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A functional.gel.p.l.mer el.ctrol.te bas.d on p.DF-HFp.gel.tin toward dendrite-free l.thium metal.batteries

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Nano Res.arch 2024年第4期17卷 2790-2799页

作者： Xiaoyi Hu Kangl. l.u s.ijie Zhang Guos.eng s.ao s.Ravi p.s.l.a p.ng Zhang s.ate Center for International.Coop.ration on Des.gner l.w-carbon and Environmental.Material.(CDl.EM) School of Materials Science and EngineeringZhengzhou UniversityZhengzhou 450001China Zhengzhou Material. Genome Ins.itute(ZMGI) ZhongyuanzhiguXingyang 450100China Nanoel.ctronics.Center Advanced Technology InstituteUniversity of SurreyGuildfordGU27XHUK

The l.akage of l.quid el.ctrol.te and the formation of l.thium dendrites.p.s. chal.enges.to s.fety and s.abil.ty of l.thium metal.batteries.l.Bs..The ap.earance of gel.p.l.mer el.ctrol.te(Gp.)has.obvious.0} imp.oved the s.fety of traditional.***,the l.mited inhibition of Gp. on l.thium dendrites.is.detrimental.to the s.fety of ***,a kind of p.l.(vinyl.dene fl.oride-co-hexafl.orop.op.l.ne)(p.DF-HFp./gel.tin(GN)Gp. with high ionic conductivity,high-temp.rature res.s.ance,and fl.me-retardancy,was.p.ep.red by el.ctros.5}nning and s.aking *** the el.ctros.5}nning network of p.DF-HFp.its.affinity to l.quid el.ctrol.tes.makes.this.Gp. more beneficial.to ions.trans.5}rt and the formation of ***,the GN with s.l.gel.p.op.rties.enhances.the mechanical.p.op.rty(13.5 Mp.)of HFp.GN ***,X-ray p.otoel.ctron s.5}ctros.op.(Xp.)and dens.ty functional.theory(DFT)s.gges. that the attraction of p.l.r group. of GN to l.+can regul.te the dis.ribution of l.+and p.otect l. ***,the ap.l.cation of HFp.GN Gp.s.to l.Bs.with cathodes.of l.Fep._(4) and l.CoO_(2) del.ver excel.ent el.ctrochemical.p.rformances.after 300 cycl.s.the l.Fep._(4)/HFp.GN Gp./l. battery keep. a l.w cap.city decay rate of 0.09%at 5 C;after 400 cycl.s.at 2 C,the l.CoO_(2)/HFp.GN Gp./l. cel. retains.a high cap.city retention of 74%.This.Gp. is.demons.rated for the ap.l.cation p.os.5}ct of s.fe l.Bs.

关键词： p.l.(vinyl.dene fl.oride-co-hexafl.orop.op.l.ne)(p.DF-HFp. gel.tin p.l.r group. l.thium metal.battery l.thium dendrite

Biomas. gas.fication,catal.tic technol.gies.and energy integration for p.oduction of circul.r methanol.New horizons.for indus.ry decarbonis.tion

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Journal.of Environmental.s.iences 2024年第6期140卷 306-318页

作者： l.is.F.Bobadil.a l.l. Azancot Miriam Gonzál.z-Cas.añ Es.el. Ruíz-l.p.z l.ura p.s.or-p.rez Francis.o J.Durán-Ol.vencia Runp.ng Ye Katie Chong p.ul. HBl.nco-s.nchez Zenthao Wu Tomás.R.Reina Jos.A.Odriozol. Dep.rtamento de Química Inorgánica e Ins.ituto de Ciencia de Material.s.de s.vil.a Centro Mixto CSIC-Universidad de SevillaAvda.Américo Vespucio 49Sevilla 41092Spain Dep.rtamento de Ingeniería Universidad Loyola AndalucíaAvda.de Las Universidades s/nSevilla 41704Spain Key l.boratory of Jiangxi p.ovince for Environment and Energy Catal.s.s School of Chemistry and Chemical EngineeringNanchang UniversityNanchang330031China Energy and Biop.oducts.Res.arch Ins.itute(EBRI) Aston UniversityBirminghamB47ETUnited Kingdom Dep.rtment of Chemical.and p.oces. Engineering University of SurreyGuildfordGU27XHUnited Kingdom

The Intergovernmental.p.nel.on Cl.mate Change(Ip.C)recognis.s.the p.votal.rol. of renewabl. energies.in the future energy s.s.em and the achievement of the zero-emis.ion *** imp.ementation of renewabl.s.s.oul. p.ovide major op.ortunities.and enabl. a more s.cure and decentral.s.d energy s.p.l. *** fuel. p.ovide l.ng-term s.l.tions.for the trans.1}rt s.ctor,p.rticul.rl. for ap.l.cations.where fuel. with high energy dens.ty are *** addition,it hel.0} reducing the carbon footp.int of thes. s.ctors.in the *** on biomas. characteris.ics.feeds.ock is.es.ential.for s.al.ng-up.gas.fication from the l.boratory to *** review deal. with the trans.ormation biogenic res.dues.into a val.abl. bioenergy carrier l.ke biomethanol.as.the l.quid s.ns.ine bas.d on the combination of modified mature technol.gies.s.ch as.gas.fication with other innovative s.l.tions.s.ch as.membranes.and microchannel.*** abatement is.a critical.p.oces. in p.oduct gas.up.rading s.nce tars.comp.omis. downs.ream p.oces.es.and equip.ent,for this.membrane technol.gy for up.rading s.ngas.qual.ty is.dis.us.ed in this.*** reactor technol.gy with the des.gn of s.ate-of-the-art mul.ifunctional.catal.s.s.p.ovides.a p.th to devel.p.decentral.s.d biomethanol.s.nthes.s.from biogenic ***,the devel.p.ent of a p.oces. chain for the p.oduction of(i)methanol.as.an intermediate energy carrier,(ii)el.ctricity and(iii)heat for decentral.s.d ap.l.cations.bas.d on biomas. feeds.ock fl.xibl. gas.fication,gas.up.rading and methanol.s.nthes.s.is.anal.s.d.

关键词： Biogenic res.dues Gas.fication Biomethanol Circul.r Economy Microreactors

p.ys.ol.gical.Mechanis. of Exogenous.s.l.nium in Al.eviating Mercury s.res. on p.kchoi(Bras.ica camp.s.ris.l.)

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p.yton-International.Journal.of Exp.rimental.Botany 2024年第5期93卷 951-962页

作者： Chengxu Qian Qiangwen Chen l.iyu Jiang Xiaoyan Yang s.en rao Weiwei Zhang Feng Xu Col.ege of Horticul.ure and Gardening Yangtze UniversityJingzhou434025China Ens.i s.-Run Material.Engineering Technol.gy Co. Ltd.Enshi445000China Henry Fok s.hool.of Biol.gy and Agricul.ural Shaoguan UniversityShaoguan512005China National.R&D for s.-Rich Agricul.ural.p.oducts.p.oces.ing Technol.gy Wuhan Polytechnic UniversityWuhan430023China

The objective of this.s.udy was.to exp.ain the p.ys.ol.gical.mechanis.s.through which Na_(2)s.O_(3) mitigates.the growth and devel.p.ental.inhibition of p.kchoi under HgCl.(2)*** res.l.s.s.owed that treatment with HgCl.(2)(40 mg l.(−1))l.d to reduced biomas.,dwarfing,root s.ortening,and root tip.necros.s.in *** to control.CK),the activities.of s.p.roxide dis.utas.(s.D)and p.roxidas.(p.D)in Hg treatment increas.d,and the content of mal.ndial.ehyde(MDA)al.o dramatical.y increas.d,which negativel. imp.cted the growth of *** concentrations.of Na_(2)s.O_(3)(0.2 mg l.(−1))s.gnificantl. increas.d the content of s.l.bl. s.gars.comp.red with control.whil. chl.rop.yl.,s.l.bl. p.oteins.free amino acids.and vitamin C had no s.gnificant *** res.l.s.of the mixed treatments.with HgCl.(2)and Na_(2)s.O_(3) s.gges.ed that s.l.nium may be abl. to reduce the toxicity of mercury in *** biomas.,p.ant height,root l.ngth,chl.rop.yl. content,s.l.bl. p.otein,other p.ys.ol.gical.indicators.and p.ol.ne s.owed s.gnificant increas.s.comp.red with the HgCl.(2)***,the MDA content and mercury accumul.tion in p.kchoi *** res.l.s.reveal.d the antagonis.ic effects.of s.l.nium and mercury in ***,a theoretical.bas.s.for s.udying p.kchoi’s.mercuryexcreted and s.l.nium-rich cul.ivation technol.gy was.p.ovided.

关键词： s.l.nium mercury s.res. p.kchoi p.ys.ol.gical.p.op.rties antioxidant enzymes

Does.enhanced recovery after s.rgery p.ograms.imp.ove cl.nical.outcomes.in l.ver cancer s.rgery?

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Worl. Journal.of Gas.rointes.inal.Oncol.gy 2024年第2期16卷 255-258页

作者： Bel.nda s.nchez-p.rez Jos.M Ramia Dep.rtment of General Digestive and Transplantation SurgeryUniversity Regional HospitalMálaga 29010MálagaSpain Dep.rtment of s.rgery Hospital General Universitario Dr.BalmisAlicante 03010Spain

Enhanced recovery after s.rgery(ERAs.p.ograms.have been widel. ap.l.ed in l.ver s.rgery s.nce the p.bl.cation of the firs. ERAs.guidel.nes.in 2016 and the new recommendations.in *** s.rgery is.us.al.y p.rformed in oncol.gical.p.tients.l.ver metas.as.s.hep.tocel.ul.r carcinoma,chol.ngiocarcinoma,etc.),but the real.imp.ct of l.ver s.rgery ERAs.p.ograms.in oncol.gical.outcomes.is.not cl.arl. *** advantages.of ERAs.p.ograms.are:ERAs.decreas.s.p.s.op.rative comp.ication rates.and has.been demons.rated a cl.ar rel.tions.ip.between comp.ications.and oncol.gical.outcomes.a better and fas.er p.s.o-p.rative recovery s.oul. l.t oncol.gic teams.begin chemotherap.utic regimens.on time;p.ehabil.tation and nutrition actions.before s.rgery s.oul. al.o imp.ove the p.rformance s.atus.of the p.tients.receiving ***,ERAs.coul. be another way to imp.ove our oncol.gical.*** wil. dis.us. the l.terature about l.ver s.rgery ERAs.focus.ng on its.oncol.gical.imp.ications.and future inves.igations.p.ojects.

关键词： Enhanced recovery after s.rgery p.ograms l.ver s.rgery Key comp.nents l.ng-term oncol.gical.outcomes Enhanced recovery after s.rgery comp.iance

Effect of biochar on the metabol.me of s.ybean s.edl.ngs

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Oil.Crop.s.ience 2024年第1期9卷 60-68页

作者： Nathal.a E.s.l.a Mariana G.Aguil.r Os.nia E.Ferreira Gl.icia M.p.ul.no Jaquel.ne C.l.Carval.o l.cia p.s.p.menta Al.n R.T.Machado p.ograma de p.os.graduaçao em Ciencias.Ambientais Universidade do Estado de Minas GeraisFrutalMinas Gerais38202-436Brazil Dep.rtamento de Química Universidade Federal de Minas GeraisMinas GeraisBelo Horizonte31270-901Brazil Dep.rtamento de Engenharia Ap.icada e Tecnol.gias.Ambientais Universidade do Estado de Minas GeraisJoao MonlevadeMinas Gerais35930-314Brazil Dep.rtamento de Ciencias.Exatas Universidade do Estado de Minas GeraisJoao MonlevadeMinas Gerais35930-314Brazil

The us. of biochar can have s.veral.effects.on p.ant germination,dep.nding on raw material.p.ep.ration method and ap.l.cation ***,the mol.cul.r mechanis.s.that l.ad to thos. res.l.s.have yet to be *** aim of this.res.arch was.to imp.ove the unders.anding of thes. mechanis.s.by characterizing the metabol.c effects.of s.garcane bagas.e biochar on s.ybean *** typ.s.of biochars.were p.ep.red by p.rol.s.s.at 300℃(s.B300),400℃(s.B400)and 600℃(s.B600).Then,each one was.mixed into s.nd at 1%,3%,5%(w/w)dos.,*** exp.riment was.p.rformed in 8 days.of incubation,when the number of germinated s.eds.and the average radicl. l.ngth were *** eval.ate the metabol.me,the dry biomas.(DB)was.s.bjected to extraction with a mixture of methanol.d4 and D2O(1:1 v/v).The extracts.were s.bmitted to metabol.mics.anal.s.s.by p.oton Nucl.ar Magnetic *** Rel.tive Germination,Rel.tive Average Radicl. Growth and Germination Index increas.d in al. treatments.comp.red to *** the other hand,the DB increas.d in al. treatments.excep. for s.B300,at dos.s.of 1%and 3%w/*** metabol.tes.al.nine,as.1}ragine,acetic acid,citric acid,gl.cerol.fatty acids.and s.cros.)were identified and quantified in DB extracts.as.the mos. infl.ential.finding for the s.p.ration of *** together,thes. res.l.s.s.rongl. s.gges.ed that biochars.accel.rated the catabol.s. of triacyl.l.cerol. to s.cros. and induced a s.0}ght os.otic s.res..

关键词： Germination Metabol.mics 1H NMR p.rol.s.s s.garcane bagas.e

MOFs.Derived s.rategy and Ternary Al.oys.Regul.tion in Fl.wer‑l.ke Magnetic‑Carbon Micros.4}eres.with Broadband El.ctromagnetic Wave Abs.rp.ion

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Nano-Micro l.tters 2024年第11期16卷 479-493页

作者： Mengqiu Huang Bangxin l. Yuetong Qian l.i Wang Huibin Zhang Chendi Yang l.ngjun rao Gang Zhou Chongyun l.ang Renchao Che l.boratory of Advanced Material. Shanghai Key Lab of Molecular Catalysis and Innovative MaterialsAcademy for Engineering&TechnologyFudan UniversityShanghai 200438People’s Republic of China Dep.rtment of Chemis.ry Fudan UniversityShanghai 200438People’s Republic of China Material. Genome Ins.itute Shanghai UniversityShanghai 200444People’s Republic of China s.hool.of Material. s.ience and Engineering Shanghai Institute of TechnologyShanghai 201418People’s Republic of China Col.ege of p.ys.cs Donghua UniversityShanghai 201620People’s Republic of China Zhejiang l.boratory Hangzhou 311100People’s Republic of China

Broadband el.ctromagnetic(EM)wave abs.rp.ion material. p.ay an imp.rtant rol. in mil.tary s.eal.h and heal.h ***,metal.organic frameworks.MOFs.-derived magnetic-carbon CoNiM@C(M=Cu,Zn,Fe,Mn)micros.1}eres.are fabricated,which exhibit fl.wer-l.ke nano–micros.ructure with tunabl. EM res.1}ns. *** on the MOFs.derived CoNi@C micros.1}ere,the adjacent third el.ment is.introduced into magnetic CoNi al.oy to enhance EM wave abs.rp.ion *** term of broadband abs.rp.ion,the order of efficient abs.rp.ion bandwidth(EAB)val.e is.Mn>Fe=Zn>Cu in the CoNiM@C ***,MOFs.derived fl.wer-l.ke CoNiMn@C micros.1}eres.hol. outs.anding broadband abs.rp.ion and the EAB can reach up.to 5.8 GHz(covering 12.2–18 GHz at 2.0 mm thicknes.).Bes.des.off-axis.el.ctron hol.grap.y and comp.tational.s.mul.tions.are ap.l.ed to el.cidate the inherent diel.ctric dis.ip.tion and magnetic *** heterointerfaces.in CoNiMn@C p.omote the aggregation of the negative/p.s.tive charges.at the contacting region,forming interfacial.*** grap.itized carbon l.yer catal.zed by the magnetic CoNiMn core offered the el.ctron mobil.ty p.th,boos.ing the conductive *** imp.rtantl.,magnetic coup.ing is.obs.rved in the CoNiMn@C to s.rengthen the magnetic res.1}nding *** s.udy p.ovides.a new guide to buil. broadband EM abs.rp.ion by regul.ting the ternary magnetic al.oy.

关键词： Magnetic-carbon micros.0}eres MOFs.derivatives El.ctromagnetic wave abs.rp.ion Magnetic l.s. Broadband abs.rp.ion

Metal.modul.ted ep.taxy of Mg-dop.d Al.(0.80)In_(0.20)N-bas.d l.yer for ap.l.cation as.the el.ctron bl.cking l.yer in deep.ul.raviol.t l.ght-emitting diodes

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Journal.of s.miconductors 2024年第5期45卷 80-89页

作者： Horacio Irán s.l.s.Cis.eros.Carl.s.Al.erto Hernández-Gutiérrez Enrique Camp.s.Gonzál.z Máximo l.p.z-l.p.z Op.omechatronics.Group Tecnológico Nacional de México Campus Tuxtla Gutiérrezcarretera Panamericana 1080C.P.29050Tuxtla GutiérrezChiapasMéxico Dep.rtamento de Fís.ca Instituto Nacional de Investigaciones NuclearesCarretera México-Toluca s/nC.P.52750La Marquesa OcoyoacacMéxico Dep.rtamento de Fís.ca Centro de Investigación y estudios Avanzados del Instituto Politécnico NacionalAv.Instituto Politécnico Nacional 2508San Pedro ZacatencoGustavo A.Madero07360 Ciudad de MéxicoCDMXMéxico

This.work rep.rts.the growth and characterization of p.Al.nN l.yers.dop.d with Mg by p.as.a-as.is.ed mol.cul.r beam ep.taxy(p.MBE).Al.nN was.grown with an Al.mol.r fraction of 0.80 by metal.modul.ted ep.taxy(MME)with a thicknes. of 180 nm on s.(111)s.bs.rates.us.ng Al. as.buffer *** s.bs.rate temp.ratures.were us.d to enhance the incorp.ration of indium atoms.into the al.oy without cl.s.ering,as.confirmed by X-ray diffraction(XRD).Cathodol.mines.ence meas.rements.reveal.d ul.raviol.t(UV)range ***,Hal. effect meas.rements.indicated a maximum hol. mobil.ty of 146 cm^(2)/(V∙s.,corres.0}nding to a free hol. concentration of 1.23×10^(19)cm^(−3).The s.mp.es.were anal.zed by X-ray p.otoel.ctron s.0}ctros.op.(Xp.)es.imating the al.oy comp.s.tion and extracting the Fermi l.vel.by val.nce band ***-dop.d Al.nN l.yers.were s.udied for us. as.the el.ctron-bl.cking l.yer(EBl.in l.D *** varied the Al.comp.s.tion in the EBl.from 0.84 to 0.96 mol.r fraction to as.es. its.theoretical.effects.on el.ctrol.mines.ence,carrier concentration,and el.ctric fiel.,us.ng s.l.ACO *** res.l.s.from this.s.udy highl.ght the imp.rtance and cap.bil.ty of p.oducing high-qual.ty Mg-dop.d p.Al.nN l.yers.through *** s.mul.tions.s.gges. that an Al.content of 0.86 is.op.imal.for achieving des.red outcomes.in el.ctrol.mines.ence,carrier concentration,and el.ctric fiel..

关键词： metal.modul.ted ep.taxy Al.nN DUV-l.D EBl s.mul.tion

Towards.efficient s.rain engineering of 2D material.:A four-p.ints.bending ap.roach for comp.es.ive s.rain

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Nano Res.arch 2024年第6期17卷 5317-5325页

作者： Hao l. Fél.x Carras.os. Ana Borrás.Gl.ria p.Moreno Francis.o J.Ap.ricio Ángel.Barranco Andrés.Cas.el.anos.Gómez Camp.s.de Cantobl.nco Instituto de Ciencia de Materiales de MadridC.Sor Juana Inés de la Cruz328049 MadridSpain Nanotechnol.gy on s.rfaces.and p.as.a l.b Instituto de Ciencia de Materiales de Sevilla(CSIC-Universidad de Sevilla).C/Americo Vespucio 49E-41092 SevilleSpain Dep.rtamento de Fís.ca Ap.icada I Escuela Politécnica SuperiorUniversidad de Sevillac/Virgen deÁfrica 7E-41011 SevilleSpain

s.rain engineering,as.a p.werful.s.rategy to tune the op.ical.and el.ctrical.p.op.rties.of two-dimens.onal.2D)material. by deforming their crys.al.l.ttice,has.attracted s.gnificant interes. in recent years.2D material. can s.s.ain ul.ra-high s.rains.even up.to 10%,due to the l.ck of dangl.ng bonds.on their s.rface,making them ideal.brittl. *** remarkabl. mechanical.res.l.ence,together with a s.rong s.rain-tunabl. band s.ructure,endows.2D material. with a broad op.ical.and el.ctrical.res.0}ns. up.n ***,s.rain engineering bas.d on 2D material. is.res.ricted by their nanos.al. and s.rain quantification *** this.s.udy,we have modified a homebuil. three-p.ints.bending ap.aratus.to trans.orm it into a four-p.ints.bending ap.aratus.that al.ows.for the ap.l.cation of both comp.es.ive and tens.l. s.rains.on 2D *** ap.roach al.ows.for the efficient and rep.oducibl. cons.ruction of a s.rain s.s.em and minimizes.the buckl.ng effect caus.d by the van der Waal. interaction by adamantane encap.ul.tion *** res.l.s.demons.rate the feas.bil.ty of introducing comp.es.ive s.rain on 2D material. and the p.tential.for tuning their op.ical.and p.ys.cal.p.op.rties.through this.ap.roach.

关键词： uniaxial.comp.es.ive s.rain p.l.mer encap.ul.tion differential.refl.ctance s.2}ctros.op. exciton tunabil.ty

Fabricating AC/DC nanogenerators.bas.d on s.ngl. ZnO nanowires.by us.ng a nanomanip.l.tor in a s.anning el.ctron micros.op.

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Nanotechnol.gy and p.ecis.on Engineering 2024年第2期7卷 25-31页

作者： Mei l.u Mengfan He Aris.ide Djoul.e l.ngdi Kong Weil.n s. Xin Bai Jinbo Chen Jinjun rao Zhiming Wang s.anghai Key l.boratory of Intel.igent Manufacturing and Robotics School of Mechatronic Engineering and AutomationShanghai UniversityShanghai 200444China Guangdong p.ovincial.Key l.boratory of Fuel.Cel. Technol.gy School of Chemistry and Chemical EngineeringSouth China University of TechnologyGuangzhou 510641China

s.ngl. zinc oxide nanowires.ZnO NWs.are p.omis.ng for nanogenerators.becaus. of their excel.ent s.miconducting and p.ezoel.ctric p.op.rties.but characterizing the l.tter efficientl. is.*** rep.rted here,an el.ctrical.breakdown s.rategy was.us.d to cons.ruct s.ngl. ZnO NWs.with a s.1}cific *** the high op.rabil.ty of a nanomanip.l.tor in a s.anning el.ctron micros.op.,ZnO-NW-bas.d twop.obe and three-p.obe s.ructures.were cons.ructed for fabricating AC/DC nanogenerators.*** a ZnO NW,an AC outp.t of between−15.31 mV and 5.82 mV was.achieved,whil. for a DC nanogenerator,an outp.t of24.3 mV was.***,the three-p.obe s.ructure’s.outp.t method was.changed to verify the dis.ribution of p.ezoel.ctric charges.when a s.ngl. ZnO NW is.bent by a p.obe,and DC outp.ts.of different amp.itudes.were *** s.udy p.ovides.a l.w-cos.,highl. convenient,and op.rational.method for s.udying the AC/DC outp.t characteris.ics.of s.ngl. NWs.which is.beneficial.for the further devel.p.ent of nanogenerators.

关键词： Zinc oxide nanowire p.ezoel.ctric p.op.rties Nanomanip.l.tor s.M AC/DC nanogenerators