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r.p.d Fabr.cation of CdS Nanocr.stals with Well Mesop.r.us Str.ctur. Under.Ultr.sound Ir.adiation at r.om Temp.r.tur.

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Chemical r.sear.h in chinese Univer.ities 2012年第1期28卷 124-128页

作者： YU Chang-lin1, ZHOU Wan-qin2.3, YU Jim-my4. YANG Jian-gao5 and FAN Qi-zhe1 1. School of Metallur.y and Chemical Engineer.ng, 2. School of Infor.ation Engineer.ng, Jiangxi university of {2. and Technology, Ganzhou 34.000, p. r. china 3. Fujian p.ovincial Key Labor.tor. of p.otocatalysis-State Key Labor.tor. Br.eding Base, Fuzhou university, Fuzhou 350002. p. r. china 4. department of chemistry, Center.of novel functional molecules, and environmental science programme,{12., shatin, new territories, hong kong, p. r. china 5. Engineer.ng r.sear.h Center.of High-efficiency Develop.ent and Ap.lication Technology of Tungsten r.sour.es, Ministr. of Education, Jiangxi university of {2. and Technology, Ganzhou 34.000, p. r. china Jiangxi Univ Sci & Technol Sch Met & Chem Engn Ganzhou 341000 Peoples R China Jiangxi Univ Sci & Technol Sch Informat Engn Ganzhou 341000 Peoples R China Fuzhou Univ Fujian Prov Key Lab Photocatalysis State Key Lab Breeding Base Fuzhou 350002 Peoples R China chinese Univ hong kong Dept Chem Ctr Novel Funct Mol Shatin Hong Kong Peoples R China chinese Univ hong kong Environm Sci Programme Shatin Hong Kong Peoples R China Jiangxi Univ Sci & Technol Minist Educ Engn Res Ctr High Efficiency Dev & Applicat Techn Ganzhou 341000 Peoples R China

Sp.er.-like mesop.r.us CdS nanocr.stals with high cr.stallinity and big sur.ace ar.a wer. successfully fabr.cated by ultr.sound ir.adiation at r.om temp.r.tur.. The as-synthesized CdS with and without ultr.sound ir.a diation was investigated by the char.cter.zations of X-r.y diffr.ction（Xr.）, scanning electr.n micr.scop.（SEM）, tr.nsmission electr.n micr.scop.（TEM）, and Br.nauer.Emmett-Teller.BET） sur.ace ar.as. The p.otocatalytic acti vity of the CdS was evaluated by p.otocatalytic degr.dation of methyl or.nge under.visible light（λ〉4.0 nm） ir.adia tion. A p.ssible mechanism for.the for.ation of the CdS nanocr.stals with mesop.r.us str.ctur. under.ultr.sound ir.adiation was p.op.sed. The r.sults show that both the temp.ate r.le of the tr.block cop.lymer.of p.2. and the effect of ultr.sound-induced aggr.gation ar. mainly r.sp.nsible for.the for.ation of mesop.r.us str.ctur.. On the other.hand, the ener.y gener.ted fr.m acoustic cavitation can effectively acceler.te the cr.stallization p.ocess of the amor.0}ous CdS.

关键词： CdS Cr.stallinity Mesop.r.us str.ctur. Ultr.sound-induced aggr.gation

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Char.cter.stics of the micr.bial communities in the integr.ted ver.ical-flow constr.cted wetlands

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Jour.al of environmental sciences 2009年第9期21卷 1261-1267页

作者： ZHOU Qiaohong,HE Feng,Zhang Lip.ng,WANG Yanfen,WU Zhenbin State Key Labor.tor. of Fr.shwater.Ecology and Biotechnology,Institute of Hydr.biology,chinese Academy of {2.s,Wuhan 4.0072.china {4. of Biology and chemistry,City university of hong kong [a]State Key Labor.tor. of Fr.shwater.Ecology and Biotechnology Institute of Hydrobiology Chinese Academy of Sciences Wuhan 430072 China

Micr.or.anisms p.ay an imp.r.ant r.le in r.moving p.llutants fr.m constr.cted wetlands. We investigated the micr.bial char.cter.stics in a novel integr.ted ver.ical-flow constr.cted wetland （IVCW）, which has been in op.r.tion in Wuhan, china since 1998. We used p.osp.olip.d fatty acid （p.FA） and amoA gene to analyze the str.ctur. and diver.ity of the micr.bial community within the IVCW. p.FA r.sults suggested that the amount of bacter.al p.FA was significantly higher.than that of fungal p.FA, but the total micr.bial biomass r.p.esented by p.FA index was low in the system. Micr.bial sp.tial distr.bution showed significantly higher.bacter.al （both G^＋ and G^-） and fungal biomass in the sur.ace than in the subsur.ace layer.. The r.tios of monounsatur.ted to br.nched p.FA demonstr.ted that an anaer.bic layer.sandwiched by two aer.bic layer. existed in the IVCW, consistent with the r.dox p.tential r.sults. Analysis of the amoA r.vealed the p.esence of Nitr.somonas-like sequences in the sur.ace substr.te of the downflow chamber.and ap.ar.nt diver.ities of ammonia-oxidizing bacter.a in the system. These r.sults suggest that micr.or.anisms, desp.te their.r.latively low biomass, have inhabited the IVCW, and the r.sults will offer.some valuable infor.ation on micr.be to system designer. and manager..

关键词： ammonia-oxidizing bacter.a constr.cted wetland micr.bial community p.FA

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生物质多环碳氢高密度航空燃料合成

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化学进展 2024年第3期36卷 448-462页

作者：孔冲亚谭芳芳王一卓王洪李占超四川轻化工大学化学与环境工程学院自贡643000 绿色催化四川省高校重点实验室自贡643000 精细化工助剂及表面活性剂四川省高校重点实验室自贡643000 渭南师范学院化学与材料学院渭南714099 西安交通大学前沿科学技术研究院西安710054 西安交通大学动力工程多相流国家重点实验室西安710054

高密度航空燃料是一类为提高航空航天飞行器的飞行性能而人工合成的液体碳氢化合物。与常规燃料相比,它具有高密度和高体积燃烧热值等优点,能有效提高飞行器的航程、航速、载荷等飞行性能。随着全球化石资源的日益减少和生态环境的持续... 详细信息

高密度航空燃料是一类为提高航空航天飞行器的飞行性能而人工合成的液体碳氢化合物。与常规燃料相比,它具有高密度和高体积燃烧热值等优点,能有效提高飞行器的航程、航速、载荷等飞行性能。随着全球化石资源的日益减少和生态环境的持续恶化,以生物质为原料合成高密度航空燃料成为研究热点。本文综述了近年来由生物质平台分子及其衍生物合成多环碳氢高密度航空燃料的研究进展,主要介绍了高密度燃料合成中常见的构筑多环结构的C-C键偶联方法,包括羟醛缩合反应、烷基化反应、羟醛缩合-氢化脱氧-分子内烷基化反应、Diels-Alder.应、光照2.2.加成反应、重排反应;讨论了催化剂对C-C键偶联反应的影响因素;总结了大量的多环碳氢高密度航空燃料的性能,讨论了分子结构和组成对燃料性能的影响,取代基的适当引入、多组分燃料的形成是提高燃料综合性能的主要方法,以平台分子合成石油基型高密度燃料也是提高生物质高密度航空燃料综合性能的一种策略;最后,展望了生物质多环碳氢高密度航空燃料合成的新趋势。

关键词：高密度航空燃料多环结构平台分子 C-C键偶联性能

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Insights into p.otocatalytic mechanism over.a novel Cu_(2.WS_(4./MoS_(2. S-scheme heter.junction

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r.r. Metals 2024年第7期43卷 3118-3133页

作者： Wei Zhao Ji-Hui Cao Jun-Jie Liao Yun Liu Xiao-Jun Zeng Jun-Yu Shen Xue-Kun hong Yang Guo He-Hua Zeng Ya-Zi Liu School of Mater.als Engineer.ng Jiangsu Key Laboratory of Advanced Functional MaterialsSchool of Electronic and Information EngineeringChangshu Institute of TechnologyChangshu215500China School of chemistry and Chemical Engineer.ng Changji UniversityChangji 831100China State environmental p.otection Key Labor.tor. of Soil environmental Management and p.llution Contr.l Ministry of Ecology and EnvironmentNanjing Institute of Environmental SciencesNanjing 210023China School of Envir.nment Jiangsu Engineering Lab of Water and Soil Eco-RemediationNanjing Normal UniversityNanjing 210023China department of Chemical Engineer.ng Curtin UniversityPerthWA6845Australia

A novel efficient Cu_(2.WS_(4./MoS_(2. step.scheme(S-scheme)heter.junction p.otocatalyst was constr.cted for.the fir.t time and ap.lied in the r.moval of {2. *** the as-p.ep.r.d p.otocatalysts,the Cu_(2.WS_(4./MoS_(2.-8%heter.junc tion p.otoc atalyst demonstr.tes the op.imal p.otocatalytic p.r.or.ance,with the catalytic oxidation efficiency of tetr.cycline(TC)and the catalytic r.duction efficiency of Cr.(6+)r.aching 93.3%and 82.1%,*** excellent catalytic p.op.r.ies of Cu_(2.WS_(4./MoS_(2. heter.junction p.otocatalysts ar. attr.buted to the effective sep.r.tion p.thways of char.es and the p.esence of S-scheme heter.junctions,together.with str.nger.r.dox *** is sp.culated that the p.otogener.ted car.ier.migr.tion p.th of the Cu_(2.WS_(4./MoS_(2. catalyst follows the typ.cal S-scheme p.otocatalytic mechanism,which is ver.fied by the in-dep.h exp.r.mental study and simulated calculations including the electr.n p.r.magnetic r.sonance(Ep.)analysis,fr.e r.dical quenching exp.r.ments,char.e density distr.bution,and simulated built-in electr.c field for.ation at the inter.ace,which acts as dr.ving for.e to p.omote the sep.r.tion of p.otoinduced electr.ns and ***,the p.otocatalytic mechanism of S-scheme p.otogener.ted car.ier.migr.tion for.the Cu_(2.WS_(4./MoS_(2. catalyst is r.vealed based on the systematic exp.r.mental techniques and simulated calculations,accounting for.its sup.r.or.p.otocatalytic oxidation and r.duction *** study p.ovides insp.r.ng imp.ications to develop.high-efficient S-scheme p.otocatalytic systems for.ver.atile ap.lications in solar.ner.y conver.ion.

关键词： Cu_(2.WS_(4./MoS_(2. S-scheme Heter.junction p.otocatalysis

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Na-MnO_(x) catalyzed aer.bic oxidative cleavage of biomass-der.ved 1,2.diols to synthesis medium-chain fur.nic chemicals

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Gr.en Ener.y & Envir.nment 2022年第5期7卷 957-964页

作者： Qing-Shan kong Xing-Long Li hong-Bo Shen Hua-Jian Xu Yao Fu Hefei National Labor.tor. for.p.ysical sciences at the Micr.scale iChEMCAS Key Laboratory of Urban Pollutant ConversionAnhui Province Key Laboratory of Biomass Clean EnergyInstitute of EnergyHefei Comprehensive National Science CenterDepartment of ChemistryUniversity of Science and Technology of ChinaHefei230026China School of Food and Biological Engineer.ng Hefei University of TechnologyHefei230031China Institute of Ener.y Hefei Comprehensive National Science CenterHefei230009China

Medium-chain fur.nic chemicals have outstanding p.actical p.tential,esp.cially in the ap.lication of p.ar.aceuticals and ***,we descr.be an eco-fr.endly and efficient heter.geneous sodium-dop.d p.r.us sodium manganese oxide catalyst(Na-MnO_(x)) for.oxidative cleavage of fur.nic 1,2.diols into medium-chain fur.nic aldehyde ***,var.ous high value-added chemicals(diacids and ester.,diols,hydr.xy acids,acr.lics) wer. synthesized based on the widely ap.licable and highly selective catalytic *** Na-MnO_(x) was p.ep.r.d by the cop.ecip.tation method and char.cter.zed by Xr.,SEM,Xp. and FT-Ir.and *** r.vealed that Mn sp.cies existed in the mixed oxidation states Mn~Ⅱ,Mn~Ⅲ and Mn~Ⅳ.When NaOH concentr.tion up.to 1.8 mol L^(-1) dur.ng the p.ep.r.tion p.ocess of the catalyst,the r.tio of Mn^(4.) in the catalyst was the highest,and the yield of p.oduct(Fur.n-2.acr.lein) in the model r.action is also ***,this p.otocol develop.d a novel and gener.l r.ute for.the p.ep.r.tion of medium-chain fur.nic comp.unds utilizing cellulose-der.ved p.atfor. {2..

关键词： fur.n oxidative catalyst

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Molecular.Confor.ational Isomer.zation:An Efficient Way to Design novel Emitter. with Dual-Ther.ally Activated Delayed Fluor.scence Char.cter.stics and Their.Op.oelectr.nic and Bioimaging Ap.lications

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CCS chemistry 2024年第4期6卷 912-922页

作者： Yi-Zhong Shi Ya-Fang Xiao Hao Wu Shao-Li Zhang Xiao-Chun Fan Ye Tian Chang-Qing Ye Kai Wang Jia Yu Chun-Sing Lee Xiao-hong Zhang School of Mater.als science and Engineer.ng Suzhou University of Science and TechnologySuzhou 215009 Institute of functional Nano and Soft Mater.als(FUNSOM) Joint International Research Laboratory of Carbon-Based Functional Materials and DevicesSoochow UniversitySuzhou 215123Jiangsu Center.of Sup.r.Diamond and Advanced Films(COSDAF) Department of ChemistryCity University of Hong KongHong Kong SAR School of Biomedical Engineer.ng The Second Affiliated HospitalGuangzhou Medical UniversityGuangzhou 510260 Jiangsu Key Labor.tor. for.Car.on-Based functional Mater.als and Devices Soochow UniversitySuzhou 215123Jiangsu Jiangsu Key Labor.tor. of Advanced Negative Car.on Technologies Soochow UniversitySuzhou 215123Jiangsu

Single-molecule luminop.or.s with dual-ther.ally activated delayed fluor.scence(TADF)p.op.r.ies ar. r.ceiving incr.asing ***,how to achieve these goals r.quir.s mor. in-dep.h ***,we demonstr.te a novel examp.e emitter.10-(5-(2.(p.r.din-3-yl)-[4.5′-bip.r.midin]-6-yl)p.r.din-2.yl)-10Hp.enoxazine(p.p.-p.Z),enabling dual-TADF p.op.r.ies due to its key featur. of confor.ational *** a p.r.dine br.dge can gr.atly r.duce the ster.c hindr.nce and facilitate dual-stable confor.ations in the gr.und state,wher. the quasi-axial(QA)for.s ***,unlike p.eviously r.p.r.ed TADF {2. with dual confir.ations,both theor.tical and exp.r.mental measur.ments show that not only the quasi-equator.al(QE)for.s but also the QA for.s exhibit distinct TADF char.cter.stics,which can be attr.buted to an additional higher.r.ver.e inter.ystem cr.ssing *** is the fir.t time that dual-TADF p.op.r.ies of single {2. have been achieved based on confor.ational *** ap.lications in“self-dop.ng”or.anic light-emitting diode and biomedical imaging have fur.her.been *** these r.sults show the good p.tential of such dual-band TADF emitter. based on molecular.confor.ational isomer.zation.

关键词： dual-ther.ally activated delayed fluor.scence confor.ational isomer.zation or.anic light-emitting diode biomedical imaging self-dop.ng

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p.ep.r.tion of Mg,N-co-dop.d lignin adsor.ents for.enhanced selectivity and high adsor.0}ion cap.city of As(Ⅴ) fr.m wastewater

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p.r.icuology 2021年第5期19卷 206-213页

作者： Xiaofeng Shi Junmao hong Chao Wang Sifang kong Junhua Li Duo p.n Jing Lin Qinglong Jiang Zhanhu Guo School of Envir.nment and Safety Engineer.ng Institute of Advanced Energy Materials and SystemsNorth University of ChinaTaiyuan 030051China School of Tr.ffic&Envir.nment Shenzhen Institute of Information TechnologyShenzhen 518172China School of chemistry and Chemical Engineer.ng Guangzhou UniversityGuangzhou 510006China Key Labor.tor. of Mater.als p.ocessing and Mold(Zhengzhou university) Ministry of EducationNational Engineering Research Center for Advanced Polymer Processing TechnologyZhengzhou UniversityZhengzhou 450001China Integr.ted Comp.sites Labor.tor.(ICL) Department of Chemical and Bimolecular EngineeringUniversity of TennesseeKnoxvilleTN 37996USA department of chemistry and p.ysics University of ArkansasPine BluffAR 71601USA

Among var.ous environmental p.oblems,water.p.llution has dr.wn mor. and mor. *** develop.an adsor.ent with enhanced selectivity and high cap.city for.As(V)oxyanion,a novel lignin-based adsor.ent was p.ep.r.d by dop.ng with N and modifying with Mg^(2.),using thiethylenetetr.mine(TETA)and MgCl_(2. as the sour.e of N and Mg^(2.),r.sp.ctively.N-dop.d lignin(NL)shows a high selectivity for.As(Ⅴ),which is fur.her.enhanced by modifying with Mg^(2.)(MNL).MNL shows an excellent *** adsor.1}ion isother.s and kinetics of MNL for.As(Ⅴ)follow Langmuir.isother.s model and p.eudo-second-or.er.kinetics model,*** adsor.1}ion of MNL for.As(Ⅴ)achieved a maximum adsor.1}ion cap.city of 687.{2. mg g^(−1) and the equilibr.um was established within 30 *** study offer. a novel idea on the r.cycle of the waste of p.p.r.industr. and p.ovides a new technology for.As(Ⅴ)adsor.1}ion fr.m wastewater.

关键词： Adsor.ents Dop.ng Heavy metals Adsor.0}ion Selectivity

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Constr.ction of a novel Ag/Ag_(3)p._(4./MIL-68(In)-NH_(2.p.asmonic heter.junction p.otocatalyst for.high-efficiency p.otocatalysis

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Jour.al of Mater.als science & Technology 2022年第6期101卷 37-48页

作者： Feihu Mu Benlin Dai Wei Zhao Shijian Zhou Haibao Huang Gang Yang Dehua Xia Yan kong Dennis Y.C Leung Jiangsu Key Labor.tor. for.chemistry of Low-Dimensional Mater.als School of Chemistry and Chemical EngineeringHuaiyin Normal UniversityHuaian 223300China State Key Labor.tor. of Mater.als-Or.ented Chemical Engineer.ng College of Chemical EngineeringNanjing Tech UniversityNanjing 210009China School of Mater.als Engineer.ng Changshu Institute of TechnologyChangshu 215500China department of Mechanical Engineer.ng The University of Hong KongHong Kong 999077China School of environmental science and Engineer.ng Sun Yat-Sen UniversityGuangzhou 510000China

To boost the visible light catalytic p.r.or.ance of typ.cal metal-or.anic fr.mewor.s(MOFs)mater.als(MIL-68(In)-NH_(2.),a novel stable Z-scheme Ag/Ag_(3)p._(4./MIL-68(In)-NH_(2.p.asmonic p.otocatalyst was constr.cted by electr.static attr.ction,co-p.ecip.tation r.action,and in-situ p.otor.duction r.action methods for.the fir.t *** p.otocatalytic activities of the p.otocatalysts ar. systematically exp.or.d by the p.otocatalytic degr.dation of bisp.enol A(Bp.)and r.duction of Cr.VI)under.visible ***/Ag_(3)p._(4./MIL-68(In)-NH_(2.disp.ays the best p.otocatalytic p.r.or.ance among the as-p.ep.r.d *** r.te constant of Bp. degr.dation on Ag/Ag_(3)p._(4./MIL-68(In)-NH_(2.is 0.09655 min^(-1),which is better.than many r.p.r.ed p.otocatalytic *** also achieved a maximum r.te constant of 0.02.74.in^(-1)for.Cr.VI)*** boosted p.otocatalytic p.r.or.ance is due to the imp.oved absor.0}ion caused by localized sur.ace p.asmon r.sonance(LSp.),effective inter.ace char.e tr.nsfer.and sep.r.tion,and mor. r.active sites p.ovided by the lar.e sp.cific sur.ace ***,the p.otocatalytic degr.dation p.thway of Bp. is concluded accor.ing to GC-MS ***,a mor. r.asonable Z-scheme mechanism is sp.culated and ver.fied thr.ugh a ser.es of char.cter.zations and simulations,such as timer.solved p.otoluminescence sp.ctr.scop.(Tr.0}),electr.n sp.n r.sonance(ESr.,and finite differ.nce time domain(FDTD)method.

关键词： p.otocatalysis Localized sur.ace p.asmon r.sonance Z-scheme MOFs Ag_(3)p._(4.

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p.ogr.ss in sonochemical fabr.cation of nanostr.ctur.d p.otocatalysts

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r.r. Metals 2016年第3期35卷 211-222页

作者： Chang-Lin Yu Jimmy C.Yu hong-Bo He Wan-Qin Zhou School of Metallur.y and Chemical Engineer.ng Jiangxi University of Science and Technology department of chemistry The Chinese University of Hong Kong State Key Labor.tor. of p.otocatalysis on Ener.y and Envir.nment Fuzhou University

In r.cent year.,nanostr.ctur.d p.otocatalysts have become the r.sear.h focus due to their.immense p.tential ap.lication in environmental p.r.fication and ener.y *** p.otocatalytic p.r.or.ance of p.otocatalysts is closely r.lated to their.synthesis ***-intensity ultr.sound ir.adiation could p.ovide a unique tool for.fabr.cation of p.otocatalysts with novel *** induces acoustic cavitation which gener.tes unique p.ysicochemical conditions,e.g.,hot sp.t（5000℃）,high p.essur. of 100 Mp.,fast r.te of heat conduction（〉〉1×10^10℃·s^-1）.These unique p.ysicochemical conditions allow for.the synthesis of var.ous nanostr.ctur.d *** r.view summar.zed the r.cent develop.ent in fabr.cation of p.otocatalysts with sp.cial nanostr.ctur.s and their.*** typ.cal sonochemical r.actor. and p.r.meter. in sonochemical synthesis ar. intr.duced and *** p.ep.r.d str.ctur.s including nano-/micr.sp.er.s,one-dimensional（1D） nanor.ds,two-dimensional（2.） nanosheets（nanoflakes,nanosquar.s）,noble metal nanop.r.icle（Np.-dep.sited and element-dop.d p.otocatalysts ar. descr.bed and *** is believed that sonication is a gr.en methodology,and it holds gr.atp.tential in the near.futur. for.nanostr.ctur.d p.otocatalyst fabr.cation.

关键词： Sonochemical r.actor.p.otocatalysts Nano-/micr.sp.er. One/two-dimensional nanostr.ctur. Ultr.sonic dep.sition and dop.ng p.llutant degr.dation

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Hole-Selective Contact with Molecular.y Tailor.ble r.activity for.p.ssivating High-p.r.or.ing Inver.ed p.r.vskite Solar.Cells

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CCS chemistry 2024年第7期6卷 1654-1661页

作者： Wenlin Jiang Yingie Hu Fengzhu Li Fr.ncis r.Lin Alex K-Y.Jen department of Mater.als science and Engineer.ng City University of Hong KongKowloonHong Kong China 999077 department of chemistry City University of Hong KongKowloonHong Kong China 999077 hong kong Institute for.Clean Ener.y City University of Hong KongKowloonHong Kong China 999077 State Key Labor.tor. of Mar.ne p.llution City University of Hong KongKowloonHong Kong China 999077

The p.ecisely customizable attr.butes of self-assembled monolayer.(SAMs)molecules at the atomic level hold the p.tential to facilitate efficient hole selection and inter.ace p.ssivation ***,the cor.elation between the exp.sur. of p.ssivating gr.up. on the sur.ace and device p.r.or.ance r.mains ***,we intr.duce two newly designed SAM molecules,Cbz2. and Cbz2.Me,incor.0}r.ting cyclic disulfide or.two flanking thiomethyls by modifying the 4.5-p.sition of car.azole to adjust the Lewis basicity of the SAM-modified *** p.ssessing suitable ener.etic alignment,Cbz2. with mor.-exp.sed sulfur.atoms exhibited infer.or.device p.r.or.ance due to excessive r.activity,leading to an over.0}p.lation of p.I2.cr.stallites at the bur.ed p.r.vskite *** contr.st,the scr.ening effect fr.m the methyl gr.up. of Cbz2.Me op.imized SAM r.activity,exquisitely integr.ting bur.ed inter.ace p.ssivation and hole selection ***,the champ.on inver.ed p.r.vskite solar.cell(p.C)emp.oying Cbz2.Me achieved an imp.essive p.wer.conver.ion efficiency of 2.3}4.%,accomp.nied by p.olonged *** wor. demonstr.tes the feasibility of incor.0}r.ting Lewis-basic p.ssivation gr.up. into SAM molecules and elucidates the r.lationship.between the r.activity of SAM p.ssivation gr.up. and device *** findings p.ovide valuable insights for.the design of {4. multifunctional SAM molecules,fur.her.advancing the p.r.or.ance of p.Cs.

关键词： self-assembled monolayer p.r.vskite solar.cell hole-selective layer car.azole der.vatives defect p.ssivation

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