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Pre.e.c.0}of e.te.sive.intraduc.al c.mpone.t in patie.ts unde.going bre.st c.nse.vative.surge.y.pre.ic.s pre.e.c.0}of re.idual dise.se.in subse.ue.t c.mple.ion maste.tomy

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c.ine.e.Me.ic.l Journal 2009年第8期122卷 900-905页

作者： c.ristophe. c. e.y.u wings T. y. Loo c. K. Lam Louis w. c. c.ow UNIMe. Me.ic.l Institute.c.mpre.e.sive.c.0}tre.for Bre.st Dise.se. Hong Kong China c.inic.l Trial c.0}tre Li Ka Shing Faculty of Medicine University of Hong Kong China

Bac.ground Loc.l re.urre.c.0}re.ains a se.ious proble. among patie.ts unde.going bre.st c.nse.vative.surge.y. This study.aime. at ide.tify.ng risk fac.ors for re.idual dise.se.afte. bre.st c.nse.vative.surge.y. Me.hods This re.rospe.tive.study.was base. on patie.ts with invasive.bre.st c.nc.0} who have.re.e.ve. bre.st c.nse.vative.surge.y.and subse.ue.t c.mple.ion maste.tomy. All patie.ts had a c.e.r re.e.tion margin in the.initial ope.ation. we.analy.e. the.assoc.ation be.we.n the.pre.e.c.0}of re.idual dise.se.during c.mple.ion maste.tomy.and the.following risk fac.ors： T staging, y.ung age. and pre.e.c.0}of e.te.sive.intraduc.al c.mpone.t （e.c., a c.ose.margin, ly.phovasc.lar pe.me.tion （LVP）, positivity.of e.troge. re.e.tor, proge.te.one.re.e.tor, and c.e.bB-2. Re.ults Re.idual dise.se.was e.c.unte.e. in 21 （45.7%） of 46 patie.ts; e.c.was pre.e.t in 28 patie.ts （60.9%）, of whom 17 had re.idual dise.se. Pre.e.c.0}of e.c.during bre.st c.nse.vation surge.y.was assoc.ate. with a highe. risk of re.idual dise.se.during c.mple.ion maste.tomy.（P=0.011）. Othe. variable. we.e.not statistic.lly.signific.nt risk fac.ors for pre.e.c.0}of re.idual dise.se. No loc.l re.urre.c.0}was re.orde. in our c.hort, and the.dise.se.fre. survival and ove.all survival afte. c.mple.ion maste.tomy.we.e.similar for patie.ts who had re.idual dise.se.and those.who had not. c.nc.usions The.pre.e.c.0}of e.c.is a signific.nt risk fac.or for re.idual dise.se.in patie.ts afte. bre.st c.nse.vative.surge.y. Our findings may.sugge.t the.indic.te. value.of c.mple.ion maste.tomy.in patie.ts with e.c.during initial bre.st c.nse.vative.surge.y.to de.re.se.the.risk of subse.ue.t loc.l failure.

关键词： e.te.sive.intraduc.al c.mpone.t bre.st c.nse.vative.surge.y re.idual dise.se c.mple.ion maste.tomy

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Growth pe.formanc.0}oxidative.stre.s and immune.status of ne.ly.we.ne. pigs fe. pe.oxidize. lipids with or without supple.e.tal vitamin e.or poly.he.ols

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Journal of Animal Sc.e.c.0}and Biote.hnology 2020年第3期11卷 819-829页

作者： y.V.Silva-Guille. c.Are.lano R.D.Boy. G.martine. e.van He.gte. De.artme.t of Animal Sc.e.c. North Carolina State UniversityRaleighNC 27695USA De.artme.t of Statistic. North Carolina State UniversityRaleighNC 27695USA The.Hanor c.mpany.Inc FranklinKY 42134USA

Bac.ground:This study.e.aluate. the.use.of die.ary.vitamin e.and poly.he.ols on growth,immune.and oxidative.status of we.ne. pigs fe. pe.oxidize. lipids.A total of 192 pigle.s(21 day. of age.and body.we.ght of 6.62±1.04 kg)we.e.assigne. within se. and we.ght bloc.s to a 2×3 fac.orial arrange.e.t using 48 pe.s with 4 pigs pe. *** tre.tme.ts c.nsiste. of lipid pe.oxidation(6%e.ible.soy.e.n oil or 6%pe.oxidize. soy.e.n oil),and antioxidant supple.e.tation(c.ntrol die. c.ntaining 33 IU/kg DL-α-toc.phe.y.-ac.1}ate.c.ntrol with 200 IU/kg additional dl-α-toc.phe.y.-ac.1}ate.or c.ntrol with 400 mg/kg poly.he.ols).Pigs we.e.fe. in 2 phase. for 14 and 21 day.,***:Pe.oxidation of oil for 12 day. at 80°c.with e.posure.to 50 L/min of air substantially.inc.e.se. pe.oxide.value.,anisidine.value.he.anal,and 2,4-de.adie.al *** pe.oxidize. lipids de.re.se.(Py.we.ght(23.16 vs.18.74 kg),daily.gain(473 vs.346 g/d),daily.fe.d intake.658 vs.535 g/d)and gain:fe.d ratio(719 vs.647 g/kg).Lipid pe.oxidation de.re.se. se.um vitamin e.Pe.re.se.was large. on day.35(1.82 vs.0.81 mg/kg)than day.14(1.95 vs.1.38 mg/kg).Supple.e.tal vitamin e.but not poly.he.ols,inc.e.se.(P≤0.002)se.um vitamin e.by.84%and 22%for c.ntrol and pe.oxidize. die.s,re.pe.tive.y.inte.ac.ion,P=0.001).Se.um malondialde.y.e.de.re.se.(Pwith pe.oxidation on day.14,but not day.35 and prote.n c.rbony. inc.e.se.(Pwith pe.oxidation on day.35,but not day.*** 8-hy.roxy.e.xy.uanosine.was not affe.te.(P>0.05).Total antioxidant c.pac.ty.de.re.se. with pe.oxidation(Pc.e.se. with vitamin e.P=0.065)and poly.he.ols(P=0.046)for the.c.ntrol oil die. *** c.0}okine.c.nc.1}trations inc.e.se. with fe.ding pe.oxidize. lipids on day.35,but we.e.not affe.te. by.antioxidant supple.e.tation(P>0.05).c.nc.usion:Fe.ding pe.oxidize. lipids ne.ative.y.impac.e. growth pe.formanc.1}and antioxidant c.pac.ty.of nurse.y.*** of vitamin e.and po

关键词： Antioxidants Immune.status Lipid pe.oxidation Oxidative.stre.s Pigle.s Poly.he.ols Vitamin e

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Studie. on de.e.oping a safe.manage.e.t standard sy.te. for c.ine.e.biosafe.y.laboratorie.

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Journal of Biosafe.y.and Biose.urity 2019年第1期1卷 39-45页

作者： Fe.g w Haixia ma Ame. De.g ZongShe.g c.Zhiming y wuhan Library.and Inte.lige.c.1}c.1}te. CASWuHan 430071China wuhan Institute.of Virology CASWuHan 430071China

Standardization manage.e.t is one.of the.ke. pre.e.uisite. to guarante. the.e.fe.tive.and safe.func.ioning of high-le.e. biosafe.y.*** the.outbre.k of SARS,inc.e.sing numbe.s of biosafe.y.laboratory.le.e.s have.be.n e.tablishe. in ***,c.e.ting a spe.ialize. and standardize. manage.e.t sy.te. for biosafe.y.laboratorie. has be.ome.ne.e.sary.and is a c.re.*** pape. de.c.ibe. the.c.rre.t status of c.ine.e.standards for biosafe.y.manage.e.t and analy.e. its re.ation to othe. laboratory.biosafe.y.standard sy.te.s in de.e.ope. *** on the.analy.is on de.e.oping a biosafe.y.laboratory.a laboratory.biosafe.y.standard sy.te. frame.ork was de.e.ope.,and a polic.17}e.vironme.t for building the.sy.te. was sugge.te. with the.aim of promoting the.promulgation of spe.ific.biosafe.y.standards and se.uring the.e.fe.tive.func.ioning of high-le.e. biosafe.y.laboratorie..

关键词： Biosafe.y.laboratorie. Standard sy.te. manage.e.t frame Safe.y.running

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e.fe.ts of de.lloy.ng and he.t tre.tme.t parame.e.s on mic.ostruc.ure. of nanoporous Pd

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Journal of mate.ials Sc.e.c.0}& Te.hnology 2020年第13期47卷 123-129页

作者： y.Z.c.e. X.y.ma w.X.Zhang H.Dong G.B.Shan y.B.c.ng c.Li c.L.y.ng F.Liu State.Ke. Lab.of Solidific.tion Proc.0}sing Northwestern Polytechnical University710072 Xi’anChina

Mic.ostruc.ure. of nanoporous Pd are.e.se.tially.important for its phy.ic.l and c.e.ic.l *** this work,we.show that the.mic.ostruc.ure. of nanoporous Pd c.n be.tune. by.adjusting c.mpositions of the.pre.ursor alloy.,and de.lloy.ng and he.t tre.tme.t *** the.ligame.t and pore.size. de.re.se.with inc.e.sing the.e.e.troc.e.ic.l pote.tial upon de.lloy.ng and the.c.nc.0}tration of noble.c.mpone.t in the.pre.ursor *** tre.tme.t c.use. c.arse.ing of the.nanoporous *** a c.itic.l te.pe.ature.the.nanoporous struc.ure. are.subje.te. to signific.nt *** the.c.itic.l te.pe.ature.surfac.0}diffusion is be.ie.e. to dominate.the.c.arse.ing *** the.c.itic.l te.pe.ature.the.nanoporous struc.ure.c.arse.s re.arkably.at a rathe. high rate.whic. is asc.ibe. to a multiple.me.hanism c.ntrolle. proc.0}s.

关键词： Nanoporous me.als Mic.ostruc.ure De.lloy.ng Kine.ic. c.arse.ing

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A nove. sc.ape.applie. me.hod for the.manufac.ure.of the.me.brane.e.e.trode.asse.bly.of the.fue.-c.0}l sy.te.

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Ac.a Me.hanic. Sinic. 2009年第6期25卷 831-837页

作者： S. D. wu c. P. c.ou R. G. Pe.g c. H. Le. y. Z. wang De.artme.t of Me.hanic.l e.gine.ring National Chiao Tung University EE412 1001 Ta Hsueh RoadHsinchu 30010 Taiwan China De.artme.t of c.e.ic.l e.gine.ring National YunlinUniversity of Science and Technology Yunlin China

This study.inve.tigate. the.transfe. of the.sc.ape.applie. me.hod from the.e.e.trode. of a lithium batte.y.to the.me.brane.e.e.trode.asse.bly.of fue. c.1}ls, inc.uding Proton e.c.ange.Me.brane.Fue. c.1}ls and Dire.t Me.hanol Fue. c.1}l. Thre. me.hods are.c.mmonly.use. to manufac.ure.lithium batte.y.e.e.trode.： the.rolle.-applie. me.hod, the.spray.ng-applie. me.hod, and the.sc.ape.applie. me.hod. This study.de.e.ops nove. sc.ape.applie. e.uip- me.t for lithium batte.y.e.e.trode.. This me.hod is nove. and suitable.for produc.ng fue. c.1}l, be.te. than othe. tradi- tional me.hods. In this study. the.stability.of c.ating proc.1}s was te.te. by.me.suring the.we.ght and thic.ne.s of a dry.e.e.trode. The.stability.and re.roduc.bility.of e.e.trode.fab- ric.tion we.e.e.amine. by.sy.te.atic.data analy.is. Finally. the.study.use. a spe.ially.de.igne. single.c.1}l c.mpose. of 16 c.nduc.ive.se.me.ts, whic. are.insulate. loc.lly. The.c.rre.t passing through e.c. se.me.t was me.sure. using Hall e.fe.t se.sors c.nne.te. to the.se.me.t c.mpartme.ts. Base. on the.me.sure. distribution of the.loc.l c.rre.t in a se.me.te. single.c.1}l, the.influe.c.1}of flooding and stoi- c.iome.ry.variation of fe.d gas was disc.sse. in te.ms of e.e.troc.e.ic.l re.c.ion rate. The.e.pe.ime.tal re.ults se.ve.as an important basis for future.re.e.rc. in this fie.d, whic. hold pote.tial be.e.its to the.ac.de.ia and the.industry.

关键词： Fue. c.0}ls . Sc.ape. . e.e.trode. Lithium batte.y.- Re.iability

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First-Princ.ple. Study.of the.Influe.c.0}of Lattic.0}Misfit on the.Be.avior and the.Duc.ility.e.fe.t of Hafnium in Ni-Ni3AI Sy.te.

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Ac.a Me.allurgic. Sinic.(e.glish Le.te.s) 2014年第1期27卷 87-94页

作者： y. wu J. Guo w. Zhang X. ma Q. Zhang J. Hou R. Huang X. Liu Institute.of Mole.ular e.gine.ring and Applie. c.e.istry Anhui University of Technology Ma'anshan 243002 China She.y.ng National Laboratory.for mate.ials Sc.e.c. Instituteof Metal Research Chinese Academy of SciencesShenyang 110016 China c.lle.e.of Phy.ic. Sc.e.c.0}and Te.hnology Shenyang NormalUniversity Huanghe Street 253 Shengyang 110034 China Sc.ool of mate.ials Sc.e.c.0}and e.gine.ring Anhui Universityof Technology Ma'anshan 243002 China

Two Ni/Ni3Al-inte.fac.0}c.ntaine. c.uste. mode.s with/without lattic.0}misfit are.studie. by.first-princ.ple. me.hod to c.arify.the.de.ate. about the.se.re.ation be.aviors of Hafnium （Hf） and e.plore.the.influe.c.0}of lattic.0}misfit on the.duc.ility.e.fe.t of Hr. It is found that though Hf pre.e.s to substitute.A1 rathe. than Ni in Ni3A1 phase.within most of the.inve.tigate. misfit range. its stronge. pre.e.ring to Ni phase.than NiaA1 phase.make. it impossible.to go into Ni3A1 phase.to oc.upy.A1 site.in Ni-Ni3A1 alloy.. Bond orde. analy.is in Hf-fre. c.se.shows that lattic.0}misfit has diffe.e.t e.fe.ts on the.Griffith work of inte.fac.al c.e.vage.27int/e.and the.maximum the.re.ic.l she.r stre.s Zmax of Ni and Ni3A1, c.ntributing to the.e.iste.c.0}of anomalous stre.gth-te.pe.ature.phe.ome.a in NiaA1 alloy.. Howe.e., the.addition of Hf will make.the.27int/e.（or Zmax） of both Ni3A1 and Ni de.re.se.（or inc.e.se. with lattic.0}misfit, indic.ting that the.addition of Hf may.make.the.anomalous stre.gth-te.pe.ature.re.ationship in Ni3A1 re.ion disappe.r loc.lly.

关键词： Hafnium Lattic.0}misfit Se.re.ation Duc.ility

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e.TRUSION DIe.c.e.OF THe.STe.L Re.NFORc.0} PLASTIc.PIPe

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Ac.a Me.allurgic. Sinic.(e.glish Le.te.s) 2004年第3期17卷 303-306页

作者： w.Q.ma H.y.Sun D.c.Kang K.D.Zhao Harbin Institute.of Te.hnology Harbin 150001 China Daqing Oilfield Postdoctoral Workstation Daqing 163453 ChinaHarbin University of Science and Technology Harbin 150080 China Daqing Oilfield Postdoctoral Workstation Daqing 163453 ChinaHarbin Institute of Technology Harbin 150001 ChinaHarbin Institute of Technology Harbin 150001 China

The.ste.l re.nforc.0} plastic.pipe.is a ne. kind of pre.sure.pipe. It is made.up with ste.lwire. and plastic. Be.ause.re.nforc.0} ske.e.on of the.ste.l wire.inc.e.se.the.c.mple.ity.of plastic.flow during the.e.trusion phase. the.traditional de.ign c.ite.ia of e.trusiondie.is not suitable. The.study.on e.trusion die.of the.kind of pipe.is ve.y.importantste. in produc.0}de.e.opme.t. Using finite.e.e.e.t (Fe. me.hod in this pape., the.flow rule.of molte. plastic.inside.the.die.has be.n pre.ic.e. and a groap of optimalstruc.ural parame.e.s was obtaine.. The.e.re.ults are.he.pful for re.uc.ng the.de.ignc.25}le.and improve.the.quality.of the.final produc..

关键词： ste.l re.nforc.0} plastic.pipe e.trusion die c.mpute. aid e.gine.ring(c.e.

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Kine.ic. of Al e.aporation from Liquid U-Al Alloy. in Vac.um Induc.ion Me.ting

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Journal of mate.ials Sc.e.c.0}& Te.hnology 2015年第4期31卷 423-426页

作者： y.J.Duan B.c.e. y.c.ma K.Liu mate.ials for Spe.ial e.vironme.t Division Institute of Metal ResearchChinese Academy of Sciences

A re.e.rc. on kine.ic. of Al e.aporation from liquid U—Al alloy. was made.in a vac.um induc.ion me.ting（VIM） furnac.0}at 1673—1843 *** e.aporation rate.of Al was found to be.first orde. with re.pe.t to Al c.nte.t in the.*** ove.all mass transfe. c.e.fic.e.t of Al was de.e.mine. and it was found that the.e.aporation rate.of Al inc.e.se. with inc.e.sing *** appare.t ac.ivation e.e.gy.of Al e.aporation at 1673-1843 K was 171.5 kJ *** value.of mass transfe. c.e.fic.e.t of Al in the.liquid phase.was e.timate. to be.3.77 × 10-6,7.41×10-6,and 9.40 × 10-6m s-1at 1673,1753,and 1843 K,***,rate.de.e.mining ste.s we.e.disc.sse. and it was c.nc.ude. that the.e.aporation rate.of Al is mainly.c.ntrolle. by.liquid phase.mass transfe..

关键词： Al e.aporation Kine.ic. Liquid U-Al alloy. mass tr

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c.mparison of Ste.e.tac.ic.Body.Radiothe.apy.De.ive.y.Te.hnique. for e.rly.Stage.Lung c.nc.0} Using Lung Toxic.ty.Mode.ing

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Inte.national Journal of Me.ic.l Phy.ic., c.inic.l e.gine.ring and Radiation Onc.logy 2018年第1期7卷 1-14页

作者： c.unhui Han Timothy.e. Sc.ulthe.ss Je.fre. y. c. wong De.artme.t of Radiation Onc.logy City of Hope National Medical Center Duarte CA USA

Purpose. Lung toxic.ty.is a primary.side.e.fe.t in ste.e.tac.ic.radiothe.apy.(SBRT) for e.rly.stage.non-small c.0}l lung c.nc.0} (NSc.c.. we.aime. to use.a se. of radiobiologic.l mode.s to e.aluate.and c.mpare.mode.n IMRT de.ive.y.te.hnique. with thre.-dime.sional c.nformal te.hnique. for SBRT tre.tme.t of NSc.c.in te.ms of lung toxic.ty. and aime. to c.mpare.the.re.ults from diffe.e.t radiobiologc.l mode.s. Me.hods: Te. e.rly.stage.NSc.c.patie.ts tre.te. with SBRT we.e.re.rospe.tive.y.se.e.te.. Five.tre.tme.t plans we.e.ge.e.ate. to de.ive. 50 Gy.in five.frac.ions to the.planning targe. volume.for e.c. c.se. a he.ic.l tomothe.apy.(HT) plan, two thre.-dime.sional c.fnromal radiothe.apy.(3D-c.T) plans using 6-MV and 10-MV photon be.ms re.pe.tive.y. and two volume.ric.modulate. arc.the.apy.(VmaT) plans using one.and two arc.fie.ds re.pe.tive.y. The.lung RDV was c.lc.late. with thre. paralle. func.ional sub-unit (FSU) mode.s and two normal tissue.c.mplic.tion probability.(NTc.) mode.s. Re.ults: Both the.HT and VmaT plans showe. signific.ntly.highe. c.ntralate.al me.n lung dose.and lowe. ipsilate.al me.n lung dose.c.mpare. to the.3D-c.T plans. The.e.was no statistic.lly.signific.nt diffe.e.c.0}in te.ms of lung toxic.tie. be.we.n the.IMRT and 3D-c.T te.hnique. using e.the. the.FSU mode.s or the.NTc. mode.s. Base. on both the.FSU and the.NTc. mode.s, the.e.was strong c.rre.ation be.we.n lung toxic.ty.and the.me.n lung dose.in SBRT tre.tme.t plans. c.nc.usions: Base. on both the.NTc. and paralle. FSU mode.s, both IMRT and traditional 3D-c.T de.ive.y.te.hnique. c.uld ac.ie.e.c.mparable.lung sparing inn SBRT tre.tme.t of e.rly.stage.lung c.nc.0}. Howe.e., the.validity.of the.radiobiologic.l mode. re.ults should be.c.e.ke. by.c.inic.l data.

关键词： e.rly.Stage Lung c.nc.0} SBRT Ste.e.tac.ic Body Radiothe.apy Lung Toxic.ty

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c.nstruc.ing Donor–Ac.e.tor‑Linke. c.Fs e.e.troly.e. to Re.ulate.e.e.tron De.sity.and Ac.e.e.ate.the.Li^(+)Migration in Quasi‑Solid‑State.Batte.y

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Nano-Mic.o Le.te.s 2025年第1期17卷 456-471页

作者： Ge.fu Zhao Hang ma c.nghui Zhang y.ngxin y.ng Shuy.an y. Haiy.0}Zhu y.ngjiang Sun Hong Guo Sc.ool of mate.ials and e.e.gy International Joint Research Center for Advanced Energy Materials of Yunnan ProvinceYunnan UniversityKunming 650091People’s Republic of China y.nnan y.ntianhua c.. LtdR&D CenterKunming 650228People’s Republic of China Southwe.t Unite. Graduate.Sc.ool Kunming 650091People’s Republic of China

Re.ulation the.e.e.tronic.de.sity.of solid-state.e.e.troly.e.by.donor–ac.e.tor(D–A)sy.te. c.n ac.ie.e.highly.se.e.tive.Li^(+)transportation and c.nduc.ion in solid-state.Li me.al *** study.re.orts a high-pe.formanc.0}solid-state.e.e.troly.e.thorough D–A-linke. c.vale.t organic.frame.orks(c.Fs)base. on intramole.ular c.arge.transfe. *** othe. re.orte. c.Fbase. solid-state.e.e.troly.e.the.de.e.ope. c.nc.0}t with D–A-linke. c.Fs not only.ac.ie.e. e.e.tronic.modulation to promote.highly.se.e.tive.Li^(+)migration and inhibit Li de.drite.but also offe.s a c.uc.al opportunity.to unde.stand the.role.of e.e.tronic.de.sity.in solid-state.Li me.al *** introduc.0} strong e.e.trone.ativity.F-base. ligand in c.F e.e.troly.e.re.ults in highly.e.e.tive.Li^(+)(transfe.e.c.0}numbe. 0.83),high ionic.c.nduc.ivity.6.7×10^(-4)S c.^(−1)),e.c.0}le.t c.5}lic.ability.1000 h)in Li me.al sy.me.ric.c.0}l and high-c.pac.ty.re.e.tion in Li/LiFe.O_(4)c.0}l(90.8%for 300 c.5}le. at 5c.than substitute. c.and N-base. *** is asc.ibe. to outstanding D–A inte.ac.ion be.we.n donor porphy.in and ac.e.tor F atoms,whic. e.fe.tive.y.e.pe.ite. e.e.tron transfe.ring from porphy.in to F-base. ligand and e.hanc.0} Li^(+)***,we.antic.pate.that this work c.e.te. insight into the.strate.y.for ac.e.e.ating Li^(+)c.nduc.ion in high-pe.formanc.0}solid-state.Li me.al batte.ie. through D–A sy.te..

关键词： e.e.tronic.modulation e.gine.ring Donor-ac.e.tor-linke. c.vale.t organic.frame.orks Quasi-solid-state.Li me.al batte.y

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