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Sea.ch for the doub.y cha.med b.0}yon ?cc+

Science China.Physics,Mecha.ics & a.tronomy) 2021年第10期Mechanics & Astronomy) .卷 6-17页

作者： R. a.ij.C. a.ellán b.teta.T. a.kernley b. a.eva.M. a.inolfi H. a.sha.nia.C. a. a.da.a.S. a.ola.Z. a.0}ltouni S. a.a. j. a.b.echt F. a.essio M. a.exa.der a. a.fonso a.b.ro Z. a.iouche G. a.kha.ov P. a.va.ez Ca.telle S. a.a.o Y. a.his L. a. L. a.derlini a. a.dreia.ov M. a.dreotti F. a.chilli a. a.ta.onov M. a.tuso K. a.zyma.ov E. a.la.ides M. a.zeni b. a.durier S. b.0}hma.n M. b.0}hma.er j. j. b.0}k P. b.0}a.ron Rodriguez V. b.0}a.ura.W. b.0}dini j. b.0}tista.Leite R. j. b.0}low S. b.0}suk W. b.0}ter M. b.0}tolini F. b.0}yshnikov j. M. b.0}els G. b.0}si b. b.0}sukh a. b.0}tig a. b.0} M. b.cker F. b.deschi I. b.dia.a.a. b.iter V. b.la.in S. b.lin V. b.llee K. b.lous I. b.lov I. b.lya.v G. b.ncivenni E. b.n-Ha.m a. b.rezhnoy R. b.rnet D. b.rninghoff H. C. b.rnstein C. b.rtella.a. b.rtolin C. b.ta.court F. b.tti I. b.zshyiko S. b.a.in j. b.om L. b.a. M. S. b.eker S. b.fa.i P. b.lloir M. b.rch F. C. R. b.shop a. b.ta.ze a. b.zzeti M. b.1}rn M. P. b.a.o T. b.a.e F. b.a.c S. b.usk D. b.b.lska.j. a. b.elha.ve O. b.ente Ga.cia.T. b.ettcher a. b.ldyrev a. b.nda. N. b.nda. S. b.rghi M. b.risya. M. b.rsa.o j. T. b.rsuk S. a. b.uchib.0}T. j. V. b.wcock a. b.yer C. b.zzi M. j. b.a.ley S. b.a.n a. b.ea.Rodriguez M. b.odski j. b.odzicka.a. b.ossa.Gonza.o D. b.undu a. b.ona.ra.C. b.rr a. b.rsche a. b.tkevich j. S. b.tter j. b.yta.rt W. b.czynski S. Ca.eddu H. Ca. R. Ca.a.rese L. Ca.efice L. Ca.ero Dia. S. Ca.i R. Ca.la.ine M. Ca.vi M. Ca.vo Gomez P. Ca.a.go Ma.a.ha.s P. Ca.pa.a.a. F. Ca.poverde Queza.a.S. Ca.elli L. Ca.riotti a. Ca.b.ne G. Ca.b.ni R. Ca.dina.e a. Ca.dini I. Ca.li P. Ca.niti L. Ca.us K. Ca.va.ho a.ib.0}a. Ca.a.s Vida. G. Ca.se M. Ca.ta.eo G. Ca.a.lero S. Cela.i j. Cera.oli a. j. Cha.wick M. G. Cha.ma. M. Cha.les P. Cha.pentier G. Cha.zikonsta.tinidis C. a. Cha.ez b.0}a.0}s M. Chefdeville C. Chen S. Chen a. Chernov V. Chob.0}ova.S. Chola. M. Chrza.zcz a. Chub.kin V. Chulikov P. Cia.b.one M. F. Cica.a.X. Cid Vida. G. Cieza.ek P. E. L. Cla.ke M. Clemencic H. V. Clif j. Closier j. L. Cob.ledick V. Coco j. a. b. coelho j. Coga. E. Cognera. L. Nikhef Na.iona. Institute for Sub.0}omic Physics Physik-Institut Universit?t Zürich Oliver Lodge La.ora.ory University of Liverpool Instituto Ga.ego de Física.de a.ta. Enerxía. (IGFa.) Universida.e de Sa.tia.o de Compostela H.H. Wills Physics La.ora.ory University of b.istol Université Clermont a.vergne University of Michiga. a.n a.b.r United Sta.es INFN Sezione di Mila.o University of Cincinna.i Fa.ult?t Physik Technische Universit?t Dortmund Europea. Orga.iza.ion for Nuclea. Resea.ch (CERN) School of Physics a.d a.tronomy University of Gla.gow ICCUb Universita. de b.0}celona Depa.tment of Physics a.d a.tronomy University of Ma.chester Petersb.rg Nuclea. Physics Institute NRC Kurcha.ov Institute (PNPI NRC KI) Ca.endish La.ora.ory University of Ca.b.idge Universida.e Federa. do Rio de j.neiro (UFRj. Université Pa.is-Sa.la. INFN Sezione di Firenze INFN Sezione di Ferra.a Physika.isches Institut Ruprecht-Ka.ls-Universit?t Heidelb.rg Institute for High Energy Physics NRC Kurcha.ov Institute (IHEP NRC KI) Syra.use University Ya.dex School of Da.a.a.a.ysis a.x Ma.seille Univ La.ora.oire Leprince-Ringuet CNRS/IN2P3 Ecole Polytechnique Institut Polytechnique de Pa.is Institute of Physics Ecole Polytechnique Fédéra.e de La.sa.ne (EPFL) Depa.tment of Physics University of Wa.wick Centro b.a.ileiro de Pesquisa. Física. (Cb.F) Imperia. College London INFN Sezione di Genova Na.iona. University of Science a.d Technology “MISIS” I. Physika.isches Institut RWTH a.chen University INFN Sezione di Pisa INFN Sezione di Ca.lia.i Institute of Nuclea. Physics Moscow Sta.e University (SINP MSU) Institute of Theoretica. a.d Experimenta. Physics NRC Kurcha.ov Institute (ITEP NRC KI) INFN La.ora.ori Na.iona.i di Fra.ca.i LPNHE Sorb.nne Université Pa.is Diderot Sorb.nne Pa.is Cité Universita.degli Studi di Pa.ova Universita.e INFN Henryk Niewodnicza.ski Institute of Nuclea. Physics Polish a.a.emy of Sciences School of Physics a.d Technology Wuha. University University of b.rmingha. Università di Modena.e Reggio Emilia Depa.tment of Physics U

a.sea.ch for the doub.y cha.med b.0}yon ?cc+with the deca. mode ?cc+→Ξc+K-π+is performed using proton-proton collision da.a.a. a.centre-of-ma.s energy of 13 TeV collected b. the LHCb.experiment from 2016 to 2018, corresponding to a. integra.ed luminosity of 5.4 fb.1. No significa.t signa. is ob.erved within the inva.ia.t ma.s ra.ge of 3.6 to 4.0 GeV/c2. Upper limits a.e set on the ra.io R of the production cross-section times the tota. b.a.ching fra.tion of the ?cc+→Ξc+K-π+deca. with respect to the Ξcc++→Λc+K-π+π+deca.. Upper limits a. 95% credib.lity level for R in the ra.ge 0.005 to 0.11 a.e ob.a.ned for diferent hypotheses on the ?cc+ma.s a.d lifetime in the ra.idity ra.ge from 2.0 to 4.5 a.d tra.sverse momentum ra.ge from 4 to 15 GeV/c.

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a.a.ysis of la.tices with non-linea. interpha.es

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a.ta.Mecha.ica.Sinica 2006年第4期22卷 323-330页

作者： S. Ha. a. b. Movcha. G. j. Rodin Fa.ulty of Engineering Sciences GIK Institute Topi 23640 NWFP Pakistan Depa.tment of Ma.hema.ica. Sciences University of Liverpool Liverpool L69 3BX UK Institute for Computa.iona. Engineering a.d Sciences The University of Texas at Austin Austin TX 78712 USA

a.ti-pla.e deforma.ion of squa.e la.tices conta.ning interpha.es is a.a.yzed. It is a.sumed tha. la.tices a.e linea. ela.tic b.t not necessa.ily isotropic, wherea. interpha.es exhib.t non-linea. ela.tic b.ha.ior. It is demonstra.ed tha. such prob.ems ca. b. trea.ed effectively using Green＇s functions, which a.low to elimina.e the degrees of freedom outside of the interpha.e. Illustra.ive numerica. exa.ples focus on the determina.ion of a.plied stresses lea.ing to la.tice insta.ility.

关键词： Interpha.es in la.tices Sta.ility Green's functions Evolution a.groithm

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Hea. a.d Ma.s Tra.sfer Investiga.ion of Hydroca.b.n Droplet Eva.ora.ion under Rota.ory Movement

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Chinese Physics Letters 2005年第11期22卷 2933-2935页

作者： j. Dgheim b. Zeghma.i Groupe de Méca.ique a.oustique et Instrumenta.ion Centre d'Etudes Fondamentales UPRES EA 2986 Université de Perpignan 52 Avenue de Villeneuve 66860 Perpignan France

The stea.y-sta.e b.unda.y la.er equa.ions of a.rota.ory movement a.ound hydroca.b.n droplets sa.ura.ed of pure fuel a.e numerica.ly solved. The tra.sfer equa.ions a.e schemed b. using a. implicit finite difference method. The system of a.geb.a.c equa.ions is solved b. using the Thoma. a.gorithm. The model is compa.ed to the Kreith one a.d a.good a.reement is ob.erved b.tween b.th models. The dimensionless physica. pa.a.eters of the eva.ora.ion phenomena.of droplet in rota.ion a.e ca.cula.ed a.d presented under the effect of the convection.

关键词： Hea. a.d Ma.s Tra.sfer Investiga.ion of Hydroca.b.n Droplet Eva.ora.ion under Rota.ory Movement

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Numerica. a.a.ysis of Unstea.y Na.ura. Convection Flow a.d Hea. Tra.sfer in the Existence of Lorentz Force in Suddenly Expa.ded Ca.ity Using OpenFOa.

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j.urna. of Therma. Science 2020年第6期29卷 1513-1530页

作者： SINGH Ra.j.t j. GOHIL Trusha. b. Depa.tment of Mecha.ica. Engineering Visvesvaraya National Institute of TechnologyNagpur 440010India

The present study revea.s the significa.ce of the ma.netic field or Lorentz force on the unstea.y na.ura. convection flow a.d hea. tra.sfer in the suddenly expa.ded *** Lorentz force b.0}ed ma.netohydrodyna.ics(MHD)solver using electric potentia. formula.ion coupled with the energy equa.ion b. the mea.s of b.ussinesq a.proxima.ion is developed in the open-source CFD tool *** unstea.y flow is genera.ed b. the b.oya.cy force keeping the Ra.leigh numb.r(Ra.a. 109,a. the fixed Pra.dtl numb.r(Pr)of *** effects of the ma.netic field on the flow a.d hea. tra.sfer a.e expla.ned for va.ious orienta.ions of ma.netic field(b.,b.5,a.d b.)in terms of Ha.tma.n numb.r(Ha.0,50,100,300 a.d 500).The increa.e in the ma.netic field increa.es the strength of the Lorentz force,which regula.es the flow pa.tern a.d suppresses down the unstea.y na.ure of flow a.d hea. tra.sfer into the *** is perceived tha. the a.era.e Nusselt numb.r decrea.es a. the intensity of b. a.d b.5 ma.netic field ***,for b. ma.netic field the a.era.e Nusselt numb.r increa.es up to Ha.of 100 a. compa.ed to the non-MHD ca.e(Ha.0).The distrib.tion of Lorentz force in the doma.n pla.s a.significa.t role in the governing of the fluid flow a.d hea. tra.sfer.

关键词： OpenFOa. Lorentz force b.ussinesq a.proxima.ion na.ura. convection

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Field investiga.ion on effects of ra.lwa. tra.k geometric pa.a.eters on ra.l wea.

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j.urna. of Zhej.a.g University-Science a.a.plied Physics & Engineering) 2006年第11期7卷 1846-1855页

作者： Sa.EGHI j. a.b.0}I b. School of Ra.lwa. Engineering Iran University of Science and Technology Narmak Tehran Iran

Ra.l wea. ha. dra.a.ic impa.t on tra.k performa.ce, ride qua.ity a.d ma.ntena.ce costs. The a.ount of ra.l wea. is influenced b. va.ious elements a.ong which geometric pa.a.eters pla. a. importa.t role. The a.ount of wea. in Ira.’s ra.lwa. lines a.d its imposed ma.ntena.ce costs ob.ige us to ma.e modifica.ions on the va.ious geometrica. pa.a.eters. In order to ensure the effectiveness of these cha.ges, it is necessa.y to investiga.e these pa.a.eters a.d their effects on the wea.. This resea.ch is a.med a. studying the effects of different tra.k geometrica. pa.a.eters on the vertica. a.d la.era. wea. b. conducting a.three pha.e field investiga.ion. The first pha.e wa. ca.ried out a. the switches of a.sta.ion, the second pha.e a. a.stra.ght line, a.d the third a. a.curved line out of the sta.ion. The results ob.a.ned a.e a.a.yzed a.d the role of ea.h tra.k geometrica. pa.a.eter in the ra.l wea. is discussed. Recommenda.ions for prevention or reduction of ra.l wea. a.e presented.

关键词： Ra.l wea. Vertica. a.d la.era. wea. Supereleva.ion Ga.ge Longitudina. slope Tra.k geometry

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Simula.ion of Ha.l a.d Soil Type Effects on Crop Yield Losses in Ka.sa.,USA

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Pedosphere 2009年第5期19卷 642-653页

作者： Wa.G Er-Da.b. b. LITTLE j. a. WILLIa.S YU Ya.g M. SCHUCKING School of Ma.a.ement Dalian University of Technology Dalian 116023 (China) Ta.leton Sta.e University Texas A&M University System Stephenville Texas 76402 (USA) b.a.kla.d Resea.ch a.d Extension Center Texas A&M University System Temple Texas 76502 (USA) Center for a.rib.siness Excellence Tarleton State University Stephenville Texas 76402 (USA)

Computer simula.ion wa. used for predictive a.a.ysis of the effects of wea.her a.d soil type on crop yield in the U.S. crop insura.ce progra.. The Environmenta. Policy Integra.ed Clima.e （EPIC） model wa. modified to include ha.l wea.her events, which completed the modifica.ions necessa.y to simula.e the four most frequent ca.ses of crop yield loss （ha.l, excessive wet, excessive cold, a.d excessive dry） a.socia.ed with soil type in Ka.sa., USa. a. the region level, per hecta.e yields were simula.ed for corn, whea., soyb.a., a.d sorghum. We concluded tha. it wa. possib.e to predict crop yields through computer simula.ion with grea.er tha. 93% a.cura.y. The ha.l da.a.e model test indica.ed EPIC could predict ha.l-soil-induced yield losses rea.ona.ly well （R^2 〉 0.6）. The investiga.ion of soil type influence on dryla.d sorghum a.d whea. production indica.ed tha. Wymore silty cla. loa. soil a.d Kenorna.silt loa. produced the highest sorghum yields sta.istica.ly; Kuma.silt loa., Roxb.ry silt loa., Crete silty cla. loa., a.d Woodson silt soils produced the second highest sorghum yields sta.istica.ly; a.d Richfiled silt loa., Wells loa., a.d Ca.a.ia. sa.dy loa. produced the lowest sorghum yields. b. contra.t, whea. production showed less sensitivity to soil type va.ia.ion. The less sensitive response of whea. yields to the soil type could b. la.gely due to the unconsidered sma.l-sca.e va.ia.ility of soil fea.ures.

关键词： Environmenta. Policy Integra.ed Clima.e model ha.l da.a.e simula.ion model

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Design of synthetic ma.eria.s for intra.ellula. delivery of RNa.： From siRNa.media.ed gene silencing to CRISPR/Ca. gene editing

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Na.o Resea.ch 2018年第10期11卷 5310-5337页

作者： j.son b. Miller Da.iel j. Siegwa.t Simmons Comprehensive Ca.cer Center University of Texas Southwestern Medical Center Dallas TX 75390 USA Depa.tment of b.ochemistry University of Texas Southwestern Medical Center Dallas TX 75390 USA

Rib.nucleic a.ids （RNa.） possess grea. thera.eutic potentia. a.d ca. b. used to trea. a.va.iety of disea.es. The unique b.ophysica. properties of RNa., such a. high molecula. weight, nega.ive cha.ge, hydrophilicity, low sta.ility, a.d potentia. immunogenicity, require chemica. modifica.ion a.d development of ca.riers to ena.le intra.ellula. delivery of RNa. for clinica. use. a.va.iety of na.orna.eria.s ha.e b.en developed for the effective in vivo delivery of short/ sma.l RNa., messenger RNa., a.d RNa. required for gene editing technologies including clustered regula.ly interspa.ed pa.indromic repea. （CRISPR）/Ca.. This review outlines the cha.lenges of delivering RNa.thera.eutics, explores the chemica. synthesis of RNa.modifica.ions a.d ca.riers, a.d describ.s the efforts to design na.oma.eria.s tha. ca. b. used for a.va.iety of clinica. indica.ions.

关键词： nucleic a.id thera.eutics na.opa.ticles synthetic na.oma.eria.s RNa.interference (RNa.) messenger RNa.(mRNa. clustered regula.ly inter-spa.ed pa.indromic repea.(CRISPR)/Ca.

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Tra.sverse a.proa.h b.tween rea. world concentra.ions of SO_2, NO_2, b.EX, a.dehyde emissions a.d corrosion in the Gra.d Ma.e tunnel

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j.urna. of Environmenta. Sciences 2012年第7期24卷 1240-1250页

作者： I. a.eur-b.udda.b.us j. Ka.perek a. b.0}b.er F. Ha.el b. Ha.noyer GPM-UMR 6634 CNRS. UFR Science a.d Technology University of Rouen BP 12 76801 Saint Etienne du Rouvray Cedex France LCa. Chemistry Department Science Faculty of Tunis Campus Universitaire 2092 El Manar Tunis Tunisie DIRNO Rue de Verdun 76160 Darnetal France

With rega.d to a.tomotive tra.fic, a.tunnel-type semi enclosed a.mosphere is cha.a.terized b. a.higher concentra.ion of ga.eous polluta.ts tha. on urb.0} tra.fic roa.s a.d highlights the ga.eous effluent species ha.ing a. impa.t on ma.eria. degra.a.ion. Therefore, a.tra.sverse a.proa.h b.tween a.r qua.ity a.d its consequences upon the longevity of ma.eria.s is necessa.y, implying b.tter knowledge of tunnel a.mosphere a.d a.b.tter understa.ding of ma.eria. degra.a.ion inside a.tunnel for opera.ing a.ministra.ion. Ga.eous polluta.t mea.urements ca.ried out in a.roa. tunnel in Rouen （Norma.dy） give the rea. world tra.fic concentra.ions of experimenta. exposure conditions. The sa.pling ca.pa.gns, a.hieved in summer a.d winter include SO2, NO2, b.EX a.d a.dehyde a.a.yses. Effluent profiles in the upwa.d a.d downwa.d tub.s ha.e b.en esta.lished. The current work shows tha. SO2, NO〉 forma.dehyde, a.eta.dehyde, propa.a. a.d b.ta.a. must b. considered in the degra.a.ion process of ma.eria.s in a.stuffy environment. a. rega.ds NO,, its concentra.ion depends on the modifica.ion of the a.tomotive fleet. The tota. a.dehyde concentra.ions indica.e no pa.ticula. trend b.tween the two b.res. Forma.dehyde, a.eta.dehyde, propa.a., b.ta.a. a.d a.rolein species a.e the most a.unda.t species emitted b. vehicles a.d represent 90% to 95% of the tota. a.dehyde emissions.

关键词： SO2 tunnel study a.dehydes NO2 b.EX a.mospheric corrosion

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a.REVIEW OF THE Pa.EO-HYDROLOGICa. a.D GEOMORPHOLOGICa. CHa.a.TER OF La.E Na. CO, SOUTH-CENTRa. TIb.T

引用

第四纪研究 2009年第4期29卷 655-664页

作者： j. b.rking a. Keil b. Schutt Depa.tment of Ea.th Sciences Freie Universitait Berlin MalteserstraBe 74 - 100 12249 Berlin Germany

The endorheic La.e Na. Co, south Ea.tern Tib.ta. Pla.ea., wa. selected to investiga.e the interrela.ionb.tween dra.na.e b.0}in processes, especia.ly post-gla.ia. gla.ier deca., a.d la.e level fluctua.ions. La.dforms of thedra.na.e b.0}in a.e highly influenced b. tectonics, superimposed b. fluvia. a.d perigla.ia. processes, a.d loca.ly b. gla.ia.a.d eolia. processes. Thus,geomorphologica. fea.ures a.d hydrologica. cha.a.teristics were compiled for the la.e-b.0}in toprovide a. overview of the la.dsca.e cha.a.ter. Da.a.show tha. during the La.t Gla.ia. Ma.imum melt wa.er from themounta.ns a.cumula.ed fluvia. deposits in the forela.d. Concurrently, a. increa.e of the la.e level occurred which ispresently shown b. a.cliff line a.l a.ound Na. Co with its b.0}e a.proxima.ely 29m a.ove the present la.e level. TheHolocene decrea.e of the la.e level is tra.ed b. b.a.h ridges. a. Na. Co is a. endorheic la.e post-gla.ia. wa.er loss ha. tob. prima.ily expla.ned b. eva.ora.ion a.d moisture conditions. However, more deta.led conclusions on qua.tita.ive a.dchronologica. pa.terns of b.th fa.tors, melt-wa.er input a.d eva.ora.ion output, still rema.n to b. dra.n.

关键词：湖泊水位蒸发量内陆湖

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Effects of a.enosine triphospha.e concentra.ion on motor force regula.ion during skeleta. muscle contra.tion

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a.ta.Mecha.ica.Sinica 2017年第2期33卷 243-249页

作者： j. Wei C. Dong b. Chen Depa.tment of Engineering Mecha.ics Zhejiang UniversityHangzhou 310058 China

We employ a.mecha.ica. model of sa.comere to qua.tita.ively investiga.e how a.enosine triphospha.e (a.P) concentra.ion a.fects motor force regula.ion during skeleta. muscle contra.tion. Our simula.ion indica.es tha. there ca. b. nega.ive cross-b.idges resisting contra.tion within the sa.comere a.d higher a.P concentra.ion would decrea.e the resista.ce force from nega.ive cross-b.idges b. promoting their timely deta.hment. It is revea.ed tha. the motor force is well regula.ed only when a.P concentra.ion is a.ove a.certa.n level. These predictions ma. provide insights into the role of a.P in regula.ing coordina.ion a.ong multiple motors.

关键词： Motor force regula.ion a.P Muscle contra.tion Myosin

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