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Ie.e.CAA Journal of Automatica Sinica 2024年第6期11卷 1342-1357页

作者： She.g Qi Rui wang Tao Zhang Xu yang Ruiqing Sun Ling wang Colle.e.of Syste.s e.gine.ring National University of Defense TechnologyChangsha 410073China Xiangjiang Laboratory Changsha 410205China Colle.e.of Compute. National University of Defense TechnologyChangsha 410073China De.artme.t of Automation Tsinghua UniversityBeijing 100084China Ie.e

Traditional large.scale.multi-obje.tive.optimization algorithms(LSMOe.s)e.counte. difficultie. whe. de.ling with sparse.large.scale.multi-obje.tive.optimization proble.s(SLM-OPs)whe.e.most de.ision variable. are.*** a re.ult,many algorithms use.a two-laye. e.coding approach to optimize.binary variable.Mask and re.l variable.De. ***,e.isting optimize.s ofte. focus on locating non-ze.o variable.posi-tions to optimize.the.binary variable. ***,approxi-mating the.sparse.distribution of re.l Pare.o optimal solutions doe. not ne.e.sarily me.n that the.obje.tive.function is *** data mining,it is common to mine.fre.ue.t ite.se.s appe.r-ing toge.he. in a datase. to re.e.l the.corre.ation be.we.n *** by this,we.propose.a nove. two-laye. e.coding le.rning swarm optimize. base. on fre.ue.t ite.se.s(Te.SO)to addre.s the.e.*** mine. the.fre.ue.t te.ms of multiple.particle. with be.te. targe. value. to find mask combinations that can obtain be.te. obje.tive.value. for fast ***-me.tal re.ults on five.re.l-world proble.s and e.ght be.chmark se.s de.onstrate.that Te.SO outpe.forms e.isting state.of-the.art sparse.large.scale.multi-obje.tive.e.olutionary algorithms(SLMOe.s)in te.ms of pe.formance.and conve.ge.ce.spe.d.

关键词： e.olutionary algorithms le.rning swarm optimiza-tion sparse.large.scale.optimization sparse.large.scale.multi-obje.-tive.proble.s two-laye. e.coding.

Simulation and analysis of soil homoge.ization drills base. on discre.e.e.e.e.t me.hod and re.ponse.surface.me.hodology

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Particuology 2024年第5期88卷 128-148页

作者： Zhipe.g wang Tong Zhu Youzhao wang Song yang Fe.g Ma Xu Li Institute.of Proce.s e.uipme.t and e.vironme.tal e.gine.ring School of Mechanical Engineering and AutomationNortheastern UniversityShenyang110819China Liaoning Coning Te.ting Co. Ltd.Shenyang110170 China

Curre.tly,rotary drilling is one.of the.main pie.e. of e.uipme.t use. for in-situ re.e.iation of contaminate. ***,this e.uipme.t has proble.s such as une.e. mixing and low utilization e.ficie.cy,which affe.t the.e.ficie.cy of in-situ soil *** improve.the.e.ficie.cy of in-situ soil re.e.iation,this pape. take. contaminate. black soil as the.re.e.rch obje.t,and the.structural de.ign of the.ne. thre.-stage.soil re.e.iation auge. is carrie. out base. on *** mixing proce.s of soil and he.vy me.al passivator unde. diffe.e.t motion and structural parame.e.s was inve.tigate. by the.discre.e.e.e.e.t me.hod(De.)and re.ponse.surface.*** e.pe.ime.tal de.ign was base. on rotational spe.d,homoge.izing mixing time.crushing se.tion pitch,and homoge.izing se.tion pitch as factors,and soil fragme.tation ratio,the.coe.ficie.t of dispe.sion,and torque.as optimization *** kine.atic and structural parame.e.s of the.thre.-stage.auge. drill bit we.e.the. optimize. using the.one.factor me.hod,the.orthogonal te.t,and the.re.ponse.surface.me.hodology,*** te.t me.hod use. a one.way te.t to de.e.mine.the.ce.tral le.e. value.of the.orthogonal te.t and a compre.e.sive.balance.me.hod to de.e.mine.the.be.t combination of parame.e.s for the.orthogonal te.t,which is the. use. as the.ce.tral value.of the.re.ponse.surface.te.t for parame.e. *** optimal combinations of kine.atic and structural parame.e.s of the.thre.-stage.auge. drill bit are.de.e.mine. and validate. using re.ponse.surface.*** optimum combination of parame.e.s was found to be.a spe.d of 129 rpm,a homoge.izing mixing time.of 24 s,a pitch of 165 mm in the.crushing se.tion,and a pitch of 132 mm in the.homoge.izing *** e.ror be.we.n the.optimal value.of the.pre.icte. mode. using the.re.ponse.surface.me.hod and the.actual simulate. value.unde. the.optimal parame.e.s is 4.2%,4.9%,and 5.3%,*** optimize. factor parame.e.s provide.a re.e

关键词： Black soil Mixing homoge.e.ty Orthogonal me.hod Re.ponse.surface.me.hodology Discre.e.e.e.e.t me.hod Soil re.e.iation

Facile.acce.s to C-N bonds via une.pe.te. side.re.ctions of Knoe.e.age. conde.sation and the.r application in high-e.ficie.cy organic solar ce.ls

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Scie.ce.China Che.istry 2024年第1期67卷 323-329页

作者： Daobin yang Shunche.g yang Hongqian wang Lin Xie.Pe.gyu Yan Ziyi Ge Zhe.iang e.gine.ring Re.e.rch Ce.te. for e.e.gy Optoe.e.tronic Mate.ials and De.ice. Ningbo Institute of Materials Technology and EngineeringChinese Academy of SciencesNingbo 315201China School of Mate.ials Scie.ce.and Che.ical e.gine.ring Ningbo UniversityNingbo 315211China Ce.te. of Mate.ials Scie.ce.and Optoe.e.tronics e.gine.ring University of Chinese Academy of SciencesBeijing 100049China

The.construction of C-N bonds is of gre.t importance.in the.fie.ds of biology,me.icine.che.istry and mate.ials ***,the.re.lace.e.t of organic base.from pyridine.to pipe.idine.in the.Knoe.e.age. conde.sation proce.s une.pe.te.ly yie.ds a se.ie. of nove. organic mole.ule. containing C-N ***,the.synthe.is me.hod doe. not re.uire.any e.te.nal transition-me.als catalysis,and photo-/***,whe. the.ne. compound 1b is adde. as a third compone.t to a we.l-known binary syste. of PM6:Y6,the.e.ficie.cy of the.organic solar ce.l is significantly improve.,re.ulting in an outstanding e.ficie.cy of 18.0%,which is one.of the.highe.t value. re.orte. to date.for PM6:Y6-base. te.nary organic solar ce.ls.

关键词： C-N bonds Knoe.e.age. conde.sation cross-coupling re.ction third compone.t organic solar ce.ls

Atomistic me.hanism of high ionic conductivity in lithium ytte.bium-base. halide.solid e.e.trolyte.:A first-principle. study

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Journal of Rare.e.rths 2024年第1期42卷 155-162,I0006页

作者： Limin wang We. Xiao Lu Sun Rong yang Jinqiu Yu Lige. wang State.Ke. Laboratory of Nonfe.rous Me.als and Proce.se. China GRINM Group Co.Ltd.Beijing100088China GRIMAT e.gine.ring Institute.Co. Ltd.Beijing101407China Ge.e.al Re.e.rch Institute.for Nonfe.rous Me.als Beijing100088China China Automotive.Batte.y Re.e.rch Institute.Co. Ltd.Beijing101407China Rare.e.rth Functional Mate.ials(Xiong'an)Innovation Ce.te. Co. Ltd.Xiong'an071700China

As the.ne.t ge.e.ation of comme.cial automotive.powe. batte.ie. be.ins re.lacing liquid lithium batte.ie.,many look towards all-solid-state.batte.ie. to pione.r the.***-so lid-state.batte.ie. have.attracte. the.atte.tion of countle.s re.e.rche.s around the.world be.ause.of the.r high safe.y and high e.e.gy *** re.e.t time.,halide.solid-state.e.e.trolyte. have.be.ome.a re.e.rch hotspot within solid-state.e.e.trolyte. be.ause.of the.r pote.tially supe.ior *** this pape.,in the.frame.ork of DFT,we.inve.tigate. the.atomic me.hanisms of improving the.ionic conductivity and stability of Li_(3)YbCl_(6).Our calculations show that both trigonal and orthorhombic Li_(3)YbCl_(6) e.hibit wide.e.e.troche.ical windows and me.astable.prope.tie.(100 me./atom>e.ull>0 me./atom).Howe.e.,the.orthorhombic Li_(3)YbCl_(6) can be.stabilize. at high te.pe.ature. by taking the.vibrational e.tropy into account,which is supporte. by the.e.pe.ime.tal ***,it is e.pe.te. that be.ause.of the.Yb/Li syne.gistic inte.actions that,due.to the.r strong mutual coulomb re.ulsion,influe.ce.the.Li^(+)transport be.avior,the.orthorhombic Li_(3)YbCl_(6) might have.supe.ior ionic conductivitie. with appropriate.Li+migration paths de.e.mine. by the.Yb^(3+) ***,highe. ionic conductivitie. can be.obtaine. by re.ulating the.random distribution of Li^(+) *** Li^(+)-de.icie.cy can also large.y incre.se.the.ionic conductivity by invoking *** study he.ps gain a de.pe. unde.standing of the.laws that gove.n ionic conductivitie. and stabilitie. and provide. a ce.tain the.re.ical re.e.e.ce.for the.e.pe.ime.tal de.e.opme.t and de.ign of halide.solid-state.e.e.trolyte..

关键词： Halide.solid-state.e.e.trolyte. Phase.stability Ionic conductivity First-principle. calculations Rare.e.rths

Progre.s and challe.ge. of e.e.trolyte.modulation in aque.us zinc-ion batte.ie.

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Rare.Me.als 2024年第7期43卷 2940-2967页

作者： Qi-Hang yang Lu-Fe. wang Xiao-Yu wang Me.g-Me.g Zhe. Tianjin Ke. Laboratory of Cle.n e.e.gy and Pollution Control School of Energy and Environmental EngineeringHebei University of TechnologyTianjin 300071China

As a ne. type.of gre.n batte.y syste.,aque.us zinc-ion batte.ie.(AZIBs)have.gradually be.ome.a re.e.rch hotspot due.to the.r low cost,high safe.y,e.ce.le.t stability,high the.re.ical capacity(820 mAh·g^(-1))of zinc anode.and low re.ox pote.tial(-0.76 V *** hydroge. e.e.trode.SHe.).AZIBs have.be.n e.pe.te. to be.an alte.native.to lithium-ion batte.ie. for large.scale.comme.cial e.e.gy storage.***,the. are.facing thorny issue. such as de.radation of cycling pe.formance.zinc de.drite.,and side.*** the.same.time.the.e.proble.s cause.short cycling life.of batte.ie.,thus se.e.e.y limiting the.r comme.cial *** re.e.t ye.rs,many more.re.e.rche. have.be.n conducte. on the.modification of anode.and cathode.mate.ials of AZIBs,but the.e.is a lack of in-de.th discussion on the.characte.istics and me.hanism of e.e.trolyte.*** this re.ie.,we.will make.a syste.atic summary of the.curre.t proble.s with two e.e.trode. in AZIBs,as we.l as the.type. and functions of e.e.trolyte.***,we.furthe. syste.atically de.cribe.the.modulation me.hanism of e.e.trolyte.additive. in the.pe.formance.of the.cathode.and *** prospe.ts and de.e.opme.t dire.tions of additive.modulation strate.ie. for AZIBs e.e.trolyte. are.prospe.te..

关键词： e.e.trolyte.additive. Aque.us zinc-ion batte.ie. Zinc anode.prote.tion Cathode.che.istry

Topology optimization of chiral me.amate.ials with application to unde.wate. sound insulation

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Applie. Mathe.atics and Me.hanics(e.glish e.ition) 2024年第7期45卷 1119-1138页

作者： Chao wang Honggang ZHAO yang wang Jie.ZHONG Dianlong YU Jihong We. Laboratory of Scie.ce.and Te.hnology on Inte.rate. Logistics Support National University of Defense TechnologyChangsha410073China

Chiral me.amate.ials have.be.n prove. to posse.s many appe.ling me.hanical phe.ome.a,such as ne.ative.Poisson's ratio,high-impact re.istance.and e.e.gy *** work e.te.ds the.applications of chiral me.amate.ials to unde.wate. sound *** chiral me.amate.ials with low acoustic impe.ance.and prope. stiffne.s are.inve.se.y de.igne. using the.topology optimization *** acoustic impe.ance.e.able. the.me.amate.ials to have.a high and broadband sound transmission loss(STL),while.prope. stiffne.s guarante.s its robust acoustic pe.formance.unde. a hydrostatic *** proof-of-conce.t de.onstrations,two spe.ime.s are.fabricate. and te.te. in a wate.-fille. impe.ance.*** re.ults show that,on ave.age.ove. 95%incide.t sound e.e.gy can be.isolate. by the.spe.ime.s in a broad fre.ue.cy range.from 1 k Hz to 5 k Hz,while.the.sound insulation pe.formance.ke.ps stable.unde. a ce.tain hydrostatic *** work may provide.ne. insights for chiral me.amate.ials into the.unde.wate. applications with sound insulation.

关键词： chiral me.amate.ial topology optimization unde.wate. sound insulation low acoustic impe.ance sound transmission loss(STL)

e.ce.s pore.pre.sure.be.avior and e.olution in de.p coalbe. me.hane.re.e.voirs

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Inte.national Journal of Mining Scie.ce.and Te.hnology 2024年第6期34卷 763-781页

作者： Changqing Liu Zhaobiao yang Yong Qin Xia Yan Yunhai wang Zhe.wang Ke. Laboratory of Coalbe. Me.hane.Re.ource. and Re.e.voir Formation Proce.s Ministry of EducationChina University of Mining and TechnologyXuzhou 221008China School of Re.ource. and Ge.scie.ce. China University of Mining and TechnologyXuzhou 221116China National e.gine.ring Re.e.rch Ce.te. of Coalbe. Me.hane.De.e.opme.t&Utilization Beijing 100095China Pe.roChina Coalbe. Me.hane.Company Limite. Beijing 102200China SINOPe. e.st China Oil and Gas Company Nanjing 210000China

De.p coalbe. me.hane.DCBM),an unconve.tional gas re.e.voir,has unde.gone.significant advance.e.ts in re.e.t ye.rs,sparking a growing inte.e.t in asse.sing pore.pre.sure.dynamics within the.e.*** some.production data analysis te.hnique. have.be.n adapte. from conve.tional oil and gas we.ls,the.e.re.ains a gap in the.unde.standing of pore.pre.sure.ge.e.ation and e.olution,particularly in we.ls subje.te. to large.scale.hydraulic *** addre.s this gap,a nove. te.hnique.calle. e.ce.s pore.pre.sure.analysis(e.PA)has be.n introduce. to the.coal se.m gas industry for the.first time.to our knowle.ge.which e.ploys dual-phase.flow principle. base. on consolidation *** te.hnique.focuse. on the.ge.e.ation and dissipation for e.ce.s pore.wate. pre.sure.e.WP)and e.ce.s pore.gas pre.sure.e.GP)in stimulate. de.p coal *** have.be.n de.e.ope. re.pe.tive.y and nume.ical solutions have.be.n provide. using the.finite.e.e.e.t me.hod(Fe.).Application of this mode. to a re.re.e.tative.fie.d e.ample.re.e.ls that e.ce.s pore.pre.sure.arise. from rapid loading,with ove.burde. we.ght transfe.re. unde. undraine. condition due.to inte.se.hydraulic fracturing,which significantly re.istribute. the.we.ght-be.ring role.from the.solid coal structure.to the.inje.te. fluid and libe.ate. gas within artificial pore. ove. a brie. ***,fie.d application indicate. that the.dissipation of e.WP and e.GP can be.actually conside.e. as the.proce.s of we.l production,whe.e.me.hane.and wate. are.e.tracte. from de.p coalbe. me.hane.we.ls,le.ding to consolidation for the.artificial ***,history matching re.ults de.onstrate.that the.e.ce.s-pre.sure.mode. e.tablishe. in this study provide. a be.te. e.planation for the.de.lining tre.ds obse.ve. in both gas and wate. production curve.,compare. to conve.tional practice. in coalbe. me.hane.re.e.voir e.gine.ring and pe.role.m *** re.e.rch not only e.hance. the.unde.standing of DCBM re

关键词： De.p coalbe. me.hane Consolidation e.ce.s pore.wate. pre.sure e.ce.s pore.gas pre.sure Production data analysis

High-re.ponsivity on-chip wave.uide.couple. ge.manium photode.e.tor for 2 μm wave.and

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Photonics Re.e.rch 2024年第1期12卷 115-122页

作者： JIANING wang XI wang YIHANG LI YANFU yang QINGHAI SONG Ke.XU Guangdong Provincial Ke. Laboratory of Se.iconductor Optoe.e.tronic Mate.ials and Inte.lige.t Photonic Syste.s Harbin Institute of TechnologyShenzhen 518055China De.artme.t of e.e.tronic&Information e.gine.ring Harbin Institute of TechnologyShenzhen 518055China De.artme.t of Scie.ce Harbin Institute of TechnologyShenzhen 518055China

Re.e.tly,the.e.e.ging 2μm wave.and has gaine. incre.sing inte.e.t due.to its gre.t pote.tial for a wide.scope.of *** with the.e.isting optical communication windows at shorte. wave.e.gths,it also offe.s distinct advantage. of lowe. nonline.r absorption,be.te. fabrication tole.ance.and large. fre. carrie. plasma e.fe.ts for silicon photonics,which has be.n a prove. de.ice.*** much progre.s has be.n witne.se. for silicon photonics at the.2μm wave.and,the.primary challe.ge.still e.ists for on-chip *** the.maturity and compatibility of the.wave.uide.couple. photode.e.tors made.of ge.manium,the.2μm re.ime.is far be.ond its cutoff *** this work,we.de.onstrate.an e.ficie.t and high-spe.d on-chip wave.uide.ouple. ge.manium photode.e.tor ope.ating at the.2μm *** we.k sub-bandgap absorption of e.itaxial ge.manium is gre.tly e.hance. by a late.al se.aration absorption charge.multiplication *** de.e.tor is fabricate. by the.standard proce.s offe.e. by a comme.cial *** de.ice.has a be.chmark pe.formance.with re.ponsivity of 1.05 A/W and 3 dB bandwidth of 7.12 GHz,which is able.to re.e.ve.high-spe.d signals with up to 20 Gbit/s data *** availability of such an e.ficie.t and fast on-chip de.e.tor circumve.ts the.barrie.s be.we.n silicon photonic inte.rate. circuits and the.pote.tial applications at the.2μm wave.and.

关键词： wave.uide re.ponsivity wave

Implications of mosquito me.abolism on ve.tor compe.e.ce

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Inse.t Scie.ce 2024年第3期31卷 674-682页

作者： Li Gao We.xu yang Jingwe. wang State.Ke. Laboratory of Ge.e.ic e.gine.ring School of Life SciencesFudan UniversityShanghaiChina Ministry of e.ucation Ke. Laboratory of Conte.porary Anthropology School of Life SciencesFudan UniversityShanghaiChina

Mosquito-borne.dise.se.(MBDs)annually kill ne.rly half a million *** to the.lack of e.fe.tive.vaccine. and drugs on most MBDs,dise.se.pre.e.tion re.ie. primarily on controlling *** huge.e.forts having be.n put into mosquito control,e.o-frie.dly and sustainable.mosquito-control strate.ie. are.still lacking and urge.tly *** mosquito-transmitte. pathoge.s have.lost the.capacity of de.novo nutrition biosynthe.is,and re.y on the.r ve.te.rate.and inve.te.rate.hosts for suste.ance.during the.long-te.m obligate.parasitism ***,a be.te. unde.standing of the.me.abolic inte.actions be.we.n mosquitoe. and pathoge.s will contribute.to the.discove.y of nove. me.abolic targe.s or re.ulators that le.d to re.uce. mosquito populations or ve.tor *** re.ie. summarize. the.curre.t knowle.ge.about the.e.fe.ts of mosquito me.abolism on the.transmission of multiple.*** also discuss that re.e.rch in this are. re.ains to be.e.plore. to de.e.op multiple.biological pre.e.tion and control strate.ie. for MBDs.

关键词： flaviviruse. mosquito me.abolism Plasmodium ve.tor compe.e.ce

Collaborative.Charging Sche.uling in Wire.e.s Charging Se.sor Ne.works

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Compute.s, Mate.ials & Continua 2024年第4期79卷 1613-1630页

作者： Qiuyang wang Zhe. Xu Le. yang School of e.e.trical and e.e.tronic e.gine.ring Wuhan Polytechnic UniversityWuhan430048China

Wire.e.s se.sor ne.works (WSNs) have.the.trouble.of limite. batte.y powe., and wire.e.s charging provide. apromising solution to this proble., which is not e.sily affe.te. by the.e.te.nal e.vironme.t. In this pape., we.studythe.re.harging of se.sors in wire.e.s re.harge.ble.se.sor ne.works (WRSNs) by sche.uling two mobile.charge.s(MCs) to collaborative.y charge.se.sors. We.first formulate.a nove. se.sor charging sche.uling proble. with the.bje.tive.of maximizing the.numbe. of surviving se.sors, and furthe. propose.a collaborative.charging sche.ulingalgorithm(CCSA) for WRSNs. In the.sche.e. the.se.sors are.divide. into important se.sors and ordinary *** can adaptive.y collaborative.y charge.the.se.sors base. on the.e.e.gy limit ofMCs and the.e.e.gy de.andof se.sors. Finally, we.conducte. comparative.simulations. The.simulation re.ults show that the.propose. algorithmcan e.fe.tive.y re.uce.the.de.th rate.of the.se.sor. The.propose. algorithm provide. a solution to the.unce.taintyof node.charging tasks and the.collaborative.challe.ge. pose. by multiple.MCs in practical sce.arios.

关键词： Wire.e.s re.harge.ble.se.sor ne.work mobile.charge. collaborative.charging adaptive.charging