Page 31 - 《华中农业大学学报（自然科学版）》2020年第5期

第 ５ 期 孙明禄 等: Bi 系光催化材料结构调控方法及其在环境能源领域的应用研究进展 ２ ５

[ ５８ ] DONGF , SUNY , HO W K , etal．Controlleds y nthesis , g rowth tureinterfacialchar g ese p aration [ J ] ．Chinese j ournalofcatal y Ｇ
mechanismandhi g hl y efficientsolar p hotocatal y sisofnitro g enＧ sis , ２０２０ , ４１ ( ４ ): ７１０Ｇ７１８．
do p edbismuthsubcarbonatehierarchicalnanosheetsarchitecＧ [ ６３ ] XIAO C , HU H , ZHANG X , etal．Nanostructuredg old / bisＧ
tures [ J ] ．Daltontransactions , ２０１２ , ４１ ( ２７ ): ８２７０Ｇ８２８４． mutiteh y bridheterocatal y stsforp lasmonＧenhancedp hotos y nＧ
２＋
[ ５９ ] DONGF , LIP , ZHONGJ , etal．SimultaneousPd do p in g and thesisofammonia [ J ] ．ACSsustainablechemistr y &en g ineerＧ
Pdmetalde p ositionon ( BiO ) ２ CO ３ micros p heresforenhanced in g , ２０１７ , ５ ( １１ ): １０８５８Ｇ１０８６３．
andstablevisibleli g ht p hotocatal y sis [ J ] ．A pp liedcatal y sisA : [ ６４ ] ZHAOZ , DAIW．Electronicstructureando p tical p ro p ertiesof
g eneral , ２０１６ , ５１０ : １６１Ｇ１７０． BiOIultrathinfilmsfor p hotocatal y ticwaters p littin g [ J ] ．InorＧ
[ ６０ ] FENGX , CUIW , ZHONGJ , etal．Enhancedvisibleli g ht p hoＧ g anicchemistr y , ２０１５ , ５４ ( ２２ ): １０７３２Ｇ１０７３７．
tocatal y ticactivit y ofBrＧdo p edbismuthoxideformatenanosheＧ [ ６５ ] LAKSHMANAR N , EMINS , VALANT M , etal．NanostrucＧ
ets [ J ] ．Molecules , ２０１５ , ２０ ( １０ ): １９１８９Ｇ１９２０２． turedBi ２O ３＠TiO ２p hotocatal y stforenhancedh y dro g enp roＧ
[ ６１ ] ZHAO Z , ZHANG W , SUN Y , etal．BiCocatal y st / Bi ２MoO ６ duction [ J ] ．International j ournalofh y dro g enener gy , ２０１７ , ４２
micros p heresnanoh y bridwithSPRＧ p romotedvisibleＧli g ht p hoＧ ( １０ ): ６６２７Ｇ６６３６．
tocatal y sis [ J ] ．The j ournalofp h y sicalchemistr yC , ２０１６ , １２０ [ ６６ ] WANGJ , ZHANG M , MENG J , etal．Sin g leＧandfewＧla y er
( ２２ ): １１８８９Ｇ１１８９８． BiOIasp romisin gp hotocatal y stsforsolarwaters p littin g [ J ] ．
[ ６２ ] CHEN R , WANG H , WU H , etal．SrTiO ３ ＧBiOIheterostrucＧ RSCadvances , ２０１７ , ７ ( ３９ ): ２４４４６Ｇ２４４５２．

StructurecontrolmethodsofBibasedp hotocatal y ticmaterialsandresearch

p ro g ressontheira pp licationinenvironmentalener gy field

１ ２ １ , ２
SUN Min g lu , LIJie y uan , DONGFan
１．Colle g eo fEnvironmentandResources , Chon gq in gTechnolo gyandBusinessUniversit y ,
Chon gq in g４０００６７ , China ;
２．Instituteo fFundamentalandFrontierSciences , Universit yo fElectronicScienceandTechnolo gy
o fChina , Chen g du６１１７３１ , China

Abstract Bismuth based p hotocatal y tic material , with the uni q uela y ered structure , suitable
,
band g a pandad j ustablevalenceandconductionbandp osition , isanewkindofuni q ue p hotocatal y sismaＧ
,
,
,
terialdevelo p edinrecent y ears．Becauseofitshi g hefficienc yinnocuit ycontrollablemor p holo gyithasa
widea pp licationp ros p ectinthefieldsofsolarener gy conversionandenvironmentalremediation．Inthis
p a p er , thet yp esofBibasedp hotocatal y ticmaterialsareintroduced．Thestructuralcontrolmethodssuch
asmor p holo gy controlandsurfacedefectintroduction , cr y stalfaceconstruction , surface p lasmamodificaＧ
tion , elementdo p in gandhetero j unctionconstructionares y stematicall y reviewed．Theenhancin gmechaＧ
nismof p hotocatal y tic p erformanceisanal y zed , andthea pp licationofBibased p hotocatal y ticmaterialsin
,
watertreatment , air p urification , nitro g enfixationandh y dro g enp roductionaresummarized．Finall ythe
challen g esinthisfieldarediscussed , andthefuturedevelo p mentofBibasedp hotocatal y ticmaterialsis
p ros p ected．
;
Ke y words bismuthbasedp hotocatal y ticmaterial ; hotocatal y sis ; structuralen g ineerin g p lasma ;
p
de p ollutionofenvironment ; ener gyconversion

( 责任编辑: 赵琳琳)