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宋秉烨
- Personal Information
- Name (Pinyin): Song Bingye
- E-Mail: 24769896a67d2113edc1c43b0017b70a1c39915d5fd1e4d9da76a17c55f38c0c9c874b0d19991844bf8d934444a216e1a4065d311bfd53f78e64ffbc4cc111e7a2d267975f158d3486047cb7046ff65150284a79add328604143392a03e3e560686693e08577c3f2bbd2134a444039f71b9c95a090ad66fa14cf1bb08a1451a5
- School/Department: 建筑设备科学与工程学院
- Education Level: With Certificate of Graduation for Doctorate Study
- Degree: Doctoral degree
- Professional Title: Associate professor
- Status: Employed
- Academic Titles: 西安建筑科技大学,建筑设备科学与工程学院,副教授
- Alma Mater: 西安交通大学
- Li Angui,Chuang-Yao Zhao,gaoran,Gou Qianzhi,qidi,Yan Liu,Song Bingye,张洪泰.Photothermal conversion-driven thermal conductivity and energy storage synergistic enhancement in hierarchical porous N-doped biochar-based phase change materials:Energy,2025
- Li Angui,gaoran,Gou Qianzhi,Song Bingye,张文娟,孙宪达,张梦帆.High yielding hierarchical porous Fe-N-C with enriched effective active sites: Promoting oxygen reduction reaction electrocatalytic kinetics:SCIENCE CHINA-TECHNOLOGICAL SCIENCES,2025
- gaoran,qidi,Gou Qianzhi,Song Bingye,胡小林,孙宪达,杜泽轩,梅华平.Abundant active-site engineering enables porous Co-N-C electrocatalysts towards superior oxygen reduction reaction activity:NANOSCALE,2025
- Song Bingye,.Integrated Three-Dimensional Carbon Nanopolyhedron/Metal Sulfides:An Efficient Electrocatalyst Toward Oxygen Reduction Reaction:Frontiers in Energy Research,2021
- Li Angui,gaoran,Song Bingye , 张梦帆,王佳鹏,杜泽轩,一种基于天然金属卟啉MOFs相变衍生的氧还原催化材料及制备方法
- Li Angui,gaoran,Song Bingye , 张梦帆,王佳鹏,杜泽轩,一种基于相变策略制备的天然金属卟啉结合MOFs衍生的氧还原催化材料及其制备方法