaka2018 AIChE Annual Meeting (ISBN: 978-0-8169-1108-0)(543o) Analysis of Influence of Operating Pressure on Dynamic Behavior of Ammonia Production over Ruthenium Catalyst under High Pressure ConditionHideyuki MatsumotoJavaid RahatYuichi ManakaMika IshiiTetsuya Nanba2018 AIChE Annual Meeting (ISBN: 978-0-8169-1108-0)(238b) Demonstration and Optimization of Green Ammonia Production Operation Responding to Fluctuating Hydrogen Production from Renewable EnergyYasushi FujimuraMototaka KaiTakayoshi FujimotoTetsuya NanbaSho FujimotoRyousuke AtsumiMasayasu NishiTakehisa Mochizuki2019 AIChE Annual Meeting (ISBN: 978-0-8169-1112-7)(617d) Effect of Preparation Condition on Ammonia Synthesis over Ru/CeO2Tetsuya NanbaKeisuke KobayashiYuuki NagataJavaid RahatHideyuki Matsumoto2019 AIChE Annual Meeting (ISBN: 978-0-8169-1112-7)(666c) Synthesis and Assessment of Process Systems for Production of Ammonia Using Nitric Oxide in Combustion Exhaust GasHideyuki MatsumotoKeisuke KobayashiTetsuya NanbaTaku TsujimuraHirohide FurutaniShiro YoshikawaShotaro Ogawa2019 AIChE Annual Meeting (ISBN: 978-0-8169-1112-7) Associated proceedings: 2017 Annual Meeting 2018 AIChE Annual Meeting 2019 AIChE Annual Meeting
