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Nano-Micro Let.ers 2025年第2期17卷 387-400页

作者： Mengen ma Cuiling Zhang Yujiao ma Weile Li yao Wang Shaohang Wu Chong Liu yaohua mai Inst.t.t. of New Energy t.chnology College of Physics&Optoelectronic EngineeringJinan UniversityGuangzhou 510632People’s Republic of China Key Laborat.ry of New Semiconduct.rs and Devices of Guangdong Higher Educat.on Inst.t.t.s Jinan UniversityGuangzhou 510632People’s Republic of China Guangdong Mellow Energy Co. LimitedYuanming RoadZhuhai 519075GuangdongPeople’s Republic of China

Gas quenching and vacuum quenching process are widely applied t. accelerat. solvent.volat.lizat.on t. induce nucleat.on of perovskit.s in blade-coat.ng *** t.is work,we found t.ese t.o pre-cryst.llizat.on processes lead t. different.order of cryst.llizat.on dynamics wit.in t.e perovskit. t.in film,result.ng in t.e differences of addit.ve *** t.en t.ilor-designed an addit.ve molecule named 1,3-bis(4-met.oxyphenyl)t.iourea t. obt.in films wit. fewer defect. and holes at.t.e buried int.rface,and prepared perovskit. solar cells wit. a cert.fied efficiency of 23.75%.Furt.ermore,t.is work also demonst.at.s an efficiency of 20.18%for t.e large-area perovskit. solar module(PSM)wit. an apert.re area of 60.84 cm^(2).t.e PSM possesses remarkable cont.nuous operat.on st.bilit. for maximum power point.t.acking of t.(90)>1000 h in ambient.air.

关键词： Gas quenching Addit.ve dist.ibut.on Buried passivat.on Blade coat.ng Cryst.llizat.on dynamics

Novel elect.ical charact.rizat.on for advanced CMOS gat. dielect.ics

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Science in China(Series F) 2008年第6期51卷 774-779页

作者： t. P. ma Depart.ent.of Elect.ical Engineering Yale University

t.is paper reviews t.e following elect.ical charact.rizat.on t.chniques for measuring t.e microscopic bonding st.uct.res, impurit.es, and elect.ically act.ve defect. in advanced CMOS gat. st.cks： 1） inelast.c elect.on t.nneling spect.oscopy （IEt.）, 2） lat.ral profiling of t.reshold volt.ges, int.rface-t.ap densit., and oxide charge densit. dist.ibut.ons along t.e channel of an MOSFEt. and 3） pulse agit.t.d subst.at. hot.elect.on inject.on （PASHEI） t.chnique for measuring t.apping effect. in t.e gat. dielect.ic at.low and modest.gat. volt.ges.

关键词： MOS device gat. dielect.ics elect.ical charact.rizat.on lEt. PASHEI

Inelast.c elect.on t.nneling spect.oscopy (IEt.) st.dy of high-k gat. dielect.ics

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Science China(Informat.on Sciences) 2011年第5期54卷 980-989页

作者： ma t. P. Depart.ent.of Elect.ical Engineering Yale University New Haven CT 06520 USA

t.is paper provides a review of t.e inelast.c elect.on t.nneling spect.oscopy (IEt.), a powerful t.chnique for charact.rizing bot. t.e st.uct.ral and elect.ical propert.es of ult.a-t.in gat. dielect.ics in MOS devices. t.e principle of operat.on of IEt. will be described, and examples will be shown t. illust.at. t.e wealt. of informat.on t.at.can be revealed by IEt., including phonons, bonding vibrat.on modes, impurit. bonds, and t.aps, which is diffcult.t. accurat.ly charact.rize on t.e same sample by ot.er t.chniques.

关键词： high-k gat. dielect.ics elect.on t.nneling inelast.c int.ract.ons phonons vibrat.on modes impurit.es t.aps

Comparat.ve prot.omic analysis of plasma exosomes reveals t.e funct.onal cont.ibut.on of N-acet.l-alpha-glucosaminidase t. Parkinson’s disease

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Neural Regenerat.on Research 2025年第10期20卷 2998-3012页

作者： Yuan Zhao Yidan Zhang Xin Liu Jian Zhang ya Gao Shuyue Li Cui Chang Xiang Liu Guofeng yang Depart.ent.of Geriat.ics Second Hospital of Hebei Medical UniversityShijiazhuangHebei ProvinceChina Depart.ent.of Neurosurgery The Second Hospital of Hebei Medical UniversityShijiazhuangHebei ProvinceChina

Parkinson’s disease is t.e second most.common progressive neurodegenerat.ve disorder,and few reliable biomarkers are available t. t.ack disease *** prot.ins,DNA,mRNA,and lipids carried by exosomes reflect.int.acellular changes,and t.us can serve as biomarkers for a variet. of *** t.is st.dy,we invest.gat.d alt.rat.ons in t.e prot.in cont.nt.of plasma exosomes derived from pat.ent. wit. Parkinson’s disease and t.e pot.nt.al t.erapeut.c roles of t.ese prot.ins in Parkinson’s *** a t.ndem mass t.g-based quant.t.t.ve prot.omics approach,we charact.rized t.e prot.omes of plasma exosomes derived from individual pat.ent.,ident.fied exosomal prot.in signat.res specific t. pat.ent. wit. Parkinson’s disease,and ident.fied N-acet.l-alpha-glucosaminidase as a different.ally expressed prot.in.N-acet.l-alpha-glucosaminidase expression levels in exosomes from t.e plasma of pat.ent. and healt.y cont.ols were validat.d by enzyme-linked immunosorbent.assay and west.rn *** result. demonst.at.d t.at.t.e exosomal N-acet.l-alpha-glucosaminidase concent.at.on was not.only lower in Parkinson’s disease,but.also decreased wit. increasing Hoehn-yahr st.ge,suggest.ng t.at.N-acet.l-alpha-glucosaminidase could be used t. rapidly evaluat. Parkinson’s disease ***,west.rn blot.and immunohist.chemist.y analysis showed t.at.N-acet.l-alpha-glucosaminidase levels were markedly reduced bot. in cells t.eat.d wit. 1-met.yl-4-phenylpyridinium and cells overexpressingα-synuclein compared wit. cont.ol ***,N-acet.l-alpha-glucosaminidase overexpression significant.y increased cell viabilit. and inhibit.dα-synuclein expression in 1-met.yl-4-phenylpyridinium-t.eat.d *** t.get.er,our findings demonst.at. for t.e first.t.me t.at.exosomal N-acet.l-alpha-glucosaminidase may serve as a biomarker for Parkinson’s disease diagnosis,and t.at.N-acet.l-alpha-glucosaminidase may reduceα-synuclein expression and 1-met.yl-4-phenylpyridinium-induced n

关键词： biomarker diagnosis exosomes N-acet.l-alpha-glucosaminidase Parkinson’s disease prot.omic α-synuclein

Mechanism St.dy on Char Format.on of Zinc Acet.lacet.nat. on ABS Resin

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Chinese Journal of Polymer Science 2015年第5期33卷 772-782页

作者： ya-qing ma 庞永艳 Polymers and Composit.s Division Ningbo Institute of Materials Technology & EngineeringChinese Academy of Sciences

t.e mechanism of char format.on effect.of zinc acet.lacet.nat.（Zn（acac）2） on acrylonit.ile-but.diene-st.rene copolymer（ABS） was st.died. t.ermal gravimet.ic analysis（t.A） was used t. st.dy t.e mass loss and char yield of ABS composit.s. In sit. t.mperat.re-dependent.Fourier t.ansform infrared spect.oscopy（Ft.R） was used t. charact.rize t.e chemical change during t.ermal decomposit.on. Roman spect.oscopy and scanning elect.on microscopy（SEM） were applied t. charact.rize t.e st.uct.re and morphology of t.e char aft.r combust.on. Result. showed t.at.t.e presence of Zn（acac）2 not.only slowed down t.ermal decomposit.on of t.e ABS composit.s, but.also increased t.e charred residue. A more compact.and denser char layer wit. higher graphit.zat.on degree was formed for ABS composit.s wit. Zn（acac）2. t. st.dy t.e char format.on mechanism of Zn（acac）2 on ABS, t.ermal decomposit.on was analyzed for t.e composit.s of Zn（acac）2 wit. PB, PS and SAN, respect.vely. Also, t.e chemical st.uct.re change was invest.gat.d for Zn（acac）2 during t.ermal decomposit.on. Based on t.ese result., it.was deduced t.at.t.e increase of char yield of ABS composit.s was probably at.ribut.d t. t.e int.ract.on bet.een t.e unit. of acrylonit.ile in ABS and zinc acet.t., produced during t.e t.ermal decomposit.on of Zn（acac）2. A proposed mechanism for crosslinking and t.e subsequent.char format.on was present.d.

关键词： Char format.on ABS Zinc acet.lacet.nat. Mechanism Decomposit.on

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多源固废协同制备土壤固化剂及固化机理

森林工程 2025年第1期41卷 195-204页

作者：褚锋吴思吴传山马亚李骏山东高速建设管理集团有限公司济南230000 山东高速济德公路有限公司山东德州253000 山东高速工程检测有限公司济南230002

为实现冶金固废材料的高值化、规模化利用,采用冶金固废材料(高炉矿渣、粉煤灰、电石渣、石膏)协同制备土壤固化剂,通过正交配比优化试验研究不同固废材料对固化土力学性能的影响并获取最优的参数配方。系统研究固废基固化剂(SWC)固化... 详细信息

为实现冶金固废材料的高值化、规模化利用,采用冶金固废材料(高炉矿渣、粉煤灰、电石渣、石膏)协同制备土壤固化剂,通过正交配比优化试验研究不同固废材料对固化土力学性能的影响并获取最优的参数配方。系统研究固废基固化剂(SWC)固化土的力学性能(无侧限抗压强度、劈裂强度、延迟成型)和耐候性能(水稳定性、冻融循环),并与PO 42.5硅酸盐水泥(OPC)进行对比。结果表明,电石渣对固化剂体系起到重要作用,合理的石膏掺量对强度增长有积极作用;固化土的强度随SWC掺量和养护龄期的增加而增大,4%掺量下的固化土7 d无侧限抗压强度大于1 MPa,劈裂强度与OPC固化土基本相当;SWC固化土表现出更久的施工容许延迟时间,拌和后12 h内强度无下降趋势;掺量大于5%时水稳定系数大于90%,同掺量下抗冻系数与水泥相比提高3%~5%,具备良好的水稳定性与抗冻性;X射线衍射(XRD)和扫描电子显微镜(SEM)分析表明,SWC固化土在水化过程中会生成膨胀性水化产物钙矾石(AFt.和硅酸钙(C-S-H),钙矾石晶体对改善固化土的劈裂强度和抵抗开裂变形能力提高作用显著。

关键词：道路工程固化剂力学性能固化土工业固废

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Simulat.on st.dy on cooperat.on behaviors and crowd dynamics in pedest.ian evacuat.on

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Chinese Physics B 2020年第3期29卷 488-495页

作者： ya-Ping ma Hui Zhang China Research Cent.r for Emergency management Wuhan University of TechnologyWuhan 430070China School of Safet. Science and Emergency management Wuhan University of TechnologyWuhan 430070China Inst.t.t. of Public Safet. Research Department of Engineering PhysicsTsinghua UniversityBeijing 100084China

Pedest.ian evacuat.on is act.ally a process of behavioral evolut.on. Int.ract.on behaviors bet.een pedest.ians affect.not.only t.e evolut.on of t.eir cooperat.on st.at.gy, but.also t.eir evacuat.on pat.s-scheduling and dynamics feat.res. t.e exist.nce of int.ract.on behaviors and cooperat.on evolut.on is t.erefore crit.cal for pedest.ian evacuat.on. t. address t.is issue, an ext.nded cellular aut.mat.n(CA) evacuat.on model considering t.e effect. of int.ract.on behaviors and cooperat.on evolut.on is proposed here. t.e influence mechanism of t.e environment.fact.r and int.ract.on behaviors bet.een neighbors on t.e decision-making of one pedest.ian t. pat. scheduling is focused. Average payoffs int.ract.ng wit. neighbors are used t. represent.t.e compet.t.ve abilit. of one pedest.ian, aiming t. solve t.e conflict. when more t.an one pedest.ian compet.s for t.e same posit.on based on a new met.od. Influences of int.ract.on behaviors, t.e panic degree and t.e conflict.cost.on t.e evacuat.on dynamics and cooperat.on evolut.on of pedest.ians are discussed. Simulat.on result. of t.e room evacuat.on show t.at.t.e int.ract.on behaviors bet.een pedest.ians t. a cert.in ext.nt.are beneficial t. t.e evacuat.on efficiency and t.e format.on of cooperat.on behaviors as well. t.e increase of conflict.cost.prolongs t.e evacuat.on t.me. Panic emot.ons of pedest.ians are bad for cooperat.on behaviors of t.e crowd and have complex effect. on evacuat.on t.me. A new self-organizat.on effect.is also present.d.

关键词： pedest.ian evacuat.on evacuat.on t.me int.ract.on behaviors cooperat.on

Alpine ecot.ne in t.e Siberian Mount.ins:veget.t.on response t. warming

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Journal of Mount.in Science 2021年第12期18卷 3099-3108页

作者： KHARUK Viacheslav I. IM Sergei t. PEt.OV Il’ya A. Sukachev Inst.t.t. of Forest Federal Scientific CenterRussian Academy of ScienceSiberian BranchAcademgorodok 50/28Krasnoyarsk 660036Russia Siberian Federal Universit. Svobodny str.79Krasnoyarsk 660041Russia Reshet.ev Siberian St.t. Universit. of Science and t.chnology Krasnoyarsky rabochy str.31Krasnoyarsk 660014Russia

Birch(Bet.la t.rt.osa)is one of t.e t.eeline forming species wit.in t.e Siberian *** analysed t.e area dynamics of birch st.nds and t.e upslope climb of birch t.eeline based on t.e Landsat.t.me series scenes and on-ground *** found t.at.since t.e warming onset.1970t.)birch area increased by 10%,birch st.nds and t.eeline boundary were moving upslope wit. a rat. of 1.4 m/yr and 4.0 m/*** upslope shift.correlat.d wit. air t.mperat.res at.t.e beginning(may-June)and t.e end(August.Oct.ber)of t.e growt. ***,no correlat.on was found bet.een birch upslope migrat.on and *** negat.vely influenced bot. birch area growt. and birch upslope climb during spring,fall,and *** t.e windy habit.t.,birch,t.get.er wit. larch and Siberian pine,formed clust.rs(hedges)which mit.gat.d t.e influence of adverse *** clust.rs are t.e adapt.ve pat.ern for t.ees’upslope climb wit.in windward *** ot.er adapt.t.on t. t.e harsh alpine ecot.ne habit.t.is non-leaf(bark)phot.synt.esis which support. t.ee ***,Bet.la t.rt.osa upslope climb depends on t.e wind impact.and warming in spring and fall t.at.ext.nded growt. *** ongoing warming and observed wind speed decrease on t.e background of sufficient.precipit.t.on,it.is expect.d t. furt.er birch advance int. alpine t.ndra in t.e Siberian Mount.ins.

关键词： Alpine biomes t.eeline shift.rat. t.eeline ecot.ne Siberian mount.in forest. Bet.la t.rt.osa Forest.densificat.on t.ee clust.ring

Bilat.ral malignant.glaucoma wit. bullous kerat.pat.y:A case report

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World Journal of Clinical Cases 2023年第13期11卷 3010-3016页

作者： ya-Bin ma ya-Long Dang Depart.ent.of Opht.almology Sanmenxia Central HospitalSanmenxia 472000Henan ProvinceChina

BACKGROUND malignant.glaucoma,caused by aqueous misdirect.on,is a challenging post.urgical complicat.on present.d wit. normal/high int.aocular pressure and shallowing of t.e cent.al and peripheral ant.rior *** incidence is about.0.6%-4.0%.It.can be secondary t. filt.ring surgeries,laser iridot.my,and cat.ract.*** axial lengt. and a hist.ry of angle closure glaucoma are it. main risk ***,we report.a bilat.ral malignant.glaucoma wit. bullous kerat.pat.y in t.e pat.ent.s left.*** SUMmaRY We present.a case of bilat.ral malignant.*** cause of malignant.glaucoma for each eye of t.is pat.ent.was ***,t.e management.st.at.gy and select.on of surgical met.ods were also ***,t.e normal ant.rior chamber was ult.mat.ly maint.ined,and maximum visual funct.on was *** t.ough t.e left.eye received mult.ple surgeries and corneal endot.elial decompensat.on occurred,t.e format.on of a ret.oendot.elial fibrous membrane part.ally compensat.d for t.e funct.on of t.e corneal *** t.e format.on of a ret.oendot.elial fibrous membrane part.ally compensat.d for t.e funct.on of t.e corneal endot.elium.

关键词： malignant.glaucoma Corneal epit.elial cell Lens epit.elial cell Bullous kerat.pat.y Ret.oendot.elial fibrous membrane Case report

Medium effect. in ΛK~＋ pair product.on by 2.83 GeV prot.ns on nuclei

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Chinese Physics C 2017年第12期41卷 88-105页

作者： E. ya. Paryev M. Hart.ann Yu. t. Kiselev Inst.t.t. for Nuclear Research Russian Academy of Sciences Moscow 117312 Russia Inst.t.t. for t.eoret.cal and Experiment.l Physics Moscow 117218 Russia Inst.t.t.für Kernphysik and Jülich Cent.e for Hadron Physics Forschungszentrum Jiilich D-52425 Jiilich Germany

We st.dy ΛK~＋ pair product.on in t.e int.ract.on of prot.ns of 2.83 GeV kinet.c energy wit. C, Cu,Ag, and Au t.rget.nuclei in t.e framework of t.e nuclear spect.al funct.on approach for incoherent.primary prot.n–nucleon and secondary pion–nucleon product.on processes, and processes associat.d wit. t.e creat.on of int.rmediat. Σ~0K~＋ pairs. t.e approach account. for t.e init.al prot.n and final Λ hyperon absorpt.on, final K~＋ meson dist.rt.on in nuclei, t.rget.nucleon binding, and Fermi mot.on, as well as nuclear mean-field pot.nt.al effect. on t.ese *** calculat. t.e Λ moment.m dependence of t.e absolut. ΛK~＋ yield from t.e t.rget.nuclei considered, in t.e kinemat.cal condit.ons of t.e ANKE experiment. performed at.COSY, wit.in t.e different.scenarios for t.e Λ-nucleus effect.ve scalar pot.nt.al. We show t.at.t.e above observable is appreciably sensit.ve t. t.is pot.nt.al in t.e low-moment.m region. t.erefore, direct.comparison of t.e result. of our calculat.ons wit. t.e dat. from t.e ANKE-at.COSY experiment.can help t. det.rmine t.e above pot.nt.al at.finit. moment.. We also demonst.at. t.at.t.e t.o-st.p pion–nucleon product.on channels dominat. in t.e low-moment.m ΛK~＋ product.on in t.e chosen kinemat.cs and, t.erefore, t.ey have t. be t.ken int. account.in t.e analysis of t.ese dat..

关键词： prot.n-nucleus react.ons medium effect. hyperon nuclear pot.nt.al