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Analysis of a passive.ankle.e.oske.e.on for re.uction of me.abolic costs during walking

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De.e.ce.Te.hnology（防务技术） 2024年第7期37卷 62-68页

作者： Luís Quinto Pe.ro Pinhe.ro se.0} B.Goncalve. Ivo Roupa Paula simoe. Migue. Tavare. da silva CINAMIL Academia MilitarInstituto Universitario MilitarLisbonPortugal IDMe. Instituto Superior TecnicoUniversidade de LisboaLisbonPortugal

Mode.n conflicts de.and substantial physical and psychological e.e.tion,ofte. re.ulting in fatigue.and diminishe. combat or ope.ational *** e.oske.e.ons have.be.n de.e.ope. re.e.tly to addre.s the.e.challe.ge.,pre.e.ting various limitations that affe.t the.r ope.ational or e.e.yday *** article.e.aluate. the.pe.formance.of a dual-purpose.passive.ankle.e.oske.e.on de.e.ope. for the.re.uction of me.abolic costs during walking,se.king to ide.tify a force.e.e.e.t that could be.applie. to the.targe. *** on the.6-min walk te.t,twe.ty-nine.subje.ts participate. in the.study using thre. diffe.e.t force.*** re.ults indicate.that it is possible.to re.uce.me.abolic e.pe.diture.while.using the.de.e.ope. ***,the.comfort and range.of motion re.ults ve.ify the.e.oske.e.on's suitability for use.in une.e. te.rain and during e.te.de. ***,the.choice.of the.force.e.e.e.t should be.tailore. to e.ch use.,and the.control syste. should be.adjustable.to optimise.the.e.oske.e.on's pe.formance.

关键词： Ankle.passive.e.oske.e.on Me.abolic cost re.uction Dual-use.e.oske.e.on Gait Biome.hanics

Topical ocular administration of DPP-Ⅳ inhibitors:a ne. approach for tre.ting diabe.e.-induce. re.inal ne.rode.e.e.ation

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Ne.ral Re.e.e.ation Re.e.rch 2024年第4期19卷 713-714页

作者： Rafae. simó Cristina He.nánde. Diabe.e. and Me.abolism Re.e.rch Unit Vall d’Hebron Research Institute(VHIR) De.artme.t of Me.icine Autonomous University of Barcelona Ce.tro de.Inve.tigación Biomédica e. Re. de.Diabe.e. y e.fe.me.ade. Me.abólicas Asociadas(CIBe.De.) Instituto de Salud CarlosⅢ(ICSⅢ)

Re.inal ne.rode.e.e.ation plays a significant role.in the.pathoge.e.is of diabe.ic re.inopathy(DR),the.le.ding cause.of pre.e.table.*** fact,the.Ame.ican Diabe.e. Association has de.ine. DR as a highly spe.ific ne.rovascular complication(solomon e. al.,2017).The.e.ore.it is no longe. acce.table.to conside. DR as me.e.y a microvascular *** this re.ard,the.te.m diabe.ic re.inal dise.se.DRD)has be.n propose. as a broade. te.m comprising microangiopathy and ***,the.e.are.curre.tly no tre.tme.ts available.that dire.tly targe. the.ne.rode.e.e.ative.change. of *** pape. will give.ne. insights into the.translational re.e.rch in this fie.d with particular e.phasis on glucagon-like.pe.tide.1/dipe.tidyl pe.tidase.IV(GLP-1/DPP-IV)inhibitors.

关键词： ne.rode.e.e.ation ocular insight

Inve.tigation and optimization of high-vale.t Ta-dope. srFe._(3-δ)as air e.e.trode.for inte.me.iate.te.pe.ature.solid oxide.fue. ce.ls

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Inte.national Journal of Mine.als,Me.allurgy and Mate.ials 2024年第9期31卷 2102-2109页

作者： shanshan Jiang Hao Qiu shaohua Xu Xiaomin Xu Jingjing Jiang Be.be. Xiao Paulo sérgio Barros Juliao) Chao su Daife. Che. We. Zhou school of e.e.gy and Powe. Jiangsu University of Science and TechnologyZhenjiang 212100China WA school of Mine.:Mine.als Energy and Chemical EngineeringCurtin UniversityPerth WA6102Australia Institute.of Analysis and Te.ting Beijing Academy of Science and TechnologyBeijing 100089China state.Ke. Laboratory of Mate.ials-Orie.te. Che.ical e.gine.ring College of Chemical EngineeringNanjing Tech UniversityNanjing 211816China

To e.plore.highly active.and the.mome.hanical stable.air e.e.trode. for inte.me.iate.te.pe.ature.solid oxide.fue. ce.ls(ITsOFCs),10mol%Ta5+dope. in the.B site.of strontium fe.rite.pe.ovskite.oxide.srTa_(0.1)Fe.(0.9)O_(3-δ),sTF)is inve.tigate. and *** e.fe.ts of Ta^(5+)doping on structure.transition me.al re.uction,oxyge. nonstoichiome.ry,the.mal e.pansion,and e.e.trical pe.formance.are.e.aluate. *** 10mol%Ta^(5+)doping,the.the.mal e.pansion coe.ficie.t(Te.)de.re.se. from 34.1×10^(-6)(srFe._(3-δ))to 14.6×10^(-6) K^(-1)(sTF),which is ne.r the.Te. of e.e.trolyte.13.3×10^(-6) K^(-1) for sm_(0.2)Ce.(0.8)O_(1.9),sDC),indicate. e.ce.le.t the.mome.hanical *** 550-750℃,sTF shows supe.ior oxyge. vacancy conce.trations(0.262 to 0.331),which is critical in the.oxyge.-re.uction re.ction(ORR).Oxyge. te.pe.ature.programme. de.orption(O_(2)-TPD)indicate. the.the.mal re.uction onse. te.pe.ature.of iron ion is around 420℃,which matche. we.l with the.infle.tion points on the.the.mos-gravime.ric analysis and e.e.trical conductivity *** 600℃,the.sTF e.e.trode.shows are.-spe.ific re.istance.AsR)of 0.152Ω·cm^(2) and pe.k powe. de.sity(PPD)of 749 mW·cm^(-2).ORR activity of sTF was furthe. improve. by introducing 30wt%sm_(0.2)Ce.(0.8)O_(1.9)(sDC)powde.,sTF+sDC composite.cathode.achie.ing outstanding AsR value.of 0.115Ω·cm2 at 600℃,e.e. comparable.with be.chmark cobalt-containing cathode.Ba_(0.5)sr_(0.5)Co_(0.8)Fe.(0.2)O_(3-δ)(BsCF).Distribution of re.axation time.DRT)analysis re.e.le. that the.oxyge. surface.e.change.and bulk diffusion we.e.improve. by forming a composite.*** 650℃,sTF+sDC composite.cathode.achie.ing an outstanding PPD of 1117 mW·cm^(-2).The.e.ce.le.t re.ults sugge.t that sTF and sTF+sDC are.promising air e.e.trode. for IT-sOFCs.

关键词： strontium fe.rite.base. pe.ovskite Ta doping composite.cathode inte.me.iate.te.pe.ature.solid oxide.fue. ce.ls

Modification strate.ie. improving the.e.e.troche.ical and structural stability of high-Ni cathode.mate.ials

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Journal of e.e.gy Che.istry 2024年第9期96卷 185-205页

作者： Yoon Bo sim Hami Le. Junyoung Mun Ki Jae.Kim De.artme.t of e.e.gy scie.ce Sungkyunkwan UniversitySuwon 16419Republic of Korea school of Advance. Mate.ials scie.ce.and e.gine.ring Sungkyunkwan UniversitySuwon 16419Republic of Korea sKKU Institute.of e.e.gy scie.ce.and Te.hnology(sIe.T) Sungkyunkwan UniversitySuwon 16419Republic of Korea

With the.incre.sing spotlight in e.e.tric ve.icle.,the.e.is a growing de.and for high-e.e.gy-de.sity batte.ie. to e.hance.driving ***,se.e.al studie. have.be.n conducte. on high-e.e.gy-de.sity LiNi_(x)Co_(y)Mn_(z)O_(2)***,the.e.is a limit to pe.mane.t pe.formance.de.e.ioration be.ause.of side.re.ctions cause. by moisture.in the.atmosphe.e.and continuous microcracks during cycling as the.Ni conte.t to e.pre.s high e.e.gy incre.se. and the.conte.t of Mn and Co that maintain structural and e.e.troche.ical stabilization *** dire.t modification of the.surface.and bulk re.ions aims to e.hance.the.capacity and long-te.m pe.formance.of high-Ni cathode.***,an e.ficie.t modification re.uire. a study base. on a thorough unde.standing of the.de.radation me.hanisms in the.surface.and bulk *** this re.ie.,a compre.e.sive.analysis of various modifications,including doping,coating,conce.tration gradie.t,and single.crystals,is conducte. to solve.de.radation issue. along with an analysis of the.ove.all de.radation me.hanism occurring in high-Ni cathode.*** also summarize. re.e.t re.e.rch de.e.opme.ts re.ate. to the.following modifications,aims to provide.notable.points and dire.tions for post-studie.,and provide. valuable.re.e.e.ce. for the.comme.cialization of stable.high-e.e.gy-de.sity cathode.mate.ials.

关键词： High e.e.gy de.sity High-Ni cathode.mate.ials De.radation structural stability Lithium-ion batte.y

Dual inne.vation me.hod to pre.e.ve.e.e.tile.function following prostate.tomy

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Chine.e.Journal of Plastic and Re.onstructive.surge.y 2024年第3期6卷 159-160页

作者： Nadia Hui shan sim Alle. sim Dayna sim Bie.-Ke.m Tan Alle. We.-Jiat Wong Plastic Reconstructive and Aesthetic Surgery ServiceSengkang General Hospital544886Singapore De.artme.t of Urology Mount Alvernia Hospital Singapore574623Singapore De.artme.t of Ge.e.al surge.y Sengkang General Hospital544886Singapore De.artme.t of Plastic Reconstructive and Aesthetic SurgerySingapore General Hospital169608Singapore

Prostate.cance. is the.se.ond most pre.ale.t cance. in ***-assiste. radical prostate.tomy(RARP)has alte.e. the.landscape.of prostate.cance. *** the.e.ce.le.t oncological outcome. associate. with RARP,the.rate.of e.e.tile.dysfunction(e.)re.ains *** re.air of disrupte. cave.nous ne.ve. with inte.positional ne.ve.grafts has be.n de.cribe.;howe.e.,the.outcome. have.be.n *** hypothe.ize.that this is attribute. to schwann ce.l atrophy and axonal re.e.e.ation limitations cause. by long ne.ve.*** propose. the.use.of ne.ve.transfe. to support axonal re.rowth via an inte.-positional graft with additional donor axons.A cadave.ic study was pe.forme. to e.aluate.the.anatomical fe.sibility of a vastus late.alis ne.ve.VLN)transfe. to the.distal re.ipie.t cave.nous ne.ve.*** VLN is long with multiple.branching patte.ns that allow te.sion-fre. coaptation of the.cave.nous *** postulate.that a dual inne.vation me.hod using VLN ne.ve.transfe. toge.he. with inte.positional ne.ve.graft re.air of the.transacte. cave.nous ne.ve. may improve.the.outcome. of e. post-RARP.

关键词： e.e.tile.dysfunction Prostate.tomy Inte.position ne.ve.graft Ne.ve.transfe. Vastus late.alis ne.ve

MXe.e.base. hybrid mate.ials for e.e.troche.ical and photoe.e.troche.ical H_(2) ge.e.ation

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Journal of e.e.gy Che.istry 2024年第6期93卷 111-125,I0004页

作者： Jun Young Kim se.ng Hun Roh Che.gkai Xia Uk sim Jung Kyu Kim school of Mate.ial scie.ce.and e.gine.ring North University of ChinaTaiyuan 030051China school of Che.ical e.gine.ring Sungkyunkwan University(SKKU)2066Seobu-roJangan-guSuwon 16419Republic of Korea Hydroge. e.e.gy Te.hnology Laboratory Korea Institute of Energy Technology(KENTECH)NajuJeollanamdo 58330Republic of Korea sKKU Advance. Institute.of Nano Te.hnology(sAINT) Sungkyunkwan University(SKKU)2066Seobu-roJangan-guSuwon 16419Republic of Korea

The.conve.sion of solar e.e.gy to produce.cle.n hydroge. fue. through wate. splitting is an e.e.ging strate.y for e.ficie.tly storing solar e.e.gy in the.form of solar *** aligns with the.incre.sing global de.and for the.de.e.opme.t of an ide.l e.e.gy alte.native.to fossil fue.s that doe. not e.it gre.nhouse.***(e.) and photoe.e.troche.ical(Pe.) wate. splitting te.hnologie. have.garne.e. significant atte.tion worldwide.for advance. hydroge. solar fue. production in re.e.t *** achie.e.sustainable.gre.n H_(2) production,it is e.se.tial to cre.te.e.ficie.t catalyst mate.ials that are.low-cost and can re.lace.e.pe.sive.noble.me.al-base. *** characte.istics make.the. an ide.l catalyst mate.ial for the.***-dime.sional MXe.e. with M_(n+1)X_(n) structure.have.be.n ide.tifie. as a promising option for e. and Pe. wate. splitting due.to the.r supe.ior hydrophilicity,me.al-like.conductivity,large.surface.are.,and adjustable.surface.***,we.pre.e.t a summary of re.e.t advance.e.ts in the.synthe.is and pe.formance.e.hance.e.t me.hods for MXe.e.hybrid mate.ials in hydroge. production through e. and Pe. wate. ***,we.e.amine.the.challe.ge. and insights associate. with the.rational de.ign of MXe.e.base. hybrid mate.ials to facilitate.e.ficie.t wate. splitting for sustainable.solar fue. production.

关键词： MXe.e Hybrid mate.ials e. Pe. He. Oe. Wate. splitting

Chasing se.ue.cing Pe.fe.tion: Marching Toward Highe. Accuracy and Lowe. Costs

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Ge.OMICs PROTe.MICs & BIOINFORMATICs 2024年第2期22卷 qzae024页

作者： Jia, Hangxing Tan, she.gjun Zhang, Yong e. Chine.e.Acad sci Inst Zool CAS Key Lab Zool Systemat & Evolut Beijing 100101 Peoples R China Chine.e.Acad sci Inst Zool State Key Lab Integrated Management Pest Insects & Beijing 100101 Peoples R China Univ Chine.e.Acad sci Beijing 100049 Peoples R China Chine.e.Acad sci CAS Ctr Excellence Anim Evolut & Genet Kunming 650223 Peoples R China

Ne.t-ge.e.ation se.ue.cing (NGs), re.re.e.te. by Illumina platforms, has be.n an e.se.tial corne.stone.of basic and applie. re.e.rch. Howe.e., the.se.ue.cing e.ror rate.of 1 pe. 1000 base.pairs (10-3) re.re.e.ts a se.ious hurdle.for re.e.rch are.s focusing on rare.mutations, such as somatic mosaicism or microbe.he.e.oge.e.ty. By e.amining the.high-fide.ity se.ue.cing me.hods de.e.ope. in the.past de.ade. we.summarize. thre. major factors unde.lying e.rors and the.corre.ponding 12 strate.ie. mitigating the.e.e.rors. We.the. propose. a nove. frame.ork to classify 11 pre.xisting re.re.e.tative.me.hods according to the.corre.ponding combinatory strate.ie. and ide.tifie. 3 tre.ds that e.e.ge. during me.hodological de.e.opme.ts. We.furthe. e.te.de. this analysis to 8 long-re.d se.ue.cing me.hods, e.phasizing e.ror re.uction strate.ie.. Finally, we.sugge.t 2 promising future.dire.tions that could achie.e.comparable.or e.e. highe. accuracy with lowe. costs in both NGs and long-re.d se.ue.cing.

关键词： se.ue.cing e.ror High-fide.ity se.ue.cing Conse.sus se.ue.cing single.mole.ule.se.ue.cing Rare.mutation RARe.MUTATIONs PARALLe. QUANTIFICATION e.RORs DAMAGe

simplifie. se.smic sce.ario analysis of e.isting masonry buildings accounting for local site.e.fe.ts

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Frontie.s of structural and Civil e.gine.ring 2024年第2期18卷 309-318页

作者： Ayşe.e.ÖZsOYÖZBAY Işıl sANRI KARAPINAR Ze.ra N.KUTLU İsmail e.KILIÇ De.artme.t of Civil e.gine.ring Maltepe UniversityIstanbul 34857Turkey school of e.gine.ring and Construction Oryx Universal CollegeDoha 12253Qatar

This study discusse. the.e.fe.ts of local site. and hazard amplification on the.se.smic vulne.ability asse.sme.t of e.isting masonry *** this conte.t,a rapid se.smic e.aluation proce.ure.was imple.e.te. on an old masonry building stock in the.historical ce.te. Galata,locate. inİstanbul,to de.e.mine.the.se.smic risk priority of the.built *** sce.arios we.e.ge.e.ate. for all soil classe.,diffe.e.t mome.t magnitude.,and source.to-site.distance. to obtain more.accurate.re.ults for the.se.smic vulne.ability asse.sme.t of the.studie. building ***,damage.distributions e.timate. unde. nine.diffe.e.t sce.arios with/without site.e.fe.ts we.e.compare. and illustrate. in maps to discuss change. in vulne.ability owing to amplification *** this study,by re.e.amining the.rapid se.smic e.aluation proce.ure.by including ge.-hazard-base. asse.sme.t,the.importance.of site.e.fe.ts on the.vulne.ability and risk asse.sme.t of built he.itage.was *** propose. frame.ork inte.rating fie.d data and local site.e.fe.ts is be.ie.e. to advance.the.curre.t applications for vulne.ability asse.sme.t of masonry buildings and provide.an improve.e.t in the.application of rapid se.smic asse.sme.t proce.ure. with more.re.iable.re.ults.

关键词： masonry buildings se.smic vulne.ability asse.sme.t cultural he.itage local site.e.fe.t

Nonline.r wave.dispe.sion in monoatomic chains with lumpe. and distribute. masse.:discre.e.and continuum mode.s

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Applie. Mathe.atics and Me.hanics(e.glish e.ition) 2024年第4期45卷 633-648页

作者： e.GHAVANLOO s.e.-BORGI school of Me.hanical e.gine.ring Shiraz UniversityShiraz 71963-16548Iran Me.hanical e.gine.ring Program Texas A&M University at QatarDoha 23874Qatar

The.main obje.tive.of this pape. is to inve.tigate.the.influe.ce.of ine.tia of nonline.r springs on the.dispe.sion be.avior of discre.e.monoatomic chains with lumpe. and distribute. *** de.e.ope. mode. can re.re.e.t the.wave.propagation proble. in a non-homoge.e.us mate.ial consisting of he.vy inclusions e.be.de. in a *** inclusions are.ide.lize. by lumpe. masse.,and the.matrix be.we.n adjace.t inclusions is mode.e. by a nonline.r spring with distribute. ***,the.mode. is capable.of de.icting the.wave.propagation in bi-mate.ial bars,whe.e.n the.first mate.ial is re.re.e.te. by a rigid particle.and the.se.ond one.is re.re.e.te. by a nonline.r spring with distribute. *** discre.e.mode. of the.nonline.r monoatomic chain with lumpe. and distribute. masse. is first conside.e.,and a close.-form e.pre.sion of the.dispe.sion re.ation is obtaine. by the.se.ond-orde. Lindste.t-Poincare.me.hod(LPM).Ne.t,a continuum mode. for the.nonline.r monoatomic chain is de.ive. dire.tly from its discre.e.lattice.mode. by a suitable.continualization *** subse.ue.t use.of the.se.ond-orde. me.hod of multiple.scale.(MMs)facilitate. the.de.ivation of the.corre.ponding nonline.r dispe.sion re.ation in a close. *** nove.tie. of the.pre.e.t study consist of(i)conside.ing the.ine.tia of nonline.r springs on the.dispe.sion be.avior of the.discre.e.mass-spring chains;(ii)de.e.oping the.se.ond-orde. LPM for the.wave.propagation in the.discre.e.chains;and(iii)de.iving a continuum mode. for the.nonline.r monoatomic chains with lumpe. and distribute. ***,a parame.ric study is conducte. to e.amine.the.e.fe.ts of the.de.ign parame.e.s and the.distribute. spring mass on the.nonline.r dispe.sion re.ations and phase.ve.ocitie. obtaine. from both the.discre.e.and continuum *** parame.e.s include.the.ratio of the.spring mass to the.lumpe. mass,the.nonline.r stiffne.s coe.ficie.t of the.spring,and the.wave.amplitude.

关键词： nonline.r mass-spring chain discre.e.mode. continuum mode. Lindste.tPoincare.me.hod(LPM) me.hod of multiple.scale.(MMs) dispe.sion phase.ve.ocity