Leading Scientist : KJJ
Affiliation of Participant(s) : 313
Project Level : 厅局级
Type of Research Outcome : 基础研究
Sub-Class of Project : 其他课题
Status : 进行
Nature of Project : 基于复合氧化物堆叠界面可控构建的生物质气化制氢过程强化机制研究
Project Number : B2025004
Date of Project Approval : 2025-07-18
Expected Date of Project Completion : 2028-08-31
Date of Project Initiation : 2025-08-01
Pre One : 生物质超临界水催化气化制氢
Next One : 金属簇/氧化物堆叠界面介导氢溢流的动态调控及MCH催化脱氢增效机制研究
Lecturer (University)
Alma Mater : 西安交通大学
Education Level : 博士研究生毕业
School/Department : 车辆与能源学院
Discipline : Thermal EngineeringPower Machinery and Engineering
ZipCode : 39a37f2ba251ad282e94c118eb282f29463b2f99b69d4a09f5647bd7e6386d2b613d55153b63db89557530248eb98a5477a74d04dcf34144e782b5d7cf463845d219aa8fd6312906b0b7f8cb97f2f04358d340eacf6898fac8c185545*5187e60a728372292bb4a07cece1dbf91a174c90bc5ef8c5c921441bc2763687de340f
PostalAddress : c315a04cfa8ae61f6e28d803eef2f35830378c2c026fb7f69f3c42adec01bcf23d937e5a4f5b6f5a1903ce4dee82def02d78071272888e961400976fc0bd448b201e7f51c13af6b92ae68a7d40f62099c446c3422a794a8be09e6986afcb1e2bf16cc6b2576f34015cbd0e5552fd9233f608e61bc8367d9e6166a2a410b1dad6
email : 37dc567d22bbf320e40e5ce26fa2490cd2c8fdefae9641384eae31c1a55dd476576acb9f4727809e85d87fb075b2a1b5497be7e3088562218b546769fa75156cd1571724374fb364745247c10b837f32ce0cab0b3dc676839a6d4dd2525b5b936ad1a4f3d40a7d61f0cbe7906fd34482c7e92e39fa8f652192e62cfd6ed43c66
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