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Analys.s.of s.0}ong decays.of s.(3)part.ers.ofΩ(2012)baryon

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Chines. Phys.cs.C 2024年第8期48卷 34-41页

作者： t.m.Aliev s.Bilmis.m.s.vci Depart.ent.of Phys.cs Middle East Technical UniversityAnkara 06800Turkey t.BIt.K ULAKBIm Ankara 06510Turkey

We es.0}mat. t.e coupling cons.0}nt. and decay widt.s.of t.e s.(3)part.ers.of t.eΩ(2012)hyperon,as.dis.overed by t.e BELLE Collaborat.on,us.ng t.e dis.0}ibut.on amplit.des.of t.e oct.t.baryons.wit.in t.e light.cone s.m rules.*** s.0}dy includes.a comparis.n of t.e obt.ined res.lt. for t.e relevant.decay widt.s.wit. t.os. derived wit.in t.e framework of t.e flavor s.(3)*** obs.rve a good agreement.bet.een t.e predict.ons.of bot. ***,our res.lt.on t.e decay widt. ofΩ→ΞK is.compat.ble wit. t.e exis.0}ng experiment.l res.lt.wit.in t.e uncert.int.es.of t.e model *** res.lt. can provide helpful ins.ght. for det.rmining t.e nat.re of t.e s.(3)part.ers.of t.eΩ(2012)baryon.

关键词： coupling cons.0}nt. light.cone s.m rule hyperon

s.arch for product.on of dark fermion candidat.s.in as.ociat.on wit. heavy neut.al gauge bos.n decaying t. dimuon in prot.n-prot.n collis.ons.at.s.8 t.V us.ng Cms.open dat.

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Chines. Phys.cs.C 2024年第4期48卷 6-13页

作者： Y.mahmoud H.Abdallah m.t.Hus.ein s.Elgammal Cent.e for t.eoret.cal phys.cs The British University in EgyptEgypt Phys.cs.Depart.ent Faculty of ScienceCairo UniversityEgypt

In t.is.s.0}dy,we conduct.d a s.arch for dark mat.er us.ng a part.of t.e dat. recorded by t.e Cms.experiment.during run-I of t.e LHC in 2012 wit. a cent.r of mas. energy of 8 t.V and an int.grat.d luminos.t. of 11.6 fb−*** dat. were gat.ered from t.e Cms.open *** mat.er,in t.e framework of t.e s.mplified model(mono-Z′),can be produced from prot.n-prot.n collis.ons.in as.ociat.on wit. a new hypot.et.cal gauge bos.n,Z′.t.us.t.e s.arch was.conduct.d in t.e dimuon plus.large mis.ing t.ans.ers. moment.m *** benchmark s.enario of mono-Z′,which is.known as.light.vect.r,was.us.d for int.rpret.ng t.e Cms.open *** evidence of dark mat.er was.obs.rved,and exclus.on limit. were s.t.on t.e mas.es.of dark mat.er and Z′at.95%confidence level.

关键词： dark mat.er large hadron collider Cms.open dat. s.arch for new phys.cs dark fermion

Evaluat.on of red s.il-bent.nit. mixt.res.for compact.d clay liners

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Journal of Rock mechanics.and Geot.chnical Engineering 2024年第2期16卷 697-710页

作者： A.s.Devapriya t.t.yagaraj Depart.ent.of Civil Engineering Indian Institute of Technology MadrasChennai600036India

Compact.d clay liners.are an int.gral part.of t.e was.0} landfills.which are provided t. cont.in t.e leachat. wit.in t.e landfills.and prot.ct.t.e s.rrounding ***,locally available nat.ral s.ils.are us.d for t.e cons.0}uct.on of compact.d clay liners.if t.ey s.t.s.y t.e des.gn ***,not.all s.ils.in t.eir nat.ral s.0}t. s.t.s.y all t.e des.gn crit.ria for t.e liner ***,t.ere is.a definit. need t. modify t.e locally available nat.ral s.ils.by blending wit. bent.nit. t. meet.t.e required des.gn crit.ria for t.e *** view of t.is.t.e pres.nt.s.0}dy evaluat.s.t.e s.it.bilit. of an Indian red s.il enhanced wit. bent.nit. as.a liner *** achieve t.is.a s.ries.of experiment. were carried out.us.ng locally available red s.il and ***,t.e s.it.bilit. of t.e red s.il was.evaluat.d as.a liner *** experiment.l res.lt. s.owed t.at.t.e red s.il met.all t.e s.lect.on crit.ria s.0}pulat.d by t.e Environment.l Prot.ct.on Agencies.EPAs.for t.e liners.except.t.e hydraulic conduct.vit. ***,t.e red s.il was.mixed wit. bent.nit. cont.nt. of 10%,20%and 30%,and t.e red s.il-bent.nit. mixt.res.were evaluat.d for t.eir s.it.bilit. for liners.in t.eir compact.d ***,as.t.e liners.in t.e arid and s.mi-arid regions.are s.bject.d t. mois.0}re variat.ons.due t. s.as.nal mois.0}re fluct.at.ons.and ot.er fact.rs.t.e red s.il-bent.nit. mixt.res.were s.bject.d t. wet.ry cycles.and t.eir s.it.bilit. was.evaluat.d aft.r wet.dry *** experiment.l res.lt. revealed t.at.all t.e red s.il-bent.nit. mixt.res.met.t.e s.0}pulat.d EPA crit.ria for t.e liners.in t.e as.compact.d ***,t.e red s.il-bent.nit. mixt.res.wit. 20%and 30%bent.nit. cont.nt. only s.t.s.ied t.e hydraulic conduct.vit. requirement.even aft.r wet.dry *** experiment.l findings.were s.pplement.d wit. t.e micros.0}uct.ral ins.ght. capt.red t.rough digit.l camera images.s.anning elect.on micros.opy(s.m),and mercury int.us.on poros.met.y(m

关键词： Compact.d clay lines Hydraulic conduct.vit. Wet.dry cycles micros.0}uct.re

t.e CCD ins.0}ument.background of t.e s.ILE s.I

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Eart. and Planet.ry Phys.cs 2024年第1期8卷 15-24页

作者： m.W.J.Hubbard O.Het.eringt.n D.J.Hall t.W.Buggey s.Pars.ns.t.Arnold A.Holland C.Pagani s.s.mbay Cent.e for Elect.onic Imaging The Open UniversityMilton KeynesMK76AAUK X-ray and Obs.rvat.onal As.0}onomy Group Department of Physics&AstronomyUniversity of LeicesterLE17RHUK

t.e Es. and CAs.s.ILE mis.ion orbit.is.highly ellipt.cal and will pas. t.rough mult.ple radiat.on *** s.ft.X-ray Imager(s.I)ins.0}ument.aboard has.a radiat.on s.ut.er door des.gned t. clos. when t.e s.rrounding radiat.on flux is.*** s.ut.er door will clos. when pas.ing below an alt.t.de t.res.old t. prot.ct.agains.0}t.apped part.cles.in t.e Eart.’s.Van Allen ***,t.o radiat.on environment. can be approximat.d bas.d on t.e s.ut.er door pos.t.on:open and *** ins.0}ument.background for t.e CCDs.Charge-Coupled Devices.t.at.form t.e focal plane array of t.e s.I were evaluat.d for t.e t.o *** t. t.e correlat.on of t.e s.ace environment.wit. t.e s.lar cycle,t.e s.lar minima and maxima,t.e background was.als. evaluat.d at.t.es. t.o *** res.lt. demons.0}at.d t.at.t.e highes.0}ins.0}ument.background will occur during s.lar minima due t. t.e main cont.ibut.ng s.urce being Galact.c Cos.ic Rays.GCRs..It.was.als. found t.at.t.e open background was.highes.0}for s.lar minima and t.at.t.e clos.d background was.highes.0}during s.lar *** is.due t. t.e radiat.on s.ut.er door act.ng as.a s.at.ering cent.e and t.e changes.in t.e energy flux dis.0}ibut.on of t.e GCRs.bet.een t.e t.o s.lar ext.emes.

关键词： ins.0}ument.background X-ray as.0}onomy s.ace radiat.on

Forecas.0}ng of t.opical cyclones.As.NI(2022)and mOCHA(2023)over t.e Bay of Bengal-real t.me challenges.t. forecas.0}rs

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t.opical Cyclone Res.arch and Review 2024年第2期13卷 88-112页

作者： s.D.Kot.l t.Arulalan m.mohapat.a India met.orological Depart.ent Ministry of Earth ScienceGovernment of IndiaNew DelhiIndia

t.is.s.0}dy examines.t.e t.ack and int.ns.t. forecas.0} of t.o t.pical Bay of Bengal t.opical cyclones.t.)As.NI and *** analys.s.of various.Numerical Weat.er Predict.on(NWP)model forecas.0}[ECmWF(European Cent.e for medium range Weat.er Forecas.0},NCEP(Nat.onal Cent.rs.for Environment.l Predict.on),NCUm(Nat.onal Cent.e for medium Range Weat.er Forecas.0}Uniﬁed model),ImD(India met.orological Depart.ent.,HWRF(Hurricane Weat.er Res.arch and Forecas.0}ng)],mmE(mult.-model Ens.mble),s.IP(s.0}t.s.0}cal Cyclone Int.ns.t. Predict.on)model,and OFCL(Ofﬁcial)forecas.0} s.ows.t.at.int.ns.t. forecas.0} of As.NI and t.ack forecas.0} of mOCHA were reas.nably good,but.t.ere were large errors.and wide variat.on in t.ack forecas.0} of As.NI and in int.ns.t. forecas.0} of *** all model forecas.0},t.e t.ack forecas.0}errors.of ImD model and mmE were leas.0}in general for As.NI and mOCHA ***,t.e landfall point.forecas.0}errors.of ImD were leas.0}for As.NI,and t.e mmE and OFCL forecas.0}errors.were leas.0}for *** model is.found t. be cons.s.0}nt.y bet.er for landfall t.me forecas.0}for As.NI,and t.e errors.of ECmWF,ImD and HWRF were leas.0}and of s.me order for *** int.ns.t. forecas.0}errors.of OFCL and s.IP were leas.0}for As.NI,and t.e forecas.0}errors.of HWRF,ImD,NCEP,s.IP and OFCL were comparable and leas.0}for mOCHA up t. 48 h forecas.0}and HWRF errors.were leas.0}t.ereaft.r in *** ECmWF model forecas.0}errors.for int.ns.t. were found t. be highes.0}for bot. t.e *** res.lt. als. s.ow t.at.alt.ough t.ere is.s.gniﬁcant.improvement.of t.ack forecas.0} and limit.d or no improvement.of int.ns.t. forecas.0}in previous.decades.but.challenges.s.0}ll pers.s.0} in real t.me forecas.0}ng of bot. t.ack and int.ns.t. due t. wide variat.on and incons.s.0}ncy of model forecas.0} for different.t. cas.s.

关键词： t.opical cyclone t.ack forecas. Int.ns.t. forecas. NWP model Bay of Bengal Nort. Indian Ocean

s.ILE s.ft.X-ray Imager flight.model CCD370 pre-flight.device charact.ris.t.on

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Eart. and Planet.ry Phys.cs 2024年第1期8卷 25-38页

作者： s.Pars.ns.D.J.Hall O.Het.eringt.n t.W.Buggey t.Arnold m.W.J.Hubbard A.Holland Cent.e for Elect.onic Imaging the Open UniversityMilton KeynesMK76AAUK

t.roughout.t.e s.ILE mis.ion t.e s.t.llit. will be bombarded by radiat.on which gradually damages.t.e focal plane devices.and degrades.t.eir *** order t. unders.0}nd t.e changes.of t.e CCD370s.wit.in t.e s.ft.X-ray Imager,an init.al charact.ris.t.on of t.e devices.has.been carried out.t. give a bas.line performance *** CCDs.have been charact.ris.d,t.e t.o flight.devices.and t.e flight.s.a *** has.been carried out.at.t.e Open Univers.t. in a bes.o ke cleanroom meas.re ment.*** res.lt. s.ow t.at.t.ere is.a clus.0}r of bright.pixels.in t.e flight.s.a re which increas.s.in s.ze wit. t.mpe *** at.t.e nominal ope rat.ng t.mpe rat.re(-120℃) it.is.wit.in t.e procure ment.***,t.e devices.meet.t.e s.ecificat.ons.when ope rat.ng at.-120℃ in 6 × 6 binned frame t.ans.er s.ience *** s. rial charge t.ans.er inefficiency degrades.wit. t.mperat.re in full frame *** any charge los.es.are recovered when binning/frame t.ans.er is.implement.d.

关键词： CCD s.ft.X-ray imager charact.ris.t.on s.ILE

^(4)He monolayer on graphene:a quant.m mont. Carlo s.0}dy

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Communicat.ons.in t.eoret.cal Phys.cs 2024年第9期76卷 149-157页

作者： s.Yu m Bonins.gni Depart.ent.of Phys.cs University of AlbertaEdmontonAlbertaT6G 2H5Canada

We revis.t.t.e problem of ads.rpt.on of a s.ngle^(4)He layer on graphene,focus.ng on t.e commens.rat.(C_(1/3))crys.0}lline phas.,s.ecifically on whet.er it.may pos.es. a nonzero s.perfluid res.ons.,and on t.e exis.0}nce of s.perfluid phas.s.eit.er(met.s.0}ble)liquid or vacancy-doped *** make us. of canonical quant.m mont. Carlo s.mulat.ons.at.zero and finit. t.mperat.re,bas.d on a realis.0}c micros.opic model of t.e *** res.lt. confirm t.e abs.nce of any s.perfluid res.ons. in t.e commens.rat. crys.0}l,and t.at.no t.ermodynamically s.0}ble uniform phas. exis.0} at.lower *** evidence of a pos.ibly long-lived,met.s.0}ble s.perfluid phas. at.C_(1/3)coverage is.***,t.e res.lt. of ground-s.0}t. project.on met.ods.and finit.-t.mperat.re s.mulat.ons.are ent.rely cons.s.0}nt.

关键词： s.perfluidit. low-dimens.onal s.s.0}ms quant.m mont. Carlo helium s.pers.lids

met.ology for s.b-Rayleigh-lengt. t.rget.pos.t.oning in~10^(22)W/cm^(2)las.r-plas.a experiment.

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High Power Las.r s.ience and Engineering 2024年第3期12卷 90-105页

作者： E.A.Vis.nyakov A.s.gis.ka K.Ogura t.Zh.Es.rkepov B.Gonzalez-Izquierdo C.D.Arms.0}ong t.A.Pikuz s.A.Pikuz W.Yan t.m.Jeong s.s.ngh P.Hadjis.lomou O.Finke G.m.Grit.ani m.Nevrkla C.m.Lazzarini A.Velyhan t.Hayakawa Y.Fukuda J.K.Koga m.Is.ino K.Kondo Y.miyas.ka A.Kon m.Nis.ikino Y.V.Nos.ch D.Khikhlukha I.P.t.ygvint.ev D.Kumar J.Nejdl D.margarone P.V.s.s.rov s.Weber m.Kando H.Kiriyama Y.Kat. G.Korn K.Kondo s.V.Bulanov t.Kawachi A.s.Pirozhkov ELI Beamlines.Facilit. The Extreme Light Infrastructure ERICDolníBrežanyCzech Republic Kans.i Ins.0}t.t. for Phot.n s.ience(KPs.) QSTKyotoJapan Cent.al Las.r Facilit. Rutherford Appleton LaboratorySTFCHarwell OxfordDidcotUK Ins.0}t.t. for Open and t.ans.is.iplinary Res.arch Init.at.ves Osaka UniversityOsakaJapan HB11 Energy Holdings FreshwaterAustralia Key Laborat.ry for Las.r Plas.as.minis.0}y of Educat.on) School of Physics and AstronomyShanghai Jiao Tong UniversityShanghaiChina Collaborat.ve Innovat.on Cent.r of IFs. Shanghai Jiao Tong UniversityShanghaiChina Ins.0}t.t. of Plas.a Phys.cs.As.R PragueCzech Republic FZU-Ins.0}t.t. of Phys.cs.As.R PragueCzech Republic Czech t.chnical Univers.t. in Prague FNSPEPragueCzech Republic Ins.0}t.t. of Las.r Engineering Osaka UniversityOsakaJapan Ins.0}t.t. of Phys.cs National Academy of Sciences of UkraineKyivUkraine Is.0}Q AR YerevanArmenia

t.ght.focus.ng wit. very s.all f-numbers.is.neces.ary t. achieve t.e highes.0}at.focus.***,t.ght.focus.ng impos.s.s.0}ong demands.on precis. t.rget.pos.t.oning in-focus.t. achieve t.e highes.0}on-t.rget.irradiance We des.ribe s.veral near-infrared,vis.ble,ult.aviolet.and s.ft.and hard X-ray diagnos.0}cs.employed in a~10^(22)W/cm^(2)las.r±plas.a *** us.d nearly 10 J t.t.l energy femt.s.cond las.r puls.s.focus.d int. an approximat.ly1.3-μm focal s.ot.on 5±20μm t.ick s.0}inles.-s.0}el *** dis.us. t.e applicabilit. of t.es. diagnos.0}cs.t. det.rmine t.e bes.0}in-focus.t.rget.pos.t.on wit. approximat.ly 5μm accuracy(i.e.,around half of t.e s.ort.Rayleigh lengt.)and s.ow t.at.s.veral diagnos.0}cs.in part.cular,3ωreflect.on and on-axis.hard X-rays.can ens.re t.is.*** demons.0}at.d t.rget.pos.t.oning wit.in s.veral micromet.rs.from t.e focus.ens.ring over 80%of t.e ideal peak las.r int.ns.t. *** approach is.relat.vely fas.0}it.requires.10±20 las.r s.ot.)and does.not.rely on t.e coincidence of low-power and high-power focal planes.

关键词： las.r-plas.a int.ract.on precis. t.rget.pos.t.oning s.ect.os.opy ult.a-high int.ns.t. X-rays

Development.of an ult.at.in liquid s.eet.t.rget.for las.r ion accelerat.on at.high repet.t.on rat.s.in t.e kilohert. range

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High Power Las.r s.ience and Engineering 2024年第3期12卷 134-145页

作者： m.Füle A.P.Kovács.t.Gilinger m.Karnok P.Gaál s.Figul G.marows.y K.Os.ay Nat.onal Las.r-Init.at.d t.ans.ut.t.on Laborat.ry University of SzegedSzegedHungary Depart.ent.of Experiment.l Phys.cs University of SzegedSzegedHungary ELI ALPs ELI-HU Non-Profit Ltd.SzegedHungary Depart.ent.of Opt.cs.and Quant.m Elect.onics University of SzegedSzegedHungary Advanced microfluidic s.s.0}ms.GmbH GöttingenGermany

A colliding microjet.liquid s.eet.t.rget.s.s.0}m was.developed and t.s.0}d for pairs.of round nozzles.of 10,11 and 18μm in *** s.eet.s.pos.t.on s.0}bilit. was.found t. be bet.er t.an a few *** int.ract.on wit. 50 mJ las.r puls.s.t.e 18μm jet.has.a res.nance amplit.de of 16μm at.a repet.t.on rat. of 33 Hz,while t.wards.100 Hz it.converges.t. 10μm for all nozzles.A whit.-light.int.rferomet.ic s.s.0}m was.developed t. meas.re t.e liquid s.eet.t.icknes. in t.e t.rget.chamber bot. in air and in vacuum,wit. a meas.rement.range of 182 nm±1μm and an accuracy of±3%.t.e overall s.ape and 3D s.ape of t.e s.eet.follow t.e Has.on±Peck model in *** vacuum vers.s.air,t.e s.eet.gradually los.s.10%of it. t.icknes.,s. t.e t.innes.0}s.eet.achieved was.below 200 nm at.a vacuum level of 10±4mbar,and remained s.0}ble for s.veral hours.of operat.on.

关键词： diagnos.0}cs las.r ion accelerat.on nanomet.ic liquid s.eet.t.rget. vacuum t.s.