曾适之
出生年月：
学历与职称：博士、****讲座教授
专业方向：环境与能源催化、材料化学
电话：**，+44(0)**(lab)
Email：edman.tsang@whu.edu.cn
教育与研究经历
1984-1987，大学本科就读于HongKongPolytechnicUniversity化工系，后期赴英国伦敦大学Birkbeck学院攻读化学专业的研究生学位；
1987-1990，英国雷丁大学获得博士学位，研究方向是固体化学与催化，从事甲烷催化氧化偶联反应研究。
1990.8-1995.10，牛津大学博士后，DepartmentalFellow，先进材料与催化研究中心负责人；
1995.10-2007.8，英国雷丁大学（UniversityofReading）讲师、Reader、教授，研究方向是纳米材料与催化，表面与催化研究中心主任；
2007.9至今，牛津大学化学系Wolfson催化研究中心教授，主任；
2008．3起，武汉大学化学与分子科学学院教授，教育部****讲座教授。

研究领域与兴趣
长期致力于与能源和环境问题密切相关的多相催化研究，在能量储存（燃料电池、储氢）、化工节能减排、新能源化工、CO₂储存与催化转化及功能催化材料制备等方面取得了卓有成效的进展。过去十年主持科研项目经费超过600万英镑，已在Nature、Science、NatureNanotechnology、NatureCommunication、Angew.Chem.Int.Ed.、JACS、Adv.Mater.等国际学术期刊发表论文220余篇，被引用超过6400次；并拥有16项发明专利。现为英国化学工程师协会（IChemE）催化学科委员、英国自然科学基金委（EPSRC）大学联盟委员、催化学科委员；国际催化领域知名期刊ChemCatChem和CatalysisToday编委。荣获2012年RSCGreenChemistryAward（英国皇家化学会绿色化学奖）、和2013年RSCSurfaces&InterfacesAward（英国皇家化学会表面与界面科学奖）。
教学情况
承担项目与课题
学术兼职
代表性成果
1.Non-syngasdirectsteamreformingofmethanoltohydrogenandcarbondioxideatlowtemperature,KaiManKerryYu,WeiyiTong,AdamWest,KevinCheung,TongLi,GeorgeSmith,YanglongGuoandShikChiEdmanTsang,NatureCommunications,2012,3:1230.DOI:10.1038/ncomms2242.

2.ProminentElectronicandGeometricModificationsofPalladiumNanoparticlesbyPolymerStabilizersforHydrogenProductionunderAmbientConditions,SimonJones,JinQu,KarakedTedsree,Xue-QingGongandShikChiEdmanTsang,Angew.Chem.Int.Ed.,17SEP2012.DOI:10.1002/anie.**.

3.ANon-syn-gasCatalyticRoutetoMethanolProduction,Cheng-TarWu,KaiManKerryYu,FenglinLiao,NeilYoung,PeterNellist,AndrewDent,AnnaKronerandShikChiEdmanTsang,NatureCommunications,2012,3:1050.DOI:10.1038/ncomms2053.

4.ComparisonofCatalyticPerformanceofSupportedRutheniumandRhodiumforHydrogenationof9-ethylcarbazoleforHydrogenStorageApplications,KatarzynaMorawaEblagon,KinTamandShikChiEdmanTsang,EnergyEnviron.Sci.,2012,5,8621-8630.DOI:10.1039/C2EE22066K.

5.ElectronPromotionbySurfaceFunctionalGroupsofSingleWallCarbonNanotubestoOverlyingMetalParticlesinaFuel-CellCatalyst,PatrapornLuksirikul,KarakedTedsree,MarkG.Moloney,MalcolmL.H.Green,ShikChiEdmanTsang,Angew.Chem.Int.Ed.,2012,51,6998-7001.DOI:10.1002/anie.**.

6.ElectronicModulationofCu-ZnOCatalystbyHeterojunctionEstablishmentforSelectiveHydrogenationofCO₂toCH₃OH,FenglinLiao,ZiyanZeng,CliveEley,QinLu,XinlinHong,ShikChiEdmanTsang,Angew.Chem.Int.Ed.(VIP).2012,51,5832-5836.DOI:10.1002/anie.**.

7.Shape-DependentAcidityandPhotocatalyticActivityofNb₂O₅NanocrystalswithActiveTT(001)Surface,YunZhao,CliveEley,JingpingHu,JohnSFoord,LinYe,HeyongHeandShikChiEdmanTsang,Angew.Chem.Int.Ed.(HOT).2012,51,3846-3849.DOI:10.1002/anie.**.

8.RationalDesignofNano-catalystsviaChemisorptionEvaluationinLiquidPhase,KarakedTedsree,ChunWongAaronChan,SimonJones,QianCuan,Wei-KunLi,Xue-QingGongandShikChiEdmanTsang,Science,2011,332,224-228.

9.HydrogenProductionforPortableFuelCellsfromFormicAcidDecompositionoverAgCore-PdShellNano-catalystatRoomTemperature,KarakedTedsree,TongLi,SimonJones,ChunWongAaronChan,KaiManKerryYu,PaulBagot,EmmanuelleMarquis,GeorgeSmithandShikChiEdmanTsang,NatureNanotechnology,PublishedOnline:10April2011,DOI:10.1038/NNANO.2011.42.

10.MorphologyDependentInteractionsofZnOwithCuNanoparticlesatMaterialsInterfaceInSelectiveHydrogenationofCO₂toCH₃OH,FenglinLiao,YaqunHuang,JunweiGe,WeiranZheng,KarakedTedsree,PaulCollier,XinlinHongandShikChiTsang,Angew.Chem.Int.Ed.,2011,50,2162-2165.(VIPcommunicationpaperinAngewandteChemie)

11.Cr-MnO_xmixed-oxidecatalystsforselectivecatalyticreductionofNO_xwithNH₃atlowtemperature,ZhihangChen,QingYang,HuaLi,XuehuiLi,LefuWang,ShikChiTsang,JournalofCatalysis,2010,276,56–65.

12.FormateasaSurfaceProbeforRutheniumNanoparticlesinSolution¹³CNMRSpectroscopy,KarakedTedsree,AdamT.S.Kong,Dr.,ShikChiTsang,Prof.^*,Angew.Chem.Int.Ed.,2009,48,1443-1446.(VIPcommunicationpaperinAngewandteChemie)

13.ShapeandSizeEffectsofZnONanocrystalsonPhotocatalyticActivity,AnnaMcLaren,TeresaValdes-Solis,GuoqiangLi;ShikChiTsang,JournaloftheAmericanChemicalSociety,(2009),131(35),12540-12541.

14.RecentAdvancesinCO₂CaptureandUtilizationMinireview,K.M.K.Yu,I.Curcic,J.Gabriel,S.C.Tsang,ChemSusChem.,(2008),1,893-899.

15.Apracticaldemonstrationofthe"junctioneffect"theoryinthereductionofceriacoatedPGMcatalysts,NadiaAcerbi,ShikChiTsang,StanGolunskiandPaulCollier,Chem.Commun.(2008),13,1578-1580.

16.EngineeringPreformedCobalt-DopedPlatinumNanocatalystsForUltraselectiveHydrogenation,ShikChiTsang,NickCailuo,WilliamOduro,AdamT.S.Kong,L.Clifton,K.M.KerryYu,BenedicteThiebaut,JamesCookson,PeterBishop,ACSNano,(2008),2(12),2547-2553.

17.CarbonDioxideFixationintoChemicals(MethylFormate)atHighYieldsBySurfaceCouplingOverPd/Cu/ZnONanoCatalyst,K.M.KerryYu,ConnieM.Y.YeungandShikChiTsang,JournaloftheAmericanChemicalSociety(2007),129(20)6360-6361.(rankedthetopthreemostaccessedarticleinJACSinQ2of2007.)

18.ChemicallyImmobilizedSingleStrandedOligonucleotideOnPraseodymiumOxideNanoparticleAsNon-labeledDNASensorProbeUsingImpedance,S.Shrestha,C.M.Y.Yeung,C.EMills,J.Lewington,andS.C.Tsang,Angew.Chem.Int.Ed.,2007,46,3855-3859.

19.SynthesisandFabricationofAThinFilmContainingSilicaEncapsulatedFace-CenteredTetragonalFePtNanoparticles,ChihHaoYu,NickCailuo,ChesterC.H.Lo,KinTam,andShikChiTsang,AdvancedMaterials,(2006),18(17)2312-2314.

20.EngineeringPtinCeriaforaMaximumMetal-SupportInteractioninCatalysis,C.M.Y.Yeung,K.M.K.Yu,Q.J.Fu,D.Thompsett,M.I.Petch,S.C.Tsang,JournaloftheAmericanChemicalSociety(2005),127(51)18010-18011.(highlightedbyScience,(2005)310,Issue5756,23Dec.)

21.MagneticallySeparable,Carbon-SupportedNanocatalystsfortheManufactureofFineChemicals,S.C.Tsang,V.Caps,I.Paraskevas,D.Chadwick,D.Thompsett,Angew.Chem.Int.Ed.(2004),43(42)5645-5649.

22.ASimpleMethodofOpeningandFillingCarbonNanotubes,S.C.Tsang,Y.K.Chen,P.J.F.HarrisandM.L.H.Green,Nature,1994,372,159-162.

23.Thinningandopeningofcarbonnanotubesbyoxidationusingcarbondioxide,S.C.Tsang,P.J.F.Harris,M.L.H.Green,Nature,1993,362,520-522.
获奖与荣誉