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Bilevel Opt.mal Sched.ling of Island.Int.grat.d.Energy Syst.m Consid.ring Mult.fact.r Pricing

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Energy Engineering 2025年第1期122卷 349-378页

作者： Xin zhang Mingming Yao d.iwen He Jihong zhang Peihong Yang Xiaoming zhang School of Aut.mat.on and.Elect.ical Engineering Inner Mongolia University of Science and TechnologyBaotou014010China

In t.is paper,a bilevel opt.mizat.on mod.l of an int.grat.d.energy operat.r(IEO)–load.aggregat.r(LA)is const.uct.d.t. ad.ress t.e coord.nat. opt.mizat.on challenge of mult.ple st.kehold.r island.int.grat.d.energy syst.m(IIES).t.e upper level represent. t.e int.grat.d.energy operat.r,and.t.e lower level is t.e elect.icit.-heat.as load.*** t. t.e benefit.conflict.bet.een t.e upper and.lower levels of t.e IIES,a d.namic pricing mechanism for coord.nat.ng t.e int.rest. of t.e upper and.lower levels is proposed.combined.wit. fact.rs such as t.e carbon emissions of t.e IIES,as well as t.e lower load.int.rrupt.on *** price of selling energy can be d.namically ad.ust.d.t. t.e lower LA in t.e mechanism,accord.ng t. t.e informat.on on carbon emissions and.load.int.rrupt.on *** benefit. and.win-win sit.at.ons are achieved.bet.een t.e upper and.lower ***,CPLEX is used.t. it.rat.vely solve t.e bilevel opt.mizat.on *** opt.mal solut.on is select.d.accord.ng t. t.e joint.opt.mal d.scriminat.on *** result. ind.cat. t.at.t.e sourceload.coord.nat. operat.on can red.ce t.e upper and.lower operat.on *** t.e proposed.pricingmechanism,t.e carbon emissions and.load.int.rrupt.on power of IEO-LA are red.ced.by 9.78%and.70.19%,respect.vely,and.t.e capt.re power of t.e carbon capt.re equipment.is improved.by 36.24%.t.e valid.t. of t.e proposed.mod.l and.met.od.is verified.

关键词： Bilevel opt.mal sched.ling load.aggregat.r int.grat.d.energy operat.r carbon emission d.namic pricing mechanism

Nano high-ent.opy oxid. cat.od. wit. enhanced.st.bilit. for d.rect.borohyd.id. fuel cells

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Journal of Energy Chemist.y 2025年第1期100卷 309-316页

作者： Lei zhang Lingfeng Kuang Lianke zhang Wen Chu Haiying Qin Jing zhang Junjing He Hualiang Ni Hongzhong Chi New Energy Mat.rials Research Cent.r College of Materials and Environmental Engineering Hangzhou Dianzi University School of Mat.rials Science and.Engineering Zhejiang University Key Laborat.ry of MEMS of Minist.y of Ed.cat.on School of Integrated Circuits Southeast University

High-ent.opy mat.rials have become high-act.vit. elect.ocat.lysis owing t. t.eir high-ent.opy effect.and.mult.ple act.ve ***,we synt.esize a series of carbon-support.d.nano high-ent.opy oxid.s（HEOs/C）,specifically （Pt.eCoNiCu）O/C,using a carbot.ermal shock （Ct.） met.od.for applicat.on as a cat.od. cat.lyst.in d.rect.borohyd.id. fuel cells （d.FCs）.t.e microst.uct.re of t.e prepared.cat.lyst. was charact.rized.by X-ray phot.elect.on spect.oscopy,X-ray absorpt.on fine st.uct.re,and.t.ansmission elect.on *** prepared.（Pt.eCoNiCu）O/C,wit. part.cle sizes ranging from 2 t. 4 nm,d.monst.at.s 3.94 t.ansferred.elect.ons t.ward. t.e oxygen red.ct.on react.on in an alkaline environment.result.ng in a minimal H2O2yield.of 2.6%.Ad.it.onally,it.exhibit. a t.fel slope of 61 mV d.c-1,surpassing t.at.of commercial Pt.C (82 mV d.c-1).Furt.ermore,aft.r 40,000 cycles of cyclic volt.mmet.y（CV） t.st.ng,t.e half-wave pot.nt.al of （Pt.eCoNiCu）O/C shows a posit.ve shift.of 3 mV,wit. no not.ble d.cline in t.e limit.ng current.*** （Pt.eCoNiCu）O/C is used.as a cat.od. cat.lyst.in d.FCs,t.e d.FC achieves a maximum power d.nsit. of 441 mW cm-2at.60°C and.sust.ins a cell volt.ge of approximat.ly 0.73 V aft.r 52 h at.30°*** find.ngs confirm t.at.HEO/C is a promising cat.od. cat.lyst.for d.FCs.

关键词： d.rect.borohyd.id. fuel cells (d.FC)

d.pression mechanism of sulfit. ions on sphalerit. and.Pb^(2+)act.vat.d.sphalerit. in t.e flot.t.on separat.on of galena from sphalerit.

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Int.rnat.onal Journal of Minerals,Met.llurgy and.Mat.rials 2025年第2期32卷 335-345页

作者： Feng zhang Chenyang zhang Linlin Wu Wei Sun Hongliang zhang Jianhua Chen Yong Pei Songjiang Li Engineering Research Cent.r of Minist.y of Ed.cat.on for Carbon Emission Red.ct.on in Met.l Resource Exploit.t.on and.Ut.lizat.on Hunan International Joint Research Center for Efficient and Clean Utilization of Critical Metal Mineral ResourcesSchool of Minerals Processing and BioengineeringCentral South UniversityChangsha 410083China St.t. Key Laborat.ry of Mineral Processing Beijing General Research Institute of Mining&MetallurgyBeijing 100160China Hunan Provincial Key Laborat.ry of Micro&Nano Mat.rials Int.rfaces Science College of Chemistry and Chemical EngineeringCentral South UniversityChangsha 410083China School of Resources Environment and MaterialsGuangxi UniversityNanning 530004China d.part.ent.of Chemist.y Xiangtan UniversityXiangtan 411105China China Railway Resource Group Co.Lt. Beijing 102300China

t.e d.pression mechanism of sulfit. ions on sphalerit. and.Pb^(2+)act.vat.d.sphalerit. in t.e flot.t.on separat.on of galena from sphalerit. st.ll lacked.in-d.pt. ***,t.e d.pression mechanism of sulfit. ions on sphalerit. and.Pb^(2+)act.vat.d.sphalerit. in t.e flot.t.on separat.on of galena from sphalerit. was furt.er syst.mat.cally invest.gat.d.wit. experiment. and.d.nsit. funct.onal t.eory(d.t.*** X-ray phot.elect.ic spect.oscopy(XPS)result.,d.t.calculat.on result.,and.front.er molecular orbit.l analysis ind.cat.d.t.at.sulfit. ions were d.fficult.t. be ad.orbed.on sphalerit. surface,suggest.ng t.at.sulfit. ions achieved.d.pression effect. on sphalerit. t.rough ot.er non-ad.orpt.on ***,t.e oxygen cont.nt.in t.e surface of sphalerit. t.eat.d.wit. sulfit. ions in creased.which enhanced.t.e hyd.ophilicit. of t.e sphalerit. and.furt.er increased.t.e d.fference in hyd.ophilicit. bet.een sphalerit. and.***,sulfit. ions were chelat.d.wit. lead.ions t. form PbSO_(3)in *** hyd.ophilic PbSO_(3)was more easily ad.orbed.on sphalerit. t.an *** int.ract.on bet.een sulfit. ions and.lead.ions could.effect.vely inhibit.t.e act.vat.on of *** ad.it.on t.e UV spect.um showed.t.at.aft.r ad.ing sulfit. ions,t.e peak of perxant.at. in t.e sphalerit. t.eat.d.xant.at. solut.on was significant.y st.onger t.an t.at.in t.e galena wit. xant.at. solut.on,ind.cat.ng t.at.xant.at. int.ract.d.more read.ly wit. sulfit. ions and.oxygen mo lecules wit.in t.e sphalerit. syst.m,lead.ng t. t.e format.on of ***,sulfit. ions hard.y d.pressed.t.e flot.t.on of ga lena and.could.promot. t.e flot.t.on of galena t. some *** st.d. d.epened.t.e und.rst.nd.ng of t.e d.pression mechanism o sulfit. ions on sphalerit. and.Pb^(2+)act.vat.d.sphalerit..

关键词： sphalerit. galena sulfit. ion d.nsit. funct.onal t.eory d.pression mechanism

t.rget.ng Epac2 and.GluA3-cont.ining AMPARs:a novel t.erapeut.c st.at.gy for Alzheimer's d.sease

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Neural Regenerat.on Research 2025年第11期20卷 3223-3224页

作者： t.ng zhang Mart.na Schmid. d.part.ent.of Molecular Pharmacology Groningen Research Institute of PharmacyUniversity of GroningenGroningenThe Netherlands School of Pharmacy Tianjin Medical UniversityTianjinChina

Alzheimer's d.sease(Ad.is a neurod.generat.ve d.sease t.at.manifest. progressive d.cline in memory and.*** t.e early st.ge of Ad.memory ret.ieval is impaired.preced.ng memory acquisit.on and.consolid.t.on(Roy et.al.,2016).Prior t. t.e onset.of sympt.ms,pat.ological amyloid.β(Aβ)plagues and.t.u prot.in t.ngles accumulat. in ext.acellular and.int.acellular spaces,respect.vely,lead.ng t. *** t.ese hallmark pat.ologies,Aβ is proposed.t. be t.e primary et.ology by t.iggering a cascad. of pat.ogenic event.,includ.ng neuroinflammat.on,oxid.t.ve st.ess,t.u hyperphosphorylat.on,synapt.c/neuronal d.sfunct.on,and.neuronal d.at.(zhang et.al.,2023b).

关键词： Alzheimer impaired Aβ

St.t.c and.d.namic snap-t.rough behaviour of an elast.c spherical shell

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Act. Mechanica Sinica 2012年第3期28卷 695-710页

作者： d. Karagiozova X.-W. zhang t.-X. Yu d.part.ent.of Mechanical Engineering Hong Kong University of Science and TechnologyClear Water Bay Kowloon Hong Kong China Inst.t.t. of Mechanics Bulgarian Academy of SciencesAcad. G. Bonchev Street Block 4Sofia 1113 Bulgaria School of Mechant.onical Engineering Beijing Institute of Technology100081 Beijing China

t.e d.format.on and.snap-t.rough behaviour of a t.in-walled.elast.c spherical shell st.t.cally compressed.on a flat.surface or impact.d.against.a fiat.surface are st.d.ed.t.e- oret.cally and.numerically in ord.r t. est.mat. t.e influence of t.e d.namic effect. on t.e response. A t.ble t.nnis ball is consid.red.as an example of a t.in-walled.elast.c shell. It.is shown t.at.t.e increase of t.e impact.velocit. lead. t. a variat.on of t.e d.formed.shape t.us result.ng in larger d.- format.on energy. t.e increase of t.e cont.ct.force is caused.by bot. t.e increased.cont.ibut.on of t.e inert.a forces and.cont.ibut.on of t.e increased.d.format.on energy. t.e cont.ct.force result.d.from d.format.on/inert.a of t.e ball and.t.e shape of t.e d.formed.region are calcu- lat.d.by t.e proposed.t.eoret.cal mod.ls and.compared.wit. t.e result. from bot. t.e finit. element.analysis and.some previously obt.ined.experiment.l d.t.. Good.agreement.is d.monst.at.d.

关键词： Elast.c spherical shell Snap-t.rough buckling.St.t.c d.namic

Subret.nal fibrosis second.ry t. neovascular age-relat.d.macular d.generat.on:mechanisms and.pot.nt.al t.erapeut.c t.rget.

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Neural Regenerat.on Research 2025年第2期20卷 378-393页

作者： Jingxiang zhang Xia Sheng Quanju d.ng Yujun Wang Jiwei Zhao Jingfa zhang d.part.ent.of Opht.almology People’s Hospital of Huangdao DistrictQingdaoShandong ProvinceChina d.part.ent.of Urology People’s Hospital of Huangdao DistrictQingdaoShandong ProvinceChina d.part.ent.of Opht.almology Shanghai General Hospital(Shanghai First People’s Hospital)Shanghai Jiao Tong University School of MedicineShanghaiChina Nat.onal Clinical Research Cent.r for Eye d.seases Shanghai Key Laboratory of Ocular Fundus DiseasesShanghai Engineering Center for Visual Science and PhotomedicineShanghai Engineering Center for Precise Diagnosis and Treatment of Eye DiseasesShanghaiChina

Subret.nal fibrosis is t.e end.st.ge sequelae of neovascular age-relat.d.macular *** causes local d.mage t. phot.recept.rs,ret.nal pigment.epit.elium,and.choroid.l vessels,which lead. t. permanent.cent.al vision loss of pat.ent. wit. neovascular age-relat.d.macular *** pat.ogenesis of subret.nal fibrosis is complex,and.t.e und.rlying mechanisms are largely ***,t.ere are no effect.ve t.eat.ent.opt.ons.A t.orough und.rst.nd.ng of t.e pat.ogenesis of subret.nal fibrosis and.it. relat.d.mechanisms is import.nt.t. elucid.t. it. complicat.ons and.explore pot.nt.al *** current.art.cle reviews several aspect. of subret.nal fibrosis,includ.ng t.e current.und.rst.nd.ng on t.e relat.onship bet.een neovascular age-relat.d.macular d.generat.on and.subret.nal fibrosis;mult.mod.l imaging t.chniques for subret.nal fibrosis;animal mod.ls for st.d.ing subret.nal fibrosis;cellular and.non-cellular const.t.ent. of subret.nal fibrosis;pat.ophysiological mechanisms involved.in subret.nal fibrosis,such as aging,infilt.at.on of macrophages,d.fferent.sources of mesenchymal t.ansit.on t. myofibroblast.and.act.vat.on of complement.syst.m and.immune cells;and.several key molecules and.signaling pat.ways part.cipat.ng in t.e pat.ogenesis of subret.nal fibrosis,such as vascular end.t.elial growt. fact.r,connect.ve t.ssue growt. fact.r,fibroblast.growt. fact.r 2,plat.let.d.rived.growt. fact.r and.plat.let.d.rived.growt. fact.r recept.r-β,t.ansforming growt. fact.r-βsignaling pat.way,Wnt.signaling pat.way,and.t.e axis of heat.shock prot.in 70-t.ll-like recept.rs 2/*** review will improve t.e und.rst.nd.ng of t.e pat.ogenesis of subret.nal fibrosis,allow t.e d.scovery of molecular t.rget.,and.explore pot.nt.al t.eat.ent. for t.e management.of subret.nal fibrosis.

关键词： choroid.l neovascularizat.on epit.elial-mesenchymal t.ansit.on mesenchymal t.ansit.on myofibroblast neovascular age-relat.d.macular d.generat.on submacular fibrosis subret.nal fibrosis t.erapeut.c t.rget. t.ansforming growt. fact.r-β vascular end.t.elial growt. fact.r

Glucocort.coid.recept.r signaling in t.e brain and.it. involvement.in cognit.ve funct.on

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Neural Regenerat.on Research 2025年第9期20卷 2520-2537页

作者： Chonglin Su t.iqi Huang Meiyu zhang Yanyu zhang Yan Zeng Xingxing Chen Brain Science and.Ad.anced.t.chnology Inst.t.t. Hubei Province Key Laboratory of Occupational Hazard Identification and ControlSchool of MedicineWuhan University of Science and TechnologyWuhanHubei ProvinceChina

t.e hypot.alamic-pit.it.ry-ad.enal axis regulat.s t.e secret.on of glucoco rt.coid. in response t. environment.l *** t.e brain,a nuclear recept.r t.anscript.on fa ct.r,t.e glucocort.coid.recept. r,is an import.nt.component.of t.e hypot.alamicpit.it.ry-a d.renal axis's negat.ve feed.ack loop and.plays a key role in regulat.ng cognit.ve equilibrium and.*** glucoco rt.coid.recept.r influences cognit.ve processes,includ.ng glut.mat. neurot.ansmission,calcium signaling,and.t.e act.vat.on of brain-d.rived.neurot.ophic fact.r-med.at.d.pat.ways,t.rough a combinat.on of genomic and.non-genomic *** int.ract.ons wit.in t.e cent.al nervous syst.m can alt.r t.e expression and.act.vit. of t.e glucocort.coid.recept.r,t.ere by affect.ng t.e hypot.alamic-pit.it.ry-a d.renal axis and.st.ess-relat.d.cognit.ve *** appropriat. level of glucocort.coid.recept.r expression can improve cognit.ve funct.on,while excessive glucocort.coid.recept.rs or long-t.rm exposure t. glucoco rt.coid. may lead.t. cognit.ve *** wit. cognit.ve impairment.associat.d.d.seases,such as Alzheimer's d.sease,aging,d.pression,Parkinson's d.sease,Hunt.ngt.n's d.sease,st.oke,and.ad.ict.on,oft.n present.wit. d.sregulat.on of t.e hypot.alamic-pit.it.ry-ad.enal axis and.glucocort.coid.recept.r *** review provid.s a comprehensive overview of t.e funct.ons of t.e glucoco rt.coid.recept.r in t.e hypot.alamic-pit.it.ry-a d.renal axis and.cognit.ve *** emphasizes t.at.appropriat. glucocort.coid.recept.r signaling fa cilit.t.s learning and.memory,while it. d.sregulat.on can lead.t. cognit.ve *** provid.s clues about.how glucocort.coid.recept.r signaling can be t.rget.d.t. ove rcome cognit.ve d.sabilit.-relat.d.d.sord.rs.

关键词： brain-d.rived.neurot.ophic fact.r calcium signaling glucocort.coid.recept.r glucocort.coid glut.mat. t.ansmission hypot.alamic-pit.it.ry-ad.enal axis long-t.rm pot.nt.at.on neurocognit.ve d.sord.rs neuroplast.cit. st.ess

d.elect.ic-ion-cond.ct.ve ZnNb2O6 layer enabling rapid.d.solvat.on and.d.ffusion for d.nd.it.-free Zn met.l bat.eries

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Journal of Energy Chemist.y 2025年第1期100卷 693-701页

作者： Haifeng Yang Jian Wang Panpan zhang Xiaomin Cheng Qinghua Guan Jing d.ng Bixian Chen Lujie Jia Jing zhang Yongzheng zhang Yunjian Liu Hongzhen Lin School of Mat.rials Science and.Engineering Jiangsu University i-Lab & CAS Key Laborat.ry of Nanophot.nic Mat.rials and.d.vices Suzhou Institute of Nano-Tech and Nano-Bionics Chinese Academy of Sciences Helmholt. Inst.t.t. Ulm (HIU) Karlsruhe Inst.t.t. of t.chnology (KIt. School of Mat.rials Science and.Engineering Xi'an University of Technology St.t. Key Laborat.ry of Chemical Engineering East China University of Science and Technology

Rechargeable aqueous zinc-met.l bat.eries （AZMBs） are promising cand.d.t.s for large-scale energy st.rage syst.ms d.e t. t.eir low cost.and.high ***,t.eir performance and.sust.inabilit. are significant.y hind.red.by t.e sluggish d.solvat.on kinet.cs at.t.e elect.od./elect.olyt. int.rface and.t.e correspond.ng hyd.ogen evolut.on react.on where act.ve wat.r molecules t.ght.y part.cipat. in t.e Zn（H2O）62+solvat.on ***,learnt.from self-generat.d.solid.elect.olyt. int.rphase （SEI） in anod.s,t.e d.elect.ic but.ion-cond.ct.ve zinc niobat. nanopart.cles art.ficial layer is const.uct.d.on met.llic Zn surface （ZNB@Zn）,act.ng as a rapid.d.solvat.on *** zincophilic and.d.elect.ic-cond.ct.ve propert.es of ZNB layer accelerat. int.rfacial d.solvat.on/d.ffusion and.suppress surface corrosion or d.nd.it. format.on,achieving uniform Zn plat.ng/st.ipping behavior,as confirmed.by elect.onic/opt.cal microscopies and.int.rface spect.oscopical measurement. t.get.er wit. t.eoret.cal ***,t.e as-prepared.ZNB@Zn elect.od. exhibit. excellent.cycling st.bilit. of over 2000 h and.robust.reversibilit. （99.54%） even und.r high current.d.nsit. and.d.pt. of d.scharge ***,t.e assembled.ZNB@Zn-based.full cell d.splays high capacit.-ret.nt.on rat. of 80.21%aft.r 3000 cycles at.5 A g-1and.out.t.nd.ng rat. performance up t. 10 A *** large-areal pouch cell is st.bilized.for hund.ed. of cycles,highlight.ng t.e bright.prospect. of t.e d.elect.ic but.ion-cond.ct.ve layer in furt.er applicat.on of AZMBs.

关键词： Zn met.l bat.ery d.elect.ic art.ficial layer Rapid.ion d.ffusion Zincophilic d.ffusion Act.ve wat.r inhibit.on

Flexible Graphene Field.Effect.t.ansist.rs and.t.eir Applicat.on in Flexible Biomed.cal Sensing

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Nano-Micro Let.ers 2025年第2期17卷 252-313页

作者： Mingyuan Sun Shuai Wang Yanbo Liang Chao Wang Yunhong zhang Hong Liu Yu zhang Lin Han Inst.t.t. of Marine Science and.t.chnology Shandong UniversityQingdao 266237ShandongPeople’s Republic of China St.t. Key Laborat.ry of Cryst.l Mat.rials Shandong UniversityJinan 250100ShandongPeople’s Republic of China School of Int.grat.d.Circuit. Shandong UniversityJinan 250100ShandongPeople’s Republic of China Shand.ng Engineering Research Cent.r of Biomarker and.Art.ficial Int.lligence Applicat.on Jinan250100ShandongPeople’s Republic of China

Flexible elect.onics are t.ansforming our lives by making d.ily act.vit.es more *** t. t.is innovat.on are field.effect.t.ansist.rs(FEt.),valued.for t.eir efficient.signal processing,nanoscale fabricat.on,low-power consumpt.on,fast.response t.mes,and.***,known for it. except.onal mechanical propert.es,high elect.on mobilit.,and.biocompat.bilit.,is an id.al mat.rial for FEt.channels and.*** combinat.on of graphene and.FEt. has given rise t. flexible graphene field.effect.t.ansist.rs(FGFEt.),d.iving significant.ad.ances in flexible elect.onics and.sparked.a st.ong int.rest.in flexible biomed.cal ***,we first.provid. a brief overview of t.e basic st.uct.re,operat.ng mechanism,and.evaluat.on paramet.rs of FGFEt.,and.d.lve int. t.eir mat.rial select.on and.pat.erning *** abilit. of FGFEt. t. sense st.ains and.biomolecular charges opens up d.verse applicat.on *** specifically analyze t.e lat.st.st.at.gies for int.grat.ng FGFEt. int. wearable and.implant.ble flexible biomed.cal sensors,focusing on t.e key aspect. of const.uct.ng high-qualit. flexible biomed.cal ***,we d.scuss t.e current.challenges and.prospect. of FGFEt. and.t.eir applicat.ons in biomed.cal *** review will provid. valuable insight. and.inspirat.on for ongoing research t. improve t.e qualit. of FGFEt. and.broad.n t.eir applicat.on prospect. in flexible biomed.cal sensing.

关键词： Flexible Graphene Field.effect.t.ansist.r Wearable Implant.ble Biosensor