書報討論 - 葉育誠、郭冠廷、林昕沂、林修伃、陶柏劭、吳翊甄演講
1.講者同學: 葉育誠 碩士生
題目: 以電動酸鹼值震盪法進行二氧化碳補獲之效能評估(Performance Evaluation of Carbon Dioxide Capture using Electric-kinetic pH-swing method)
2.講者同學: 郭冠廷 碩士生
題目: 比較表面與保形沉積之氣體擴散電極對於二氧化碳電催化之效能評估(Performance Evaluation of Gas Diffusion Electrodes with Surface versus Conformal Metal Deposition for CO₂ Electrocatalysis)
3.講者同學: 林昕沂 碩士生
題目: 高雄地區超細懸浮微粒與粒徑分布季節性變化與來源解析(Seasonal Variations and Source Apportionment of Ultrafine Particles and Particle Number Size Distributions in the Kaohsiung Metropolitan Area)
4.講者同學: 林修伃 碩士生
題目: 彰化二林地區高濃度懸浮微粒污染之來源解析與排放特性探討(Source Apportionment and Emission Characteristics of High-leval Particulate Matter in Erlin, Changhua)
5.講者同學: 陶柏劭 碩士生
題目: 以Z型光電極進行光電化學固氮產氨之研究(Research on photoelectrochemical nitrogen fixation and ammonia production using z-scheme photoelectrode)
6.講者同學: 吳翊甄 碩士生
題目: 過碘酸鹽搭配氧化石墨烯複合四氧化三鐵材料或紫外光降解水中N,N-二甲基苄胺與有害副產物亞硝胺生成潛勢分析(Degradation of N,N-Dimethylbenzylamine and Nitrosamine Formation Potential Analysis by Periodate Activated with Graphene Oxide-Iron Oxide Composite or Ultraviolet Irradiation)
題目: 以電動酸鹼值震盪法進行二氧化碳補獲之效能評估(Performance Evaluation of Carbon Dioxide Capture using Electric-kinetic pH-swing method)
2.講者同學: 郭冠廷 碩士生
題目: 比較表面與保形沉積之氣體擴散電極對於二氧化碳電催化之效能評估(Performance Evaluation of Gas Diffusion Electrodes with Surface versus Conformal Metal Deposition for CO₂ Electrocatalysis)
3.講者同學: 林昕沂 碩士生
題目: 高雄地區超細懸浮微粒與粒徑分布季節性變化與來源解析(Seasonal Variations and Source Apportionment of Ultrafine Particles and Particle Number Size Distributions in the Kaohsiung Metropolitan Area)
4.講者同學: 林修伃 碩士生
題目: 彰化二林地區高濃度懸浮微粒污染之來源解析與排放特性探討(Source Apportionment and Emission Characteristics of High-leval Particulate Matter in Erlin, Changhua)
5.講者同學: 陶柏劭 碩士生
題目: 以Z型光電極進行光電化學固氮產氨之研究(Research on photoelectrochemical nitrogen fixation and ammonia production using z-scheme photoelectrode)
6.講者同學: 吳翊甄 碩士生
題目: 過碘酸鹽搭配氧化石墨烯複合四氧化三鐵材料或紫外光降解水中N,N-二甲基苄胺與有害副產物亞硝胺生成潛勢分析(Degradation of N,N-Dimethylbenzylamine and Nitrosamine Formation Potential Analysis by Periodate Activated with Graphene Oxide-Iron Oxide Composite or Ultraviolet Irradiation)
View:
