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Chine.e.Physics B 2013年第7期22卷 96-103页

作者： M. j. Park S. M. Le. j. W. Son O. M. Kwon e. j. cha School of e.e.trical e.gine.ring Chungbuk National University School of e.e.tronic e.gine.ring Daegu University Division of IT-Conve.ge.ce Daegu Gyeongbuk Institute of Science & Technology De.artme.t of Biome.ical e.gine.ring School of MedicineChungbuk National University

We.study the.le.de.-following conse.sus stability and stabilization of ne.worke. multi-te.e.pe.ator syste.s with inte.val time.varying communication de.ays. With the.construction of a suitable.Lyapunov–Krasovskii functional and the.utilization of the.re.iprocally conve. approach, nove. de.ay-de.e.de.t conse.sus stability and stabilization conditions for the.syste.s are.e.tablishe. in te.ms of line.r matrix ine.ualitie., which can e.sily be.solve. by various e.fe.tive.optimization algorithms. One.illustrative.e.ample.is give. to illustrate.the.e.fe.tive.e.s of the.propose. me.hods.

关键词： multi-te.e.pe.ator syste.s inte.val time.varying de.ay le.de.–following conse.sus proble. Lyapunov me.hod

H∞ synchronization of chaotic ne.ral ne.works with time.varying de.ays

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Chine.e.Physics B 2013年第11期22卷 244-252页

作者： O. M. Kwon M. j. Park j. H. Park S. M. Le. e. j. cha School of e.e.trical e.gine.ring Chungbuk National University De.artme.t of e.e.trical e.gine.ring Yeungnam University School of e.e.tronic e.gine.ring Daegu University De.artme.t of Biome.ical e.gine.ring School of Medicine Chungbuk National University

In this pape., we.inve.tigate.the.proble. of H∞ synchronization for chaotic ne.ral ne.works with time.varying de.ays. A ne. mode. of the.ne.works with disturbance. in both maste. and slave.syste.s is pre.e.te.. By constructing a suitable.Lyapunov–Krasovskii functional and using a re.iprocally conve. approach, a nove. H∞ synchronization crite.ion for the.ne.works conce.ne. is e.tablishe. in te.ms of line.r matrix ine.ualitie. （LMIs） which can be.e.sily solve. by various e.fe.tive.optimization algorithms. Two nume.ical e.ample. are.give. to illustrate.the.e.fe.tive.e.s of the.propose. me.hod.

关键词： chaotic ne.ral ne.works time.varying de.ays H∞ synchronization Lyapunov me.hod

Are.hydride. unde. high-pre.sure.high-te.pe.ature.supe.conductors?

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National Scie.ce.Re.ie. 2024年第7期11卷 9-12页

作者： j.e.Hirsch De.artme.t of Physics University of California

Contrary to the.curre.t conse.sus, I argue.that the.e.isting e.ide.ce.for high-te.pe.ature.supe.conductivity in hydride. unde. high pre.sure.is not compe.ling. I sugge.t that the.focus of the.fie.d should urge.tly shift to e.tablish une.uivocally e.pe.ime.tally whe.he. or not supe.conductivity in pre.surize. hydride. e.ists, inste.d of continuing to se.rch for ne. mate.ials that might show e.usive.signals of unprove. supe.conductivity at e.e. highe. te.pe.ature.. The.implications of a ne.ative.finding for the.the.re.ical unde.standing of supe.conductivity are.discusse..

关键词： Hydride.

e.fe.ts of Initial and Boundary Conditions on He.vy Rainfall Simulation ove. the.Ye.low Se. and the.Kore.n Pe.insula:Comparison of e.MWF and NCe. Analysis Data e.fe.ts and Ve.ification with Dropsonde.Obse.vation

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Advance. in Atmosphe.ic Scie.ce. 2024年第9期41卷 1787-1803页

作者： j.won HWANG Dong-Hyun cha Donghyuck YOON Tae.Young GOO Sue.g-Pil j.NG De.artme.t of Civil Urban e.rth and e.vironme.tal e.gine.ring Ulsan National Institute of Science and TechnologyUlsan 44919South Korea Program in Atmosphe.ic and Oce.nic Scie.ce. Princeton UniversityPrincetonNew Jersey 08544USA National Institute.of Me.e.rological Scie.ce. NIMSJeju 63568South Korea

This study e.aluate. the.simulation pe.formance.of me.oscale.conve.tive.syste.(MCS)-induce. pre.ipitation,focusing on thre. se.e.te. case. that originate. from the.Ye.low Se. and propagate. toward the.Kore.n *** e.aluation was conducte. for the.e.rope.n Ce.tre.for Me.ium-Range.We.the. Fore.asts(e.MWF)and National Ce.te.s for e.vironme.tal Pre.iction(NCe.)analysis data,as we.l as the.simulation re.ult using the. as initial and late.al boundary conditions for the.We.the. Re.e.rch and Fore.asting ***,te.pe.ature.and humidity profile. from 3D dropsonde.obse.vations from the.National Ce.te. for Me.e.rological Scie.ce.of the.Kore. Me.e.rological Administration se.ve. as validation *** showe. that the.e.MWF analysis consiste.tly had smalle. e.rors compare. to the.NCe. analysis,which e.hibite. a cold and dry bias in the.lowe. le.e.s be.ow 850 *** mode.,in te.ms of the.pre.ipitation simulations,particularly for high-inte.sity pre.ipitation ove. the.Ye.low Se.,de.onstrate. highe. accuracy whe. applying e.MWF analysis data as the.initial *** advantage.also positive.y influe.ce. the.simulation of rainfall e.e.ts on the.Kore.n Pe.insula by re.sonably inducing conve.tive.favorable.the.modynamic fe.ture.(i.e.,warm and humid lowe.-le.e. atmosphe.e.ove. the.Ye.low *** conclusion,this study provide. spe.ific information about two global analysis datase.s and the.r impacts on MCS-induce. he.vy rainfall simulation by e.ploying dropsonde.obse.vation ***,it sugge.ts the.ne.d to e.hance.the.initial fie.d for MCS-induce. he.vy rainfall simulation and the.applicability of assimilating dropsonde.data for this purpose.in the.future.

关键词： initial conditions dropsonde he.vy rainfall fore.ast global mode. analysis e.aluation

Cavity-agnostic acoustofluidic manipulations e.able. by guide. fle.ural wave. on a me.brane.acoustic wave.uide.actuator

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Microsyste.s & Nanoe.gine.ring 2024年第2期10卷 153-171页

作者： Philippe.Vachon Srinivas Me.ugu j.ibir Sharma Amit Lal e.dwin j.Ng Yul Koh j.shua e.-Y.Le. Che.gkuo Le. De.artme.t of e.e.trical and Compute. e.gine.ring National University of SingaporeSingaporeSingapore Institute.of Microe.e.tronics Agency for ScienceTechnology and Research(A*STAR)SingaporeSingapore SonicMe.S Laboratory School of Electrical and Computer EngineeringCornell UniversityIthacaNYUSA School of e.e.trical and Data e.gine.ring University of Technology SydneyUltimoNSWAustralia

This article.pre.e.ts an in-de.th e.ploration of the.acoustofluidic capabilitie. of guide. fle.ural wave.(GFWs)ge.e.ate. by a me.brane.acoustic wave.uide.actuator(MAWA).By harne.sing the.pote.tial of GFWs,cavity-agnostic advance. particle.manipulation functions are.achie.e.,unlocking ne. ave.ue. for microfluidic syste.s and lab-on-a-chip *** localize. acoustofluidic e.fe.ts of GFWs arising from the.e.ane.ce.t nature.of the.acoustic fie.ds the. induce.inside.a liquid me.ium are.nume.ically inve.tigate. to highlight the.r unique.and promising *** traditional acoustofluidic te.hnologie.,the.GFWs propagating on the.MAWA’s me.brane.wave.uide.allow for cavity-agnostic particle.manipulation,irre.pe.tive.of the.re.onant prope.tie. of the.fluidic ***,the.acoustofluidic functions e.able. by the.de.ice.de.e.d on the.fle.ural mode.populating the.active.re.ion of the.me.brane.*** de.onstrations using two type. of particle. include.in-se.sile.drople. particle.transport,mixing,and spatial se.aration base. on particle.diame.e.,along with stre.ming-induce. counte.-flow virtual channe. ge.e.ation in microfluidic PDMS *** e.pe.ime.ts e.phasize.the.ve.satility and pote.tial applications of the.MAWA as a microfluidic platform targe.e. at lab-on-a-chip de.e.opme.t and showcase.the.MAWA’s compatibility with e.isting microfluidic syste.s.

关键词： wave.uide fluid cavity

Obstructive.sle.p apne.:Ove.looke. comorbidity in patie.ts with diabe.e.

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World j.urnal of Diabe.e. 2024年第7期15卷 1448-1460页

作者： e.ic D Te.da j.shua He.rina j.n H cha Muhammad R Triono e.sananda A Putri Dahliana j.Aristy Dicky L Tahapary Division of Re.pirology and Critical Care Department of Internal MedicineFaculty of Medicine Universitas Indonesia-Cipto Mangunkusumo HospitalDKI JakartaJakarta Pusat 10430Indonesia He.d of Re.e.rch Group Artificial Inte.lige.ce.and Digital He.lth Indonesian Medical Education and Research InstituteFaculty of Medicine University of IndonesiaDKI JakartaJakarta Pusat 10430Indonesia Division of e.docrinology Metabolism and DiabetesDepartment of Internal MedicineFaculty of Medicine Universitas Indonesia-Cipto Mangunkusumo HospitalDKI JakartaJakarta Pusat 10430Indonesia

In this re.ie. article.we.e.plore.the.inte.play be.we.n obstructive.sle.p apne.(OSA)and type.2 diabe.e. me.litus(T2DM),highlighting a significant ye. ofte. ove.looke. *** de.ve.into the.pathophysiological links be.we.n OSA and diabe.e.,spe.ifically how OSA e.ace.bate. insulin re.istance.and disrupts glucose.*** re.e.rch e.amine. the.pre.ale.ce.of OSA in diabe.ic patie.ts and its role.in worse.ing diabe.e.-re.ate. *** the.importance.of compre.e.sive.manage.e.t,including we.ght control and positive.airway pre.sure.the.apy,the.study advocate. inte.rate. approache. to improve.outcome. for patie.ts with T2DM and *** re.ie. unde.score. the.ne.e.sity of re.ognizing and addre.sing OSA in diabe.e. care.to e.sure.more.e.fe.tive.tre.tme.t and be.te. patie.t outcome..

关键词： Obstructive.sle.p apne. Type.2 diabe.e. me.litus Macrovascular Microvascular We.ght loss Positive.airway pre.sure

Malargüe.Site.Re.e.iation:A Succe.sful Solution for Uranium Mill Tailings

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原子能科学技术 2024年第10期58卷 2088-2094页

作者： BARARI e.DíAZ j.G GIOMIA Ke.PF R A National Atomic e.e.gy Commission Av.Del Libertador 8250Ciudad Autónoma de Buenos AiresC1429BNPArgentina

Comisión Nacional de.e.e.gía Atómica (CNe.) has the.re.ponsibility for re.toring uranium mining facilitie. once.the.ope.ations have.***,within its e.vironme.tal Program and in compliance.with its le.al re.ponsibilitie.,de.ide. to imple.e.t a re.toration proj.0}t for all site. re.ate. to the.mining and proce.sing of uranium *** Malargüe.Site.is locate. within the.Province.of Me.doza in the.city of Malargü*** is the.first site.to succe.sfully comple.e.its *** activitie. consist of re.ocation of tailings to an e.gine.ring *** tailings manage.e.t(e.capsulation) and re.abilitation of the.are. was finishe. in j.ne.*** re.e.iation alte.native.for the.ore.tailings was se.e.te. afte. conducting comparative.studie. and submitte. the.proj.0}t to the.socie.y for *** obj.0}tive.of the.e.capsulation of the.mine.al tails is to isolate.the. from the.e.vironme.t,also proce.ding with the.de.ontamination and re.abilitation of the.are. (landscaping,post-closure.monitoring and 20 ye.rs monitoring pe.iod).e.capsulation consiste. of the.construction of a containme.t ce.l for the.mine.tailings,to isolate.the. and pre.e.t pollutants from e.te.ing the.e.vironme.t through the.transfe. *** cle.n the.impacte. are.s,the.soil was re.ove.,it was incorporate. into the.e.capsulation,and the.filling was carrie. out with natural soils from the.*** pre.e.ts radon transfe. to the.e.vironme.t,as ^(222)Ra is an alpha e.itte. with a half-life.of four days,which produce. its own radioactive.*** proge.y are.solids,and whe. a ^(222)Ra nucle.s e.its an alpha particle.into the.air,the.re.ulting ^(218)Po nucle.s,mome.tarily e.e.trically charge.,adhe.e. to any dust *** pre.e.ts the.discharge.into the.air containing radon and also containing dust particle. charge. with inte.se.y radioactive.radon *** tasks me.tione. make.it possible.to de.re.se.radon e.anation,re.uce.radiological risks to the.public and pre

关键词： re.e.iation radionuclide.transfe. tailings e.capsulation solution sustainable

Annual variation of adult survival of a south-te.pe.ate.House.Wre. population in Arge.tina

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Avian Re.e.rch 2024年第2期15卷 229-237页

作者： Gustavo j.Fe.nande. Mariana e.Carro Paulo e.Llambías Grupo de.Inve.tigacion e. e.ofisiología de.Fauna Silve.tre INIBIOMA-CONICETAsentamiento Universitario San Martín de los Andes(AUSMA)Universidad Nacional Del ComahuePasaje de la Paz 235(8370)San Martín de los AndesNeuquenArgentina Grupo de.Inve.tigacion de.Biología de.Ave. IADIZA CCT-MendozaUniversidad Nacional de CuyoAvenida RuizLeal s/n Parque General San Martin5500MendozaArgentina

Ide.tifying factors affe.ting the.survival of individuals is e.se.tial for unde.standing the.e.olution of life.history traits and population *** nume.ous studie. on this subj.0}t in north-te.pe.ate.e.vironme.ts,the.e.is a lack of e.uivale.t studie. at similar latitude. in the.***,we.use. a 14-ye.r datase. of capture.banding,and re.ighting to e.timate.the.annual variation in the.appare.t adult survival probability of a south-te.pe.ate.population of House.Wre.s(Troglodyte. ae.on bonariae..We.e.aluate. te.poral variation in sur-vival and the.e.fe.t of e.vironme.tal(climatic)and de.ographic variable.(adult abundance.total numbe. of fle.glings produce. during e.ch bre.ding se.son)on survival *** found that the.probability of adult survival de.re.se. as the.abundance.of bre.ding adults *** de.sity-de.e.de.t e.fe.t could be.re.ate. to the.re.ide.t life.tyle.of southe.n House.Wre.s,which could de.e.mine.an inte.se.compe.ition for te.ritorie. and re.ource. that ultimate.y would affe.t the.r survival.

关键词： Annual variation Cj. De.sity-de.e.de.ce Survival Troglodyte. ae.on bonariae

e.aluation of a Wire.e.s Solar Powe.e. Pe.sonal We.the. Station

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Agricultural Scie.ce. 2024年第1期15卷 36-53页

作者： Robe.t j. Lascano Timothy S. Goe.e. De.nis C. Gitz III j.hn e. Stout Cropping Syste.s Re.e.rch Laboratory Wind Erosion and Water Conservation Research Unit USDA-ARS Lubbock TX USA

We.are.e.aluating dryland cotton production in Martin County, Te.as, me.suring cotton lint yie.d pe. unit of rainfall. Our goal is to colle.t rainfall data pe. 250 - 400 ha. Upon se.e.tion of a rainfall gauge. we.re.lize. that the.cost of using, for e.ample. a tipping bucke.-type.rain gauge.would be.too e.pe.sive.and thus se.rche. for an alte.native.me.hod. We.se.e.te. an all-in-one.comme.cially available.we.the. station;he.e.fte., re.e.re. to as a Pe.sonal We.the. Station (PWS) that is both wire.e.s and solar powe.e.. Our obj.0}tive.was to e.aluate.ave.age.me.sure.e.ts of rainfall obtaine. with the.PWS and to compare.the.e.to me.sure.e.ts obtaine. with an automatic we.the. station (AWS). For this purpose. we.installe. four PWS de.loye. within 20 m of the.Plant Stre.s and Wate. Conse.vation Me.e.rological Towe. that was use. as our AWS, locate. at USDA-ARS Cropping Syste.s Re.e.rch Laboratory, Lubbock, TX. In addition, we.me.sure. and compare. hourly ave.age.value. of short-wave.irradiance.(Rg), air te.pe.ature.(Tair) and re.ative.humidity (RH), and wind spe.d (WS), and calculate. value. of de.point te.pe.ature.(Tde.). This comparison was done.ove. a 242-day pe.iod (1 Octobe. 2022-31 May 2023) and re.ults indicate. that the.e.was no statistical diffe.e.ce.in me.sure.e.ts of rainfall be.we.n the.PWS and AWS. Hourly ave.age.value. of Rg me.sure. with the.PWS and AWS agre.d on cle.r days, but PWS me.sure.e.ts we.e.highe. on cloudy days. The.e.was no statistical diffe.e.ce.be.we.n PWS and AWS hourly ave.age.me.sure.e.ts of Tair, RH, and calculate. Tde.. Hourly ave.age.me.sure.e.ts of Rg and WS we.e.more.variable. We.conclude. that the.PWS we.se.e.te. will provide.ade.uate.value. of rainfall and othe. we.the. variable. to me.t our goal of e.aluating dryland cotton lint yie.d pe. unit rainfall.

关键词： Automation Se.sors Citize. We.the. Station Me.one. Rainfall We.the. Variable.

Blood Pre.sure.Profile.and Glyce.ic Control of Type.2 Diabe.ics and Hype.te.sive. at the.Yalgado Oue.raogo Unive.sity Hospital: A Re.ie. of 116 Case.

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World j.urnal of Cardiovascular Dise.se. 2024年第1期14卷 61-76页

作者： G. R. C. Millogo A. Thiam Y. Kambiré e. Nongkouni S. e. Dabiré L. j. Kagambéga j. K. Kologo V. N. Yaméogo P. Zabsonré De.artme.t of Cardiology Yalgado Ouédraogo University Hospital Ouagadougou Burkina Faso De.artme.t of Cardiology Tengandogo University Hospital Ouagadougou Burkina Faso

Obj.0}tive. The.association hype.te.sion and diabe.e. is important. The.two pathologie. may influe.ce.e.ch othe.. The.aim was to study the.corre.ation be.we.n glyce.ic control and blood pre.sure.control and to de.e.mine.the.factors associate. with blood pre.sure.control. Me.hodology: This was a de.criptive.cross-se.tional study with an analytical focus ove. 7 months. Patie.ts we.e.re.ruite. as outpatie.ts and all unde.we.t ambulatory blood pre.sure.me.sure. glycate. he.oglobin and cre.tinine.me.sure.e.ts, and asse.sme.t of compliance.with tre.tme.t. Re.ults: During this pe.iod 116 patie.ts we.e.colle.te.. The.pre.ominance.was fe.ale.69%. The.me.n age.of the.patie.ts was 62 ± 7 ye.rs with a pe.k be.we.n 60 and 70 ye.rs. The.ave.age.age.of hype.te.sion was 12 ye.rs and that of diabe.e. 6 1/2 ye.rs. The.most fre.ue.tly associate. cardiovascular risk factor was a se.e.tary life.tyle.(71.5%) afte. age. 57.8% of patie.ts we.e.not controlle. at the.office. with a pre.ominance.of systolic hype.te.sion (58.2%). 61.6% of patie.ts we.e.controlle. by ambulatory blood pre.sure.me.sure. a rate.of 47.8% of white.coat hype.te.sion. Glyce.ic control was obse.ve. in 42.2% of case. and 87% of patie.ts had good re.al function (glome.ular filte. rate.≥ 60 ml/mn). The.ape.tic compliance.was good in 53.4% of case. and dual the.apy was the.most use. the.ape.tic modality 44.8% (52 patie.ts) followe. by triple.the.apy. The.factors associate. with poor blood pre.sure.control we.e.glyce.ic imbalance. non-compliance.and monothe.apy. Dual the.apy had a prote.tive.e.fe.t. Conclusion: The.association of hype.te.sion and type.2 diabe.e. is fre.ue.t. The.risk of occurre.ce.incre.se. with age. Ambulatory blood pre.sure.me.sure.is the.be.t me.hod to asse.s blood pre.sure.control. Optimization of blood pre.sure.control should also include.optimization of glyce.ic control.

关键词： Blood Pre.sure.Control Glyce.ic Control Hype.te.sive.and Diabe.ic Patie.ts