关于2026年9月批次工程类博士专业学位研究生毕业(学位)论文送审资格审核通过公示

发布者:卢冰 发布时间:2026-06-17 浏览次数:10

2026年9月批次工程类博士专业学位研究生毕业(学位)论文送审资格审核通过公示名单请见附件,在2026年6月17-22日公示期限内,如对公示名单学术成果有异议,可到学院教务员老师处反馈查询。

 

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                                         研究生教务办公室

                                             2026年6月17日



附件:工程类博士专业学位研究生毕业(学位)论文送审资格审核通过公示名单

姓名学号院(系)专业学术成果
岳文昌202311083157电力学院电子信息

1.发表SCI论文12篇:

Synthesis of natural oxygen-doped bamboo-derivedhierarchical micro-mesoporous composite carbon materials using a greenactivation strategy(SCI一区,第一作者)

Controllable synthesis of N-rich defective carbonmaterials for aqueous supercapacitors: Towards a trade-off between gravimetricand volumetric capacitance(SCI一区,第一作者)

Green activation method and natural N/O/S co-dopedstrategy to prepare biomass-derived graded porous carbon for supercapacitors(SCI一区,第一作者)

Preparation of micropores-rich carbon materials for highenergy density aqueous supercapacitors using bio-templates and green N-dopingstrategy(SCI一区,第一作者)

Synthesis of bamboo-derived carbon materials doped withnatural green heteroatoms: doping mechanisms of heteroatoms and multifunctionalapplications of carbon materials(SCI一区,第一作者)

Natural N/O/S co-doped defect-rich functional carbonmaterials for aqueous supercapacitors: Effect mechanism of N-containingfunctional groups on chemical activation(SCI一区,第一作者)

Synthesis of multi-heteroatom green-doped bamboo-derivedcarbon materials using a simple one-step carbonization method: A micro/macroexploration of the effects of different heteroatoms on supercapacitors(SCI一区,第一作者)

Preparation of N-rich doped bamboo-derived carbonelectrode materials by multi-effect activation and multi-source N dopingstrategy: A high-yield, green synthesis method(SCI一区,第一作者)

Controllable synthesis of N-doped hierarchical porouscarbon combining ice templates with a one-step pyrolysis strategy: Effectmechanism of N/O active sites in electrochemical energy storage(SCI一区,第一作者)

Preparation of multi-heteroatom self-doped carbonmaterials using industrial waste template agent combined with one-stepcarbonization: Multiple applications in supercapacitors and CO2 adsorption(SCI一区,第一作者)

Preparation of natural N/O/S co-doped biomass-derivedcarbon materials for supercapacitors using multistage gas self-exfoliationeffect(SCI一区,第一作者)

CaMoO4-enhanced Ni-CaO bifunctional catalyst for biomasspyrolysis to produce hydrogen-rich gas(SCI一区,第一作者)

2.以华南理工大学为专利权人授权国家发明专利一项:

《一种基于微波快速热解的生物质气炭油联产的装置及方法》

第二发明人,导师第一,专利号ZL.202510157589.4

备注:在公示期限内,如对公示名单学术成果有异议,可到各院(系)教务员老师处反馈查询。







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