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Adjustme.t of the.annual cycle.to climatic change.in a long-live. migratory bird sp.cie.

Curre.t Zoology 2009年第2期55卷 92-101页

作者： A. p. MФLLe. e. FLe.STe.-Je.Se. W. MARDAL3 Laboratoire.d'e.ologie Systématique et EvolutionCNRS UMR 8079Université Paris-SudBatiment 362F-91405 Orsay CedexFrance Cyp.e.ve. 1 DK-9700 BrФnderslevDenmark Le.indve. 102 SФnderhDK-7752 SnedstedDenmark

Climate.change.has advance. the.p.e.ology of many organisms. Migratory animals face.p.rticular p.oble.s be.ause.climate.change.in the.bre.ding and the.winte.ing range.may be.asynchronous, p.e.e.ting rap.d re.p.nse.to changing conditions. Advance.e.t in timing of sp.ing migration may have.carry-ove. e.fe.ts to othe. p.rts of the.annual cycle. simp.y be.ause.advance.e.t of one.e.e.t in the.annual cycle.also advance. subse.ue.t e.e.ts, gradually causing a ge.e.al shift in the.timing of the.e.tire.annual cycle. Such a p.e.otyp.c shift could ge.e.ate.accumulating e.fe.ts ove. the.ye.rs for individuals, but also across ge.e.ations. He.e.we.te.t this nove. hyp.the.is of p.e.otyp.c re.p.nse.to climate.change.by using long-te.m data on the.Arctic te.n Ste.na p.radisae.. Me.n bre.ding date.advance. by almost thre. we.ks during the.last 70 ye.rs. Annual arrival date.at the.bre.ding grounds during a p.riod of 47 ye.rs was p.e.icte. by e.vironme.tal conditions in the.winte. quarte.s in the.Southe.n Oce.n ne.r the.Antarctic and by me.n bre.ding date.the.p.e.ious ye.r. Annual me.n bre.ding date.was only marginally de.e.mine. by timing of arrival the.curre.t ye.r, but to a large. e.te.t by arrival date.and bre.ding date.the.p.e.ious ye.r. Le.rning affe.te. arrival date.as shown by a p.sitive.corre.ation be.we.n arrival date.in ye.r （i ＋ 1） re.ative.to bre.ding date.in ye.r （i） and the.se.e.tive.advantage.of e.rly bre.ding in ye.r （i）. This p.ovide. a me.hanism for change. in arrival date.be.ng adjuste. to changing e.vironme.tal conditions. This study sugge.ts that adap.ation to changing climatic conditions can be.achie.e. through le.rning from ye.r to ye.r

关键词： Arctic te.n Arrival date Climate.change Migration Southe.n Oscillation Ste.na p.radisae.

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in vivo and in vitro study of re.orbable.magne.ium wire. for me.ical imp.ants:Mg p.rity,surface.quality,Zn alloying and p.lyme. coating

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Journal of Magne.ium and Alloys 2024年第6期12卷 2472-2488页

作者： K.Te.ar J.Luňácková M.Je. M.Žaloudková R.Vrbová M.Bartoš p.Kle.n L.Vište.nová J.Dušková e.Filová Z.Sucharda M.Ste.ne.ová S.Habr K.Balík A.Singh De.0}rtme.t of Mate.ials Faculty of Nuclear Sciences and Physical EngineeringCzech Technical University in PragueTrojanova 13Prague 12000Czech Republic institute.of p.ysics Czech Academy of SciencesNa Slovance 2Prague 18221Czech Republic institute.of De.tal Me.icine First Faculty of MedicineCharles University and General University Hospital in PragueKaterinská32Prague 12801Czech Republic De.0}rtme.t of p.ysics Faculty of Nuclear Sciences and Physical EngineeringCzech Technical University in PragueBrehová7Prague 11519Czech Republic De.0}rtme.t of Comp.site. and Carbon Mate.ials Institute of Rock Structure and MechanicsCzech Academy of SciencesV Holešovickách 41Prague 18209Czech Republic institute.of Anatomy First Faculty of MedicineCharles UniversityU Nemocnice 3Prague 12800Czech Republic Biome.ical Ce.te. Faculty of Medicine in PilsenCharles UniversityAlej Svobody 76Pilsen 32300Czech Republic De.0}rtme.t of p.thological p.ysiology Faculty of Medicine in PilsenCharles UniversityAlej Svobody 7632300 PilsenCzech Republic De.0}rtme.t of Histology and e.bryology Faculty of Medicine in PilsenCharles UniversityAlej Svobody 7632300 PilsenCzech Republic institute.of p.thology First Faculty of MedicineCharles University and General University Hospital in PragueStudnickova 2Prague 12800Czech Republic De.0}rtme.t of Biomate.ials and Tissue.e.gine.ring Institute of PhysiologyCzech Academy of SciencesVidenska 1083Prague 14200Czech Republic Re.e.rch Ce.te. for Structural Mate.ials National Institute for Materials Science1-2-1 SengenTsukuba 305-0047Japan

Magne.ium is an e.ce.le.t mate.ial in te.ms of biocomp.tibility and its corrosion p.oducts can se.ve.as an active.source.for ne. bone.***,localize. corrosion and H_(2)ge.e.ation limit the.p.te.tial of Mg-base. *** low-alloye. Mg-Zn wire. can strongly re.uce.p.oble.s with large.H_(2)bubble. and imp.ove.the.me.hanical p.op.rtie. conside.ably while.maintaining e.ce.le.t long-te.m *** p.ckling and a p.lyme. coating can be.e.fe.tive.y use. to lowe. the.rate.of in vivo *** this work,microstructural,me.hanical,and in vitro characte.ization of 250μm and 300μm e.trude. wire. made.from ultra-p.re.Mg,comme.cially p.re.Mg,Mg-0.15Zn,Mg-0.4Zn and Mg-1Zn was ***,Mg-0.4Zn wire. toge.he. with a variant coate. with a cop.lyme. of L-lactide.andε-cap.olactone.we.e.te.te. in vivo on artificially damage. Wistar rat *** on the.obse.ve. Mg-induce. oste.ge.e.is,p.lyme.-coate. Mg wire. with a small addition of Zn are.a p.rsp.ctive.mate.ial for bone.sup.ort ap.lications,such as ce.clage.and fixation wire..

关键词： Magne.ium Re.orbable.Mg wire Mg-Zn imp.ant de.radation Biocomp.tibility study Zn grain boundary se.re.ation

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e.fe.t of follicle.stimulating hormone.on sp.rm quality and p.e.nancy rate

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Asian Journal of Andrology 2004年第2期6卷 133-137页

作者： B. Bacce.ti p. p.omboni e. Bruni S. Cap.tani L. Gambe.a e. More.ti K. Ste.zik e. Stre.le. De.0}rtme.t of p.e.iatrics Obste.rics and Re.0}oductive.Me.icine Section of Biology University of Siena Regional Referral Centerfor Male Infertility Azienda Ospedaliera Senese Siena Italy institute.for Re.0}oductive.Me.icine.Ulm Germany

Aim: To e.aluate.the.p.ssible.links be.we.n ultrastructural sp.rm quality and the.clinical p.e.nancy rate.in infe.tile.male. tre.te. with FSH be.ore.intracytop.asmic sp.rm inje.tion (iCSi). Me.hods: Forty-four infe.tile.male. with idiop.thic oligo-asthe.ozoosp.rmia we.e.randomly allocate. to the.tre.te. (n=24) and non-tre.te. (control, n=20) group.. Se.e. analysis was carrie. out by light and transmission e.e.tron microscop. (Te.) be.ore.and 12 we.ks afte. FSH the.ap.. iCSi was p.rforme. in all coup.e.. Re.ults: Te. re.e.le. a significant imp.ove.e.t in sp.rm quality afte. FSH tre.tme.t, p.rticularly in me. with the.r p.rtne.s achie.ing clinical p.e.nancy. The.p.e. nancy rate.was 33 % in the.tre.te. group.and 20 % in the.control. Conclusion: Re.ults highlight a p.sitive.role.of FSH the.ap. in infe.tile.male. be.ore.iCSi, which was corre.ate. vvith an incre.se. p.e.nancy rate.in tre.te. coup.e.. We.be.ie.e.that imp.ove. sp.rm ultrastructure.afte. FSH the.ap. could p.sitive.y influe.ce.the.quality and e.rly stage.of e.bryo de.e.op.e.t, the.e.y incre.sing the.p.obability of e.bryo imp.antation.

关键词： male.infe.tility sp.rmatozoa e.e.tron microscop. FSH the.ap. clinical p.e.nancy

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Multi-scale.habitat influe.ce. sp.ainting and group.size.of a fre.hwate.-obligate.smooth-coate. otte.(Lutrogale.p.rsp.cillata) in Tungabhadra Otte. Conse.vation Re.e.ve. india

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e.ological p.oce.se. 2024年第1期13卷 159-175页

作者： Ankit Moun p.Rame.h Kumar M.Malathi p.iya T.Rame.h Riddhika Kalle Sálim Ali Ce.tre.for Ornithology and Natural History De.0}ty Conse.vator of Fore.ts Bellary Territorial Forest Division De.0}ty Conse.vator of Fore.ts Working Plan and Survey and Research WingBellary Territorial Forest Division Ce.tre.for Functional Biodive.sity University of Kwa Zulu-Natal

Background The.imp.ct of changing land-use.p.tte.ns and associate. anthrop.ge.ic thre.ts on scale.de.0}nde.t habitat use.of se.i-aquatic muste.ids in sce.t-marking and social be.aviour can p.ovide.imp.rtant insights into the.habitat e.ology of smooth-coate. otte.s(Lutrogale.p.rsp.cillata).Me.hods We.samp.e. 180 stre.m se.me.ts(100–400 m) as sp.tial re.0}icate. of 60 1-km2 site. to re.ord indire.t e.ide.ce.i.e. sp.aints and mass latrine.site.) and group.size. of smooth-coate. otte.s along the.Tungabhadra Otte. Conse.vation Re.e.ve.TOCR) during the.dry se.son. To quantify habitat, we.re.orde. stre.m characte.istics, rip.rian ve.e.ation, and anthrop.ge.ic disturbance. at the.local scale. and hydro-e.vironme.tal characte.istics and land use. at the.landscap. scale. Using Markovian-chain de.e.tion and occup.ncy mode.s, we.asse.se. the.multi-scale.habitat use.of otte.s in the.r se.e.tion of suitable.are.s for sce.t-marking base. on re.0}ate. p.e.e.ce.abse.ce.data on sp.aint/latrine.locations along the.TOCR. We.furthe. use. line.r re.re.sion te.hnique. to e.p.ore.re.ationship. be.we.n the.numbe. of individuals in smooth-coate. otte. group.and hydro-e.vironme.tal characte.istics, sp.aint/latrine.e.counte. rate. anthrop.ge.ic p.e.sure. land cove., top.grap.y, and *** At the.local scale. the.p.obability of sp.aint de.0}sition and group.size.de.re.se. with anthrop.ge.ic disturbance.while.the.p.obability of sp.aint de.e.tions de.re.se. with grass cove.. At the.landscap. scale. the.p.obability of otte. site.use.for sp.aint de.0}sition and group.size. incre.se. in southe.st flowing stre.ms. Sp.aint de.0}sition incre.se. with the.p.op.rtion of sugarcane.fie.ds, whe.e.s in contrast, group.size.de.re.se. with p.op.rtion of sugarcane.*** Our findings highlight the.first e.p.rical e.ide.ce.on multi-scale.habitat use.of a southe.n indian p.p.lation of smooth-coate. otte.s in an inland fre.hwate. e.osyste. surrounde. by the.scrub jungle.agriculture.matrix. We.sug

关键词： p.e.e.ce.abse.ce.mode.ling inland rive. Fre.hwate. e.osyste. Se.i-aquatic mammal Smooth-coate. otte.

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Octop.mine.e.hance. le.rning

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National Scie.ce.Re.ie. 2024年第06期 82-83页

作者： Yve.te.e.Fishe. De.0}rtme.t of Mole.ular and Ce.l Biology and He.e. Wills Ne.roscie.ce.institute University of California

Across the.animal kingdom, dive.se.monoamine. actuate.and modulate.ne.ral circuit function. Howe.e., me.suring the.rap.d dynamics of the.e.ne.romodulators at ce.lular re.olution has historically p.e.e.te. significant ...

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The.inte.action of the.structure.dire.ting age.t with the.ze.lite.frame.ork de.e.mine. ge.manium distribution in SCM-15 ge.manosilicate

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Frontie.s of Che.ical Scie.ce.and e.gine.ring 2024年第5期18卷 105-114页

作者： Stoyan p.Gramatikov p.tko St.p.tkov Zhe.dong Wang We.min Yang Ge.rgi N.Vayssilov Faculty of Che.istry and p.armacy University of Sofia1126 SofiaBulgaria State.Ke. Laboratory of Gre.n Che.ical e.gine.ring and industrial Catalysis Sinopec Shanghai Research Institute of Petrochemical Technology Co.Ltd.Shanghai 201208China

We.re.0}rt re.ults from comp.tational mode.ing of the.re.ative.stability of ge.manosilicate.SCM-15 structure.due.to diffe.e.t distribution of ge.manium he.e.oatoms in the.double.four-me.be. rings(D4Rs)of the.frame.ork and the.orie.tation of the.structure.dire.ting age.t(SDA)mole.ule. in the.as-synthe.ize. *** calculate. re.ative.e.e.gie. of the.bare.ze.lite.frame.ork sugge.t that structure. with ge.manium ions cluste.e. in the.same.D4Rs,e.g.,with large.numbe. of Ge.O-Ge.contacts,are.the.most *** simulations of various orie.tations of the.SDA in the.p.re. of the.ge.manosilicate.ze.lite.show diffe.e.t stability orde.-the.most stable.mode.s are.the.structure. with ge.manium sp.e.d among all ***,for SCM-15 the.stabilization due.to the.p.e.e.ce.of the.SDA and the.r orie.tation,is the.modynamic factor dire.ting both the.formation of sp.cific frame.ork typ. and Ge.distribution in the.frame.ork during the.*** re.ative.stability of bare.structure. with diffe.e.t ge.manium distribution is of minor *** diffe.s from SCM-14 ge.manosilicate.re.0}rte. e.rlie.,for which the.stability orde. is p.e.e.ve. in p.e.e.ce.of ***,e.e. for ze.lite. with the.same.che.ical comp.sition and SDA,the.characte.istics of the.r frame.ork le.d to diffe.e.t e.e.ge.ic p.e.e.e.ce.for ge.manium distribution.

关键词： ze.lite de.sity functional the.ry structure.dire.ting age.t SCM-15

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e.timation of a source.te.m in a quasi ste.dy twodime.sional he.t transfe. p.oble.： ap.lication to an e.e.tron be.m we.ding

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Frontie.s of Mate.ials Scie.ce 2011年第2期5卷 126-134页

作者： Jia-Lin GUO p. Le.MASSON e. ARTiOUKHiNe.T. LOULOU p. ROGe.N M. CARiN M. DUMONS J. COSTA De.0}rtme.t of Mate.ials e.gine.ring School of Power and Mechanical Engineering Wuhan University Wuhan 430072 China Le.2e.e.M Laboratoire.d＇e.ude. The.mique.e.e.ge.ique.e. e.vironne.e.t Equipe Thermophysique et Materiaux Universite de Bretagne Sud C.U.R.S.T. F-56321 Lorient Cedex France institut Fe.TO-ST Departement CREST CNRS Belfort France

in p.e.ious work, we.have.analyze. the.fe.sibility of the.e.timation for a source.te.m S（x, y, z） in a transve.sal se.tion, The.p.e.e.t study is conce.ne. with a twodime.sional inve.se.p.ase.change.p.oble.. The.goal is the.e.timation of the.dissip.te. he.t flux in the.liquid zone.（re.onstruction of a source.te.m in the.e.e.gy e.uation） from e.p.rime.tally me.sure. te.p.rature. in the.solid zone. This work has an ap.lication in the.e.e.tron be.m we.ding of ste.ls of thickne.s about 8cm. The.dire.t the.mome.allurgical p.oble. is tre.te. in a quasi ste.dy two-dime.sional longitudinal se.tion （x, y）. The.be.m disp.ace.e.t is normally in the.y dire.tion. But in the.quasi ste.dy simulation, the.be.m is ste.dy in the.study se.tion. The.samp.e.is divide. in the.axial dire.tion z in fe. se.tions. At e.ch se.tion, a source.te.m is de.ine. with a p.rt of the.be.m and cre.te. a vap.rize. zone.and a fuse. zone. The.goal of this work is the.re.uilding of the.comp.e.e.source.te.m with the.e.timations at e.ch se.tion. in this p.p.r, we.analyze.the.fe.sibility of the.e.timation. For this work, we.use.only the.simulate. me.sure.e.ts without noise.

关键词： e.timation source.te.m quasi ste.dy the.ite.ative.re.ularization me.hod

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immune.conse.ue.ce. of e.e.cise.in hyp.xia:A narrative.re.ie.

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Journal of Sp.rt and He.lth Scie.ce 2024年第3期13卷 297-310,I0002页

作者： Johanne. Burtsche. Qadar p.sha Ne.a Chanana Gre.oire.p.Mille. Martin Burtsche. Barbara Strasse. institute.of Sp.rt Scie.ce. University of LausanneLausanne 1015Switzerland institute.of Hyp.xia Re.e.rch New Delhi 110067India De.0}rtme.t of Bioche.istry Jamia HamdardNew Delhi 110062India De.0}rtme.t of Sp.rt Scie.ce University of InnsbruckInnsbruck 6020Austria Faculty of Me.icine Sigmund Freud Private UniversityVienna 1020Austria Ludwig Boltzmann institute.for Re.abilitation Re.e.rch Vienna 1100Austria

immune.outcome. are.ke. me.iators of many he.lth be.e.its of e.e.cise.and are.de.e.mine. by e.e.cise.typ.,dose.fre.ue.cy/duration,inte.sity),and individual ***,re.uce. availability of ambie.t oxyge.(hyp.xia)modulate. immune.functions de.0}nding on the.hyp.xic dose.and the.individual cap.city to re.p.nd to *** combine. e.e.cise.and hyp.xia(e.g.,high-altitude.training)sculp.s immune.re.p.nse. is not we.l unde.stood,although such combinations are.be.oming incre.singly ***,in this p.p.r,we.summarize.the.imp.ct on immune.re.p.nse. of e.e.cise.and of hyp.xia,both inde.0}nde.tly and toge.he.,with a focus on sp.cialize. ce.ls in the.innate.and adap.ive.immune.*** re.ie. the.re.ulation of the.immune.syste. by tissue.oxyge. le.e.s and the.ove.lap.ing and distinct immune.re.p.nse. re.ate. to e.e.cise.and hyp.xia,the. we.discuss how the. may be.modulate. by nutritional ***,antioxidant,and anti-inflammatory me.hanisms unde.lie.many of the.adap.ations that can le.d to imp.ove. ce.lular me.abolism,re.ilie.ce.and ove.all immune.functions by re.ulating the.survival,diffe.e.tiation,activation,and migration of immune.*** re.ie. shows that e.e.cise.and hyp.xia can imp.ir or comp.e.e.t/syne.gize.with e.ch othe. while.re.ulating immune.syste. *** acclimatization,training,and nutritional strate.ie. can be.use. to avoid risks and tap.into the.syne.gistic p.te.tials of the.p.orly studie. immune.conse.ue.ce. of e.e.cising in a hyp.xic state.

关键词： Altitude e.e.cise Hyp.xia immune.re.p.nse Training

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Nove. umami p.p.ide. from two Te.mitomyce. mushrooms and mole.ular docking to the.taste.re.e.0}or T1R1/T1R3

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Food Scie.ce.and Human We.lne.s 2024年第2期13卷 1055-1064页

作者： Lanyun Zhang Li Zhang Je.us p.re.-More.o Lu Bin Fe.gming Zhang Fuqiang Yu The.Ge.mp.asm Bank of Wild Sp.cie. Yunnan Key Laboratory for Fungal Diversity and Green DevelopmentKunming Institute of BotanyChinese Academy of SciencesKunming 650201China Colle.e.of Che.ical Scie.ce.and Te.hnology Yunnan UniversityKunming 650091China Colle.e.of Food Scie.ce.and Te.hnology Yunnan Agricultural UniversityKunming 650201China Cole.io p.stgraduados Campus MontecilloEdafologíaTexcoco 56230México Ke. Laboratory for Fore.t Re.ource. Conse.vation and Use.in the.Southwe.t Mountains of China Southwest Forestry UniversityKunming 650224China

Wild e.ible.Te.mitomyce. mushrooms are.p.p.lar in Southwe.t China and umami is imp.rtant flavor qualitie. of e.ible.*** study aime. to unde.stand the.umami taste.of Te.mitomyce. inte.me.ius and Te.mitomyce. *** umami p.p.ide. from aque.us e.tracts we.e.se.0}rate. using a Se.0}ade. G-15 ge. filtration *** inte.se.umami fraction was e.aluate. by both se.sory e.aluation and e.e.tronic *** we.e.ide.tifie. as KLNDAQAp.,DSTDe.FLR,VGKGAHLSGe.,MLKKKKLA,SLGFGGp.GY,TVATFSSSTKp.D,AMDDDe.DLLLLAM,Ve.e.e.p.e.,Sp.e.Ke.e. and *** p.p.ide.,e.ce.0} Ve.e.e.p.e.,Sp.e.Ke.e. and p.GADKp.K we.e.se.e.tive.y synthe.ize. to ve.ify the.r taste.*** the.e.10 p.p.ide. had umami or salt *** 10 p.p.ide. we.e.conducte. by mole.ular docking to study the.r inte.action with ide.tifie. p.p.ide. and the.umami taste.re.e.0}or T1R1/*** the.e.10 p.p.ide. p.rfe.tly docke. the.active.re.idue. in the.T1R3 *** re.ults p.ovide.the.re.ical basis for the.umami taste.and addre.s the.umami me.hanism of two wild e.ible.Te.mitomyce. mushrooms.

关键词： Te.mitomyce. Non-volatile.flavor comp.unds Umami p.p.ide. Taste.characte.istics Mole.ular docking

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Lase. induce. oxidation and op.ical p.op.rtie. of stoichiome.ric and non-stoichiome.ric Bi2Te. nanop.ate.

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Nano Re.e.rch 2015年第3期8卷 851-859页

作者： Rui He.Sukrit Sucharitakul Zhip.ng Ye.Courtne. Ke.se. Tim e. Kidd Xuan p. A. Gao De.0}rtme.t of p.ysics University of Northern Iowa Cedar Falls Iowa 50614 USA De.0}rtme.t of p.ysics Case Western Reserve University Cleveland Ohio 44106 USA

Bi-Te.nanop.ate. （Np.） grown by a low p.e.sure.vap.r transp.rt me.hod have.be.n studie. by Raman sp.ctroscop., atomic force.microscop. （AFM）, e.e.gy- disp.rsive.X-ray sp.ctroscop. （e.S）, and Auge. e.e.tron sp.ctroscop. （Ae.）. We.find that the.surface.of re.ative.y thick （more.than te.s of nanome.e.s） Bi2Te. Np. is oxidize. in the.air and forms a bump.unde. he.ting with mode.ate.lase. p.we., as re.e.le. by the.e.e.ge.ce.of Raman line. characte.istic of Bi2O3 and Te.2 and characte.ization by AFM and e.S. Furthe. incre.se.of lase. p.we. burns hole. on the.surface.of the.Np.. Thin （thickne.se. le.s than 20 nm） Np. with stoichiome.ry diffe.e.t from Bi2Te. we.e.also studie.. Raman line. from non-stoichiome.ric Np. are.diffe.e.t from those.of stoichiome.ric one. and disp.ay characte.istic change. with the.incre.se.of Bi conce.tration. Thin Np. with the.same.thickne.s but diffe.e.t stoichiome.rie. show diffe.e.t color contrast comp.re. to the.substrate.in the.op.ical image. This indicate. that the.op.ical absorp.ion coe.ficie.t in thin Bi-Te.Np. strongly de.0}nds on the.r stoichiome.ry.

关键词： bismuth te.luride nanop.ate Raman sp.ctroscop. oxidation stoichiome.ry

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