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Re.e.t Ve.ture. in Inte.disciplinary Arctic Re.e.rch.Th. ARCPATh.Proje.t

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Advance. in Atmosph.ric Scie.ce. 2024年第8期41卷 1559-1568页

作者： Astrid e.J.OGILVIe.Le.lie.A.KING Noe. Ke.NLYSIDe.François COUNILLON Brynh.ldur DAVIÐSDÓTTIR Níe.s e.NARSSON Se.ge. GULe. Ke.FAN Torbe. KOe.IGK Jame. R.MCGOODWIN Marianne.h.RASMUSSON Sh.ting YANG Institute.of Arctic and Alpine.Re.e.rch.INSTAAR) University of ColoradoBoulder CO 80303USA Ste.ansson Arctic Institute AkureyriÍS-600Iceland Royal Roads Unive.sity BC V9B 5Y2Canada Unive.sity of Be.ge. Bergen N-5007Norway Nanse. e.vironme.tal and Re.ote.Se.sing Ce.tre Bergen N-5007Norway Unive.sity of Ice.and Reykjavík 102Iceland Sh.rsh.v Institute.of Oce.nology Moscow 117218Russia Moscow State.Unive.sity Moscow 11991Russia Ch.ne.e.Acade.y of Scie.ce. Beijing 100045China Swe.ish.Me.e.rological and h.drological Institute SE-60176 NorrköpingSweden Danish.Me.e.rological Institute CopenhagenØ2100Denmark Obukh.v Institute.of Atmosph.ric Ph.sics RAS119017MoscowRussia

Th.s pape. ce.e.rate. Profe.sor Yongqi GAO's significant ach.e.e.e.t in th. fie.d of inte.disciplinary studie. with.n th. conte.t of h.s final re.e.rch.proje.t Arctic Climate.Pre.ictions: Path.ays to Re.ilie.t Sustainable.Socie.ie.-ARCPATh.h.tps://***/e./proje.ts/finish.d-proje.ts/arcpath.. Th. discipline. re.re.e.te. in th. proje.t are.re.ate. to climatology, anth.opology, marine.biology, e.onomics, and th. broad spe.trum of social-e.ological studie.. Te.m me.be.s we.e.drawn from th. Nordic countrie., Russia, Ch.na, th. Unite. State., and Canada. Th. proje.t was transdisciplinary as we.l as inte.disciplinary as it include. collaboration with.local knowle.ge.h.lde.s. ARCPATh.made.significant contributions to Arctic re.e.rch.th.ough.an improve. unde.standing of th. me.h.nisms th.t drive.climate.variability in th. Arctic. In tande. with.th.s re.e.rch. a combination of h.storical inve.tigations and social, e.onomic, and marine.biological fie.dwork was carrie. out for th. proje.t study are.s of Ice.and, Gre.nland, Norway, and th. surrounding se.s, with.a focus on th. joint use.of oce.n and se.-ice.data as we.l as social-e.ological drive.s. ARCPATh.was able.to provide.an improve. frame.ork for pre.icting th. ne.r-te.m variation of Arctic climate.on spatial scale. re.e.ant to socie.y, as we.l as e.aluating possible.re.ate. ch.nge. in socioe.onomic re.lms. In summary, th.ough.th. inte.ration of information from se.e.al diffe.e.t discipline. and re.e.rch.approach.s, ARCPATh.se.ve. to cre.te.ne. and valuable.knowle.ge.on crucial issue., th.s providing ne. path.ays to action for Arctic communitie..

关键词： Re.e.t Ve.ture. in Inte.disciplinary Arctic Re.e.rch.Th. ARCPATh.Proje.t

Conne.tions Be.we.n Induction Ge.e.ator e.fe.t and Ope.-loop Modal Proximity to Cause.Sub-synch.onous Oscillations in Se.ie.-compe.sate. Powe. Syste.

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CSe. Journal of Powe. and e.e.gy Syste.s 2024年第3期10卷 963-973页

作者： We.juan Du Yang Wang h.F.Wang Tao Zh.o Tim Little. Colle.e.of e.e.trical e.gine.ring Sichuan UniversityChengduChina Sch.ol of e.e.trical e.gine.ring the Queen’s University of BelfastBelfastUK Ie.e

Th. induction ge.e.ator e.fe.t(IGe.and th. ope.loop modal proximity(OLMP)are.two diffe.e.t re.sons wh. subsynch.onous oscillations(SSOs)in a se.ie.-compe.sate. powe. syste.(SCPS)may *** IGe.attribute. th. growing SSOs to ne.ative.re.istance.wh.le.th. OLMP e.plains th. SSO me.h.nism from th. standpoint of modal *** th.s pape.,we.inve.tigate.th. conne.tions be.we.n th. IGe.and th. OLMP th.ough.e.uivale.t RLC circuit and ope.-loop modal *** inve.tigation is conducte. for two type. of se.ie.compe.sate. powe. syste.s wh.re.e.th.r a synch.onous ge.e.ator or a DFIG is conne.te. at th. se.ding *** inve.tigation re.e.ls th. conditions,in wh.ch.th. IGe.and th. OLMP may jointly cause.th. growing SSOs,i.e.,both.th. IGe.and th. OLMP can e.plain wh. th. growing SSOs ***,th. inve.tigation indicate. th.t th. IGe.and th. OLMP may be.totally irre.e.ant and le.d to growing SSOs *** implie. th.t it is possible.th.t in a SCPS,th. growing SSOs are.only due.to th. IGe.and th. OLMP is non-e.iste.t,and vice.***,wh.n th. growing SSOs occurs in a SCPS,e.amination base. on both.th. IGe.and th. OLMP sh.uld be.care.ully conducte. in orde. to find if th. oscillatory instability is due.to th. IGe.or th. OLMP,or both.of th.m.

关键词： Induction ge.e.ator e.fe.t ope.-loop modal proximity se.ie. compe.sation sub-synch.onous oscillations

Uppe. e.tre.ity vascular injurie.:e.iology,manage.e.t and outcome

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World Journal of Critical Care.Me.icine 2024年第2期13卷 159-167页

作者： Nikolaos Ste.anou Th.odoros Mylonas Fragkiskos A Ange.is Ch.istina Arnaoutoglou Sokratis e.Varitimidis Zoe.h.Dailiana De.artme.t of Orth.pae.ic Surge.y Faculty of MedicineSchool of Health SciencesUniversity of ThessalyUniversity Hospital of LarissaLarissa 41500Greece De.artme.t of h.nd Upper Extremity and MicrosurgeryIASO ThessaliasLarissa 41500Greece

BACKGROUND Vascular injurie. of th. uppe. e.tre.itie. are.conside.e. re.ative.y rare.injurie. affe.ting mostly th. young *** ofte. are.comple. injurie. accompanie. by oth.r musculoske.e.al trauma or trauma in oth.r anatomic *** manage.e.t is ch.lle.ging since.th.y can le.d to disabilitie. with.major socioe.onomic *** To analyze.data about th. me.h.nism of injury,th. manage.e.t algorith. and functional outcome. of vascular injurie. of th. uppe. *** One.h.ndre. and fifte.n patie.ts(96 male. and 19 fe.ale.)with.arte.ial injurie. of th. uppe. e.tre.ity tre.te. in a te.tiary trauma ce.te. from January 2003 to De.e.be. 2022 was *** patie.ts’age.was 33.7 ye.rs and th. me.n follow up time.was 7.4 *** with.Mangle. e.tre.ity Se.e.ity Score.7 and Injury Se.e.ity Score.20,pre.ious uppe. limb surge.y or major trauma and any ne.romuscular or psych.atric dise.se.we.e.e.clude.,from th. *** A pe.e.rating trauma was th. most common cause.of *** radial arte.y was th. arte.y injure. in most of th. case.(37.4%)followe. by th. ulnar(29.5%),th. brach.al(12.1%)and th. axillary(6%).A simultane.us injury of both.of th. fore.rm’s arte.ie. was in 15.6%of th. *** 93%of th. case. th.re.we.e.oth.r concomitant musculoske.e.al injurie. of th. *** lace.ations we.e.th. most common,followe. by ne.ve.*** postope.ative.functional score.(full Disabilitie. of th. Arm,Sh.ulde.,and h.nd and VAS)h.d ve.y satisfactory *** Alth.ugh.vascular injurie. of th. uppe. e.tre.ity are.rare.th.y may occur in th. conte.t of major combine. musculoske.e.al *** a multidisciplinary approach.is e.se.tial to optimize.outcome.th. ability of traine. h.nd surge.ns to re.air all injurie. in combine. vascular and musculoske.e.al uppe. e.tre.ity trauma,e.cluding isolate. vascular injurie.,e.sure. sh.rte. ope.ative.time. and be.te. functional outcome..

关键词： Uppe. e.tre.ity Vascular injurie. Comple. injurie. Musculoske.e.al trauma Mangle. e.tre.ity

e.tre.e.Antarctic Cold of Late.Winte. 2023

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Advance. in Atmosph.ric Scie.ce. 2024年第10期41卷 1873-1880页

作者： Anastasia J.TOMANe. David e.MIKOLAJCZYK Matth.w A.LAZZARA Ste.ano DI BATTISTA Mingh. DING Mariana FONTOLAN LITe.L David h.BROMWICh.Taylor P.NORTON Linda M.Ke.Le. Le. J.We.h.USe Antarctic Me.e.rological Re.e.rch.and Data Ce.te. Space Science and Engineering CenterUniversity of Wisconsin-Madison De.artme.t of Ph.sical Scie.ce. School of Engineering Science and MathematicsMadison Area Technical College Me.e.giornale State.Ke. Laboratory of Se.e.e.We.th.r Chinese Academy of Meteorological Sciences Byrd Polar and Climate.Re.e.rch.Ce.te. The Ohio State University De.artme.t of Ge.graph. The Ohio State University

e.tre.e.cold te.pe.ature. we.e.obse.ve. in July and August 2023, coinciding with.th. WINFLY(winte. fly-in)pe.iod of mid to late.August into Se.te.be. 2023, me.ning aircraft ope.ations into Mc Murdo Station and Ph.e.ix Airfie.d we.e.adve.se.y impacte.. Spe.ifically, with.te.pe.ature. be.ow-50℃, safe.fligh. ope.ation was not possible.be.ause.of th. risk of failing h.draulics and fue. turning to ge. onboard th. aircraft. Th. cold te.pe.ature. we.e.me.sure. across a broad are. of th. Antarctic, from e.st Antarctica toward th. Ross Ice.Sh.lf, and stre.ch.ng across We.t Antarctica to th. Antarctic Pe.insula. A re.ie. of automatic we.th.r station me.sure.e.ts and staffe. station obse.vations re.e.le. a se.ie. of site. re.ording ne. re.ord low te.pe.ature.. Four se.arate.cold ph.se. we.e.ide.tifie., e.ch.a fe. days in duration and occurring from mid-July to th. e.d of August 2023. A brie. analysis of 500-h.a ge.pote.tial h.igh. anomalie. sh.ws h.w th. mid-troposph.ric atmosph.ric e.vironme.t e.olve. in re.ation to th.se.e.tre.e.cold te.pe.ature.. Th. month.y 500-h.a ge.pote.tial h.igh. anomalie. sh.w strong ne.ative.anomalie. in August. e.amination of composite.ge.pote.tial h.igh. anomalie. during e.ch.of th. four cold ph.se. sugge.ts various factors le.ding to cold te.pe.ature., including both.south.rly off-conte.t flow and calm atmosph.ric conditions. Unde.standing th. atmosph.ric e.vironme.t th.t le.ds to such.e.tre.e.cold te.pe.ature. can improve.pre.iction of such.e.e.ts and be.e.it Antarctic ope.ations and th. study of Antarctic me.e.rology and climatology.

关键词： Antarctica e.tre.e.cold te.pe.ature automatic we.th.r station ne.works

e.ploring th. e.fe.ts of anth.opoge.ic disturbance.on pre.ator inspe.tion activity in Trinidadian guppie.

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Curre.t Zoology 2024年第1期70卷 109-111页

作者： Alix J.P Brusse.u Laure.ce.e.A.Fe.te. Adam L.Crane.Grant e.Brown De.artme.t of Biology Concordia UniversityMontrealQCH4B 1R6Canada De.artme.t of Biome.ical Scie.ce. WCVMUniversity of SaskatchewanSaskatoonSKCanada

Pre. animals are.ofte. face. with.unce.tainty due.to h.ving impe.fe.t information re.arding curre.t local conditions,including pre.ation risks and th. availability of re.iable.foraging opportunitie.(Dall 2010).As th.s unce.tainty incre.se.,th. probability of making costly be.0}vioral e.rors also incre.se.,le.ding to more.risk ave.se.be.0}vioral tactics(Fe.te. e. al.2019).For e.ample.Trinidadian guppie. Poe.ilia re.iculata are.far more.risk ave.se.wh.n face. with.multiple.unknown source. of risk asse.sme.t information th.n wh.n face. with.a mix of known and unknown cue.(Fe.te. e. al.2019).Pre. can re.uce.unce.tainty by gath.ring and inte.rating private.and social information re.arding curre.t risk le.e.s with.n microh.bitats(Dall 2010;Munoz and Blumste.n 2012).

关键词： h.man disturbance information availability information re.iability pre.ator-pre. inte.actions risk asse.sme.t unce.tainty

All-e.e.tron basis se.s for h.to Xe.spe.ific for ZORA calculations:Applications in atoms and mole.ule.

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Ch.ne.e.Ph.sics B 2024年第8期33卷 238-246页

作者： C.S.Gome. F.e.Jorge.A.Canal Ne.o De.artame.to de.Fisica Universidade Federal do Espirito Santo29075-910 VitoriaESBrazil De.artame.to de.Fisica Instituto de Ciencias Exatas e BiologicasUniversidade Federal de Ouro Preto Campus Universitario Morro do Cruzeiro35402-136 Ouro PretoMGBrazil

A se.me.te. basis se. of quadruple.ze.a vale.ce.quality plus polarization functions(QZP)for h.th.ough.Xe.was de.e.ope. to be.use. in conjunction with.th. ZORA *** se. was augme.te. with.diffuse.functions to de.cribe.e.e.trons farth.r away from th. nucle. *** th. ZORA-CCSD(T)/QZP-ZORA th.ore.ical mode.,atomic ionization e.e.gie. and bond le.gth.,h.rmonic vibrational fre.ue.cie.,and atomization e.e.gie. of some.mole.ule. we.e.*** addition of core.vale.ce.corre.tions h.s be.n sh.wn to improve.th. agre.me.t be.we.n th.ore.ical and e.pe.ime.tal re.ults for mole.ular *** atomization e.e.gie.,a similar obse.vation e.e.ge. wh.n conside.ing spin-orbit *** th. augme.te. QZP-ZORA se.,static me.n dipole.polarizabilitie. of a se. of atoms we.e.calculate. and compare. with.pre.iously publish.d re.omme.de. and e.pe.ime.tal *** e.aluations of th. ZORA and Douglas–Kroll–h.ss h.miltonians we.e.made.for e.ch.prope.ty studie..

关键词： QZP-ZORA and AQZP-ZORA basis se.s e.e.e.ts from h.to Xe CCSD(T)me.h.d atomic and mole.ular prope.tie.

Pote.tial of Bamboo Spe.ie. Guadua trinii and Guadua angustifolia for Nanoce.lulose.Production

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Journal of Re.e.able.Mate.ials 2024年第9期12卷 1541-1555页

作者： Agath. e.R.Prado Gárate.Fe.nando e.Fe.issia María Cristina Are. Te.e.a Suire.s María e.ange.ina Valle.os Círculo de.Inve.tigación de. Bambú Universidad Nacional Agraria La Molina(UNALM)Lima15026Perú Instituto de.Mate.iale. de.Misione.(IMAM) Universidad Nacional de Misiones(UNaM)Consejo Nacional de Investigaciones Científicas y Técnicas(CONICET)Facultad de Ciencias ExactasQuímicas y Naturales(FCEQYN)Programa de Celulosa y Papel(PROCyP)Posadas3300Argentina Instituto de.Mate.iale. de.Misione.(IMAM) Universidad Nacional de Misiones(UNaM)Consejo Nacional de Investigaciones Científicas y Técnicas(CONICET)Facultad de Ciencias Forestales(FCF)Eldorado3380Argentina

Non-traditional lignoce.lulosic mate.ials are.a significant re.ource.for producing h.gh.value.products,including *** work studie. th. nanoce.lulose.obte.tion from ch.mical pulps of th. two fast-growing bamboo spe.ie.,Guadua trinii,and Guadua *** pulps we.e.produce. by soda-anth.aquinone.S)pulping from both.autoh.drolysis-pre.re.te.(h.and unpre.re.te. bamboo ***-pre.re.te.(Sh.)and unpre.re.te. soda-anth.aquinone.AQ)(SP)pulps we.e.ch.racte.ize. by yie.d,Kappa numbe.,alph.,be.a,and gamma ce.lulose.de.re. of polyme.ization,wate. re.e.tion value.and *** nanoce.lulose.was produce. by a se.ue.tial ch.mical oxidation tre.tme.t(2,2,6,6-te.rame.h.lpipe.idine.1-oxyl,Te.PO re.ge.t)and me.h.nical *** was ch.racte.ize. by carboxylic group conte.t and *** re.ults re.e.le. th.t autoh.drolysis pre.re.tme.t re.ulte. in a h.gh.r h.mice.lulose. e.traction in *** contrast,th. pulping yie.d of unpre.re.te. sample. was h.gh.r for ***,and th. soda-AQ pulps from th.s spe.ie. e.h.bite. be.te. de.ignification th.n th. autoh.drolysis-pre.re.te. *** crystallinity inde. value. of th. obtaine. pulps we.e.h.gh.>80%),and th. alph.-ce.lulose.conte.ts we.e.*** viscositie. of th. aque.us nanoce.lulose.suspe.sions we.e.h.gh.r for th. nanoce.lulose.solutions obtaine. from th. unpre.re.te. soda-AQ ***,nanoce.lulose.from *** unpre.re.te. soda-AQ pulps h.d a h.gh.r rate.of carboxylic *** re.ults of th.s work are.significant in asse.sing th. pote.tial of both.bamboo spe.ie. as a source.of h.gh.value.products with.n th. biore.ine.y frame.ork be.ause.th. viscositie. of th. aque.us nanoce.lulose.suspe.sions de.e.d on th. size.and sh.pe.of *** h.s significant importance.for industrial unit ope.ations and pote.tial applications.

关键词： Natural fibe. Guadua angustifolia Guadua trinii soda-anth.aquinone.pulp nanoce.lulose

h.gh.y se.e.tive.and e.o-frie.dly dih.droisoquinoline.synth.sis via Cu/Co syne.gistic catalysis in Cu NPs@MOFs catalyst unde. mild conditions

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Scie.ce.Ch.na Ch.mistry 2024年第5期67卷 1561-1568页

作者： Pe.g-Fe. Guo Ze.Long Liang Yue.e.Jiao h.ng Xu Bin Zh.o Ke. Laboratory of Advance. e.e.gy Mate.ial Ch.mistry Renewable Energy Conversion and Storage CenterDepartment of ChemistryNankai UniversityTianjin 300071China

3,4-Dih.droisoquinoline.Dh.Q)is an important pre.ursor use. in th. production of drugs for tre.ting cance.,h.V,Alzh.ime.'s dise.se.*** studie. on Dh.Q synth.sis sh.w low catalytic se.e.tivity due.to th. susce.tible.ove.-oxidation fe.dstock of1,2,3,4-te.rah.droisoquinoline.Th.Q),wh.ch.ofte. re.uire. alkali ***,it is de.irable.ye. ch.lle.ging to e.plore.a h.gh.y se.e.tive.and e.ficie.t oxyde.0}droge.ation capacity for Dh.Q synth.sis unde. e.o-frie.dly re.ction ***,a nove. frame.ork 1 was synth.size.,e.h.biting 1D ch.nne.s with.th. size.of 4.6 A×9.6 A and h.gh.solve.t/p h.th.rmal stability.A stable.frame.ork allows it to e.capsulate.Cu nanoparticle.(NPs)to form Cu NPs@1-x(x=1,2,3,and 4)with.varying loading amounts of Cu NPs at 2.0 wt%,3.0 wt%,4.0 wt%,and 6.0 wt%,*** NPs@1-3 could se.e.tive.y catalyze.th. re.ction from Th.Q to Dh.Q with.a h.gh.se.e.tivity of 98%and a re.orde. turnove. fre.ue.cy(TOF)of 22.1 h.1unde. e.o-frie.dly mild *** corre.ponding catalytic activity can maintain at le.st five.re.yclings and can be.furth.r applie. to gram-scale.***,th. e.ficie.t pre.aration of Dh.Q catalyze. by Cu NPs@1-3 could be.re.lize. e.e. unde. air ***,th. anticance. mole.ule.pre.ursor synth.sis of 6,7-dime.h.xy-3,4-dih.droisoquinoline.was also se.e.tive.y catalyze. by Cu NPs@*** inve.tigations re.e.le. th.t h.gh.catalytic pe.formance.can be.attribute. to th. stable.frame.ork and th. syne.gistic catalytic e.fe.t of th. loade. Cu NPs and Co me.al *** importantly,th.s work re.re.e.ts th. first e.ample.of MOF catalysts for se.e.tive.y th.rmo-catalytic Dh.Q synth.sis and de.onstrate. a simple.approach.to obtain e.ficie.t catalysts for se.e.tive.oxyde.0}droge.ation in th. production of unsaturate. compounds.

关键词： me.al-organic frame.orks Cu NPs@MOFs 3 4-dih.droisoquinoline se.e.tive.oxyde.0}droge.ation syne.gistic catalysis

Synth.sis and Th.ore.ical Study of Intramole.ular h.droge. Bond at Two Possible.Positions in Pyrazolo[1,2-b]ph.h.lazine

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Ch.ne.e.Journal of Ch.mistry 2012年第4期30卷 779-784页

作者： Yoose.ian,M. Raissi,h. Davamdar,e. e.mae.li,A.A. Azaroon,M. Ch.mistry De.artme.t Birjand UniversityBirjandIran Ch.mistry De.artme.t Siastan and Balouchestan UniversityZahedanIran

Prope.tie. of dime.h.l 3-（alkylamino）-5,10-dioxo-5,10-dih.dro-1h.pyraolo[1,20b]ph.h.lazine.1,2-dicarboxy-late.and its de.ivative. we.e.studie. by me.ns of ab initio me.h.d. NO2 de.ivative.of title.compound was synth.- size. and th. nature.of its intramole.ular h.droge. bond （h.） was inve.tigate.. Furth.rmore. th. topological prop- e.tie. of th. e.e.tron de.sity distributions for N--h.＂O intramole.ular bridge. we.e.analyze. in te.ms of th. Bade. th.ory of atoms in mole.ule. （AIM）. Th. e.e.tron de.sity （p） and Laplacian （V2p） prope.tie., e.timate. by AIM calculations, indicate. th.t O＇--h.bond posse.se. low P and positive.VZp value. wh.ch.are.in agre.me.t with.e.e.- trostatic ch.racte. of th. h.s, wh.re.s N--h.bonds h.ve.covale.t ch.racte. （V2p〈0）. More.ve., ste.ic e.fe.t of th. t-Bu group on structure.and topological parame.e.s of pyrazolo[1,2-b]ph.h.lazine.conforme.s was studie.. Fi- nally, th. powe.ful me.h.d of e.pinosa was use. to obtain th. h.bond e.e.gy.

关键词： pyrazolo[ 1,2-b]ph.h.lazine intramole.ular h.droge. bond ch.rge.de.sity