教育背景：2012.09-2018.01福州大学博士研究生

工作履历：2018.04-至今南昌航空大学讲师

讲授课程：《物理化学》、《物理化学实验》

主要研究方向包括：

(1)催化功能导向的稳定MOFs/COFs：设计、合成、修饰及催化性能研究；

(2)MOF/COF基纳米复合材料：理性构筑及其催化功能探索，尤其是在光诱导有机反应多相催化的应用研究；

(3)CO2的选择性捕集与转化、光催化分解水；

(4）废水处理，污染物降解与资源化。

研究领域：

从事配位化学、材料化学和催化化学的交叉性研究工作，特别在基于金属有机框架（MOFs）、共价有机框架（COFs）多孔功能材料的设计、合成与催化功能探索等方面开展了研究工作。

(1)DengkeWang,XiangLi,Ling-LingZheng,Lu-MeiQin,ShuangLi,PengYe,YanLi,Jian-PingZou*,Size-controlledsynthesisofCdSnanoparticlesconfinedoncovalenttriazine-basedframeworksfordurablephotocatalytichydrogenevolutionundervisiblelight,Nanoscale,2018,10,19509-19516.

(2)DengkeWang,YatingPan,LizhiXu,ZhaohuiLi*,PdAu@MIL-100(Fe)cooperativelycatalyzetandemreactionsbetweenaminesandalcoholsforefficientN-alkylaminessynthesesundervisiblelight,JournalofCatalysis,2018,361,248-254.

(3)DengkeWang,JosepAlbero,HermenegildoGarcía*,ZhaohuiLi*,Visible-Light-InducedTandemReactionofo-AminothiophenolsandAlcoholstoBenzothiazolesoverFe-basedMOFs:InfluenceoftheStructureElucidatedbyTransientAbsorptionSpectroscopy,JournalofCatalysis,2017,349:156-162.

(4)DengkeWang,ZhaohuiLi*,Iron-BasedMetal-OrganicFrameworks(MOFs)forVisible-Light-InducedPhotocatalysis,ResearchonChemicalIntermediates,2017,43:5169-5186.

(5)DengkeWang,ZhaohuiLi*,CouplingMOF-basedPhotocatalysiswithPdCatalysisoverPd@MIL-100(Fe)forEfficientN-alkylationofAmineswithAlcoholsunderVisibleLight,JournalofCatalysis,2016,342:151-157.

(6)DengkeWang,YujieSong,JingyuCai,LingWu,ZhaohuiLi*,EffectivePhoto-ReductiontoPtNanoparticlesDepositedonMIL-100(Fe)forVisible-Light-InducedHydrogenEvolution,NewJournalofChemistry,2016,40:9170-9175.

(7)DengkeWang,MengtaoWang,ZhaohuiLi*,Fe-basedMetal-OrganicFrameworks(MOFs)forHighlySelectivePhotocatalyticBenzeneHydroxylationtoPhenol,ACSCatalysis,2015,5:6852-6857.

(8)DengkeWang,ZhaohuiLi*,Bi-functionalNH2-MIL-101(Fe)forOne-PotTandemPhoto-oxidation/KnoevenagelCondensationbetweenAromaticAlcoholsandActiveMethyleneCompounds,CatalysisScience&Technology,2015,5:1623-1628.

(9)DengkeWang#,RenkunHuang#,WenjunLiu,DengrongSun,ZhaohuiLi*,Fe-baseMOFsforPhotocatalyticCO2Reduction:RoleofCoordinationUnsaturatedSitesandDualExcitationPathways,ACSCatalysis,2014,4:4254-4260.