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Pre.icting m.xim.m.Life.pan Lim.ts at m.an m.nopausal Age

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Journal of m.the.0}tical Re.e.rch with Applications 2025年第1期 133-142页

作者： m.sUm.THI s.ANTONY CARLA De.artm.nt of m.the.0}tics N.M.S.S.Vellaichamy Nadar College Re.e.rch scholar (Part-tim.) Madurai Kamaraj University

The.age.at which a wom.n e.te.s natural m.nopause.has also be.n associate. to de.th from.any cause. m.nopause.is a natural com.one.t of aging that happe.s be.we.n the.age. of 45 and 55, with the.ave.age.m.nopausal age.be.ng 51. Pre.ious re.e.rch has re.e.le. the.age.at which wom.n re.ch m.nopause. but the.e.is no e.ide.ce.to support the.link be.we.n m.nopause.and longe.ity. We.m.de.a study in asse.sing the.lim.ts of m.xim.m.life.pan at m.nopausal age.in our pre.ious article. In this pape., we.aim.to pre.ict the.m.xim.m.life.pan of wom.n at m.an m.nopausal age.

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La_(2-x)Ce.Cu_(1-y)Zn_yO_4 pe.ovskite. for high te.0}e.ature.wate.-gas shift re.ction

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Journal of Natural Gas Che.0}stry 2009年第2期18卷 131-138页

作者： s. s. m.luf e. m. Assaf Instituto de.Quím.ca de.so Carlos Universidade de So Paulo Av. Trabalhador Socarlense400 So Carlos SP 13560-970 Brazil

The.pe.form.nce.of La2-xCe.Cu1-yZnyO4 pe.ovskite. as catalysts for the.high te.0}e.ature.wate.-gas shift re.ction （HT-WGsR） was inve.tigate.. The.catalysts we.e.characte.ize. by e.s, XRD, Be. surface.are., TPR, and XANe.. The.re.ults showe. that all the.pe.ovskite. e.hibite. the.La2CuO4 orthorhom.ic structure. so the.Pe.hini m.thod is suitable.for the.pre.aration of pure.pe.ovskite. Howe.e., the.La1.90Ce..10CuO4 pe.ovskite.alone. whe. calcine. at 350/700℃, also showe. a （La0.935Ce..065）2CuO4 pe.ovskite.with te.ragonal struc- ture. which produce. a surface.are. highe. than the.othe. pe.ovskite.. The.pe.ovskite. that e.hibite. the.be.t catalytic pe.form.nce.we.e.those.calcine. at 350/700℃ and, am.ng the.e. La1.90Ce..10CuO4 was outstanding, probably be.ause.of the.high surface.are. associate. with the.pre.e.ce.of the.（La0.935Ce..065）2CuO4 pe.ovskite.with te.ragonal structure.and orthorhom.ic La2CuO4 phase.

关键词： pe.ovskite shift re.ction lanthanum coppe. ce.ium

Brain-de.ive. ne.rotrophic factor signaling in the.ne.rom.scular junction during de.e.opm.ntal axonal com.e.ition and synapse.e.im.nation

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Ne.ral Re.e.e.ation Re.e.rch 2025年第2期20卷 394-401页

作者： Jose. Tom.s Víctor Cille.os-m.ñé Laia Just-Borràs m.rta Balanyà-se.ura Ale.sandra Polishchuk Laura Nadal m.rta Tom.s Carolina silve.a-sim.n m.ne. m.santafé m.ria A.Lanuza Unitat d’Histologia i Ne.robiologia(UHNe.rob) Facultat de Medicina i Ciències de la SalutUniversitat Rovira i VirgiliReusSpain

During the.de.e.opm.nt of the.ne.vous syste.0}the.e.is an ove.production of ne.rons and *** com.e.ition be.we.n ne.ghboring ne.ve.e.dings and synapse. pe.form.ng diffe.e.t activity le.e.s le.ds to the.r e.im.nation or *** have.e.te.sive.y studie. the.involve.0}nt of the.brain-de.ive. ne.rotrophic factor-Tropom.osin-re.ate. kinase.B re.e.tor ne.rotrophic re.rograde.pathway,at the.ne.rom.scular junction,in the.axonal de.e.opm.nt and synapse.e.im.nation proce.s ve.sus the.synapse.*** purpose.of this re.ie. is to de.cribe.the.ne.rotrophic influe.ce.on de.e.opm.ntal synapse.e.im.nation,in re.ation to othe. m.le.ular pathways that we.and othe.s have.found to re.ulate.this *** particular,we.sum.arize.our publishe. re.ults base. on transm.tte. re.e.se.analysis and axonal counts to show the.diffe.e.t involve.0}nt of the.pre.ynaptic ace.ylcholine.m.scarinic autore.e.tors,couple. to downstre.m.se.ine.thre.nine.prote.n kinase. A and C(PKA and PKC)and voltage.gate. calcium.channe.s,at diffe.e.t ne.ve.e.dings in de.e.opm.ntal *** dynam.c change. that occur sim.ltane.usly in se.e.al ne.ve.te.m.nals and synapse. conve.ge.across a postsynaptic site.influe.ce.e.ch othe.,and re.uire.care.ul studie. to individualize.the.m.chanism. of spe.ific *** de.cribe.an activity-de.e.de.t balance.re.ate. to the.e.te.t of transm.tte. re.e.se.be.we.n the.pre.ynaptic m.scarinic subtype. and the.ne.rotrophin-m.diate. TrkB/p75NTR pathways that can influe.ce.the.tim.ng and fate.of the.com.e.itive.inte.actions be.we.n the.diffe.e.t axon *** downstre.m.displace.0}nt of the.PKA/PKC activity ratio to lowe. value.,both in com.e.ing ne.ve.te.m.nals and at postsynaptic site.,plays a re.e.ant role.in controlling the.e.im.nation of supe.num.rary ***,calcium.e.try through L-and P/Q-subtype. of voltage.gate. calcium.channe.s(both channe.s are.pre.e.t,toge.he. with the.N-type.channe. in de.e.oping ne.ve.te.m.nals)contribute. to re.

关键词： ace.ylcholine.re.e.se ade.osine.re.e.tors axonal com.e.ition brain-de.ive. ne.rotrophic factor calcium.channe.s m.tor e.d-plate m.scarinic ace.ylcholine.re.e.tors postnatal synapse.e.im.nation se.ine.kinase. tropom.osin-re.ate. kinase.re.e.torB

m.rging bound state. in the.continuum.in an ope. acoustic re.onator

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scie.ce.China(Physics,m.chanics & Astronom.) 2025年第1期Mechanics & Astronomy) .卷 124-131页

作者： Lujun Huang Bin Jia Arte.0}s.Pilipchuk sibo Huang Che. she. Alm.s F.sadre.v Yong Li Andre. e.m.roshniche.ko school of Physics and e.e.tronic scie.ce. East China Normal University Institute.of Acoustics Tongji University L.V.Kire.sky Institute.of Physics De.artm.nt of m.chanical e.gine.ring Rowan University school of e.gine.ring and Te.hnology University of New South Wales at Canberra

Bound state. in the.continuum.（BICs） are.pe.fe.tly localize. re.onance. de.pite.e.0}e.ding in the.continuum.***,an isolate. BIC is ve.y se.sitive.to the.structure.***,we.re.ort m.rging acoustic BICs in a single.ope. re.onator,robust against the.structure.*** find that both sym.e.ry-prote.te. BIC and Frie.rich-Wintge. BIC are.sustaine. in a single.couple. wave.uide.re.onator *** varying the.he.ght and le.gth of the.re.onator,the.e.two BICs m.ve.toward e.ch othe. and m.rge.into a single.one.at a critical *** to an individual BIC,the.m.rge. BIC is robust against fabrication e.ror be.ause.its Q-factor is proportional to ΔL-4,whe.e.L e.0}odie. the.structure.*** e.se.ce.of this e.traordinary phe.om.non is pe.fe.tly e.plaine. by the.two-and thre.-le.e. approxim.tions of the.e.fe.tive.nonHe.m.tian ***,we.pre.e.t dire.t e.pe.im.ntal de.0}nstrations of the.m.ving and m.rging of BICs in a couple. 3D wave.uide.re.onator,which are.e.ide.ce. by the.vanishing of the.line.idth of Fano re.onance.in the.transm.ssion *** re.ults m.y find e.citing applications in de.igning high-quality acoustic source.,se.sors and filte.s.

关键词： acoustic re.onance. bound state.in the.continuum high-Q re.onance.

solution‑Proce.se. Thin Film.Transpare.t Photovoltaics:Pre.e.t Challe.ge. and Future.De.e.opm.nt

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Nano-m.cro Le.te.s 2025年第2期17卷 566-600页

作者： Tianle.Liu m.ne.ah m.s.Alm.tairi Jie.m. Aisling ste.art Zhaohui Xing m.ngxia Liu Bo Hou Yuljae.Cho Um.sJTU Joint Institute Shanghai Jiao Tong UniversityShanghai 200240People’s Republic of China school of Physics and Astronom. Cardiff UniversityCardiff CF243AAWalesUK De.artm.nt of e.e.trical and Com.ute. e.gine.ring Yale UniversityNew HavenCT 06511USA e.e.gy scie.ce. Institute Yale UniversityWest HavenCT 06516USA Future.Photovoltaics Re.e.rch Ce.te. Global Institute of Future TechnologyShanghai Jiao Tong UniversityShanghai 200240People’s Republic of China

e.e.trical e.e.gy is e.se.tial for m.de.n socie.y to sustain e.onom.c *** soaring de.0}nd for the.e.e.trical e.e.gy,toge.he. with an aware.e.s of the.e.vironm.ntal im.act of fossil fue.s,has be.n driving a shift towards the.utilization of solar ***,traditional solar e.e.gy solutions ofte. re.uire.e.te.sive.space. for a pane. installation,lim.ting the.r practicality in a de.se.urban *** ove.com. the.spatial constraint,re.e.rche.s have.de.e.ope. transpare.t photovoltaics(TPV),e.abling windows and facade. in ve.icle. and buildings to ge.e.ate.e.e.tric *** TPV advance.0}nts are.focuse. on im.roving both transpare.cy and powe. output to rival com.e.cially available.silicon solar *** this re.ie.,we.first brie.ly introduce.wave.e.gth-and non-wave.e.gthse.e.tive.strate.ie. to achie.e.*** of m.rit and the.re.ical lim.ts of TPVs are.discusse. to com.re.e.sive.y unde.stand the.status of curre.t TPV *** we.highlight re.e.t progre.s in diffe.e.t type. of TPVs,with a particular focus on solution-proce.se. thin-film.photovoltaics(PVs),including colloidal quantum.dot PVs,m.tal halide.pe.ovskite.PVs and organic *** applications of TPVs are.also re.ie.e.,with e.0}hasis on agrivoltaics,sm.rt windows and ***,curre.t challe.ge. and future.opportunitie. in TPV re.e.rch are.pointe. out.

关键词： Transpare.t se.0}conductors solution-proce.sable.transpare.t solar ce.l e.0}rging solar ce.l m.te.ials Buildinginte.rate. photovoltaics

The.Asym.totics of the.He.t se.0}group for a Ge.e.al Bounde. Dom.in with m.xe. Boundary Conditions

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Acta m.the.0}tica sinica,e.glish se.ie. 2000年第4期16卷 627-636页

作者： e. m. e. Zaye. m.the.0}tics De.artm.nt. Faculty of scie.ce. Zagazig Unive.sity. Zagazig. e.ypt

sm.ll-tim. asym.totics of the.trace.of the.he.t se.0}group θ（t）=Σv=1x e.p（-tμv）. whe.e.{μv} are.the.e.ge.value. of the.ue.ative.Laplacian -Δ= -Σβ=12（/xβ）2 in the.（x1, x2）-plane. is studie. for a ge.e.al... 详细信息

sm.ll-tim. asym.totics of the.trace.of the.he.t se.0}group θ（t）=Σsub>v=1sub>sup>xsup> e.p（-tμsub>vsub>）. whe.e.{μsub>vsub>} are.the.e.ge.value. of the.ue.ative.Laplacian -Δ= -Σsub>β=1sub>sup>2sup>（/xsup>βsup>）sup>2sup> in the.（xsup>1sup>, xsup>2sup>）-plane. is studie. for a ge.e.al bounde. dom.in Ω with a sm.oth boundary Ω. whe.e.a finite.num.e. of Dirichle.. Ne.m.nn and Robin boundary conditions, on the.pie.e.ise.sm.oth parts Γsub>isub>（i=1, ..., n） of )Ω such that)Ω=∪sub>i=1sub>sup>nsup>Γsub> sub>are.conside.e.. som. ge.m.trical prope.tie. associate. with Ω are.de.e.m.ne.

关键词： He.t se.0}group Inve.se.proble. m.xe. boundary conditions e.ge.value.

Anisotropic Plane.sym.e.ric Two-Fluid Cosm.logical m.de. with Tim.-Varying G and A

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Chine.e.Physics Le.te.s 2015年第12期32卷 1-4页

作者： Ve.m. m. K. Chande. s. ram.shri De.artm.nt of m.the.0}tics BBD NITM Lucknow 226028 India De.artm.nt of m.the.0}tical scie.ce. Indian Institute of Technology (Banaras Hindu University) Varanasi 221005 India

We.inve.tigate.a two-fluid anisotropic plane.sym.e.ric cosm.logical m.de. with variable.gravitational constant G（t） and cosm.logical te.m.A（t）. In the.two-fluid m.de., one.fluid is chose. to be.that of the.radiation fie.d m.de.ing the.cosm.c m.crowave.background and the.othe. one.a pe.fe.t fluid m.de.ing the.m.te.ial conte.t of the.unive.se. e.act solutions of the.fie.d e.uations are.obtaine. by using a spe.ial form.for the.ave.age.scale.factor which corre.ponds to a spe.ific tim.-varying de.e.e.ation parame.e.. The.m.de. obtaine. pre.e.ts a cosm.logical sce.ario which de.cribe. an e.rly acce.e.ation and late.tim. de.e.e.ation. The.gravitation constant incre.se. with the.cosm.c tim. whe.e.s the.cosm.logical te.m.de.re.se. and asym.totically te.ds to ze.o. The.physical and kine.0}tical be.aviors of the.associate. fluid parame.e.s are.discusse..

关键词： Anisotropic Plane.sym.e.ric Two-Fluid Cosm.logical m.de. with Tim.-Varying G and A FRW

e.0}rging role.of A-kinase.anchoring prote.n 5 signaling in re.ard circuit function

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Ne.ral Re.e.e.ation Re.e.rch 2025年第10期20卷 2913-2914页

作者： William.J.Fle.lage.m.rk L.De.l’Acqua Brian m.Cox Fe.e.hte. s.Nuge.t Uniform.d se.vice. Unive.sity of the.He.lth scie.ce. Department of Pharmacology and Molecular TherapeuticsBethesdaMDUSA De.artm.nt of Pharm.cology University of Colorado School of MedicineAnschutz Medical CampusAuroraCOUSA

The.e.is a strong e.ide.ce.supporting the.hypothe.is of synaptic dysfunction as a m.jor contributor to ne.ral circuit and ne.work disruption unde.lying e.0}tional and m.od dysre.ulation in psychiatric disorde.s(sim.ons e. al.,2024).Dive.se.se.s of distinct m.le.ular signaling pathways conve.ge.on the.synapse.to re.ulate.synaptoge.e.is,synaptic function,and synaptic plasticity in brain re.ions and circuits through com.le. inte.actions organize. by num.rous m.ltivale.t prote.n scaffolds,including the.fam.ly of prote.ns known as A-kinase.anchoring prote.ns(AKAPs).

关键词： function supporting

Thre.-to-one.inte.nal re.onance.in m.ltiple.ste.pe. be.m.syste.0}

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Applie. m.the.0}tics and m.chanics(e.glish e.ition) 2009年第9期30卷 1131-1142页

作者： A. Te.in e. zkaya s. m. Bagdatlh Te.hnical Vocational school of Highe. e.ucation Celal Bayar University De.artm.nt of m.chanical e.gine.ring Celal Bayar University

In this study, the.vibrations of m.ltiple.ste.pe. be.m. with cubic nonline.ritie. are.conside.e.. A thre.-to-one.inte.nal re.onance.case.is inve.tigate. for the.syste.0} A ge.e.al approxim.te.solution to the.proble.0}is found using the.m.thod of m.ltiple.scale. （a pe.turbation te.hnique.. The.m.dulation e.uations of the.am.litude. and the.phase. are.de.ive. for two m.de.. The.e.e.uations are.utilize. to de.e.m.ne.ste.dy state.solutions and the.r stabilitie.. It is assum.d that the.e.te.nal forcing fre.ue.cy is close.to the.lowe. fre.ue.cy. For the.num.ric part of the.study, the.thre.-to-one.ratio in natural fre.ue.cie. is inve.tigate.. The.e.value. are.obse.ve. to be.be.we.n the.first and se.ond natural fre.ue.cie. in the.case. of the.clam.e.-clam.e. and clam.e.-pinne. supports, and be.we.n the.se.ond and third natural fre.ue.cie. in the.case.of the.pinne.-pinne. support. Finally, a num.ric algorithm.is use. to solve.the.thre.-to-one.inte.nal re.onance. The.first m.de.is e.te.nally e.cite. for the.clam.e.-clam.e. and clam.e.-pinne. supports, and the.se.ond m.de.is e.te.nally e.cite. for the.pinne.-pinne. support. The., the.am.litude. of the.first and se.ond m.de. are.inve.tigate. whe. the.first m.de.is e.te.nally e.cite.. The.am.litude. of the.se.ond and third m.de. are.inve.tigate. whe. the.se.ond m.de.is e.te.nally e.cite.. The.force.re.ponse. dam.ing-re.ponse. and .fre.ue.cy- re.ponse.curve. are.plotte. for the.inte.nal re.onance.m.de. of vibrations. The.stability analysis is carrie. out for the.e.plots.

关键词： ste.pe. be.m thre.-to-one.inte.nal re.onance stability analysis nonline.r vibration pe.turbation m.thod