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Dis.rete Boltzmann model with.s.lit collis.on for nonequilibrium reactive flows

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Communications.in Th.oretical Ph.s.cs 2024年第8期76卷 164-186页

作者： Ch.andong Lin kai h.Luo h.ilin Lai s.no-French.Ins.itute of Nuclear Engineering and Tech.ology Sun Yat-sen UniversityZhuhai 519082China key Laboratory for Th.rmal s.ience and Power Engineering of Minis.ry of Education Department of Energy and Power EngineeringTsinghua UniversityBeijing 100084China Department of Mech.nical Engineering National University of Singapore10 Kent Ridge Crescent119260Singapore Department of Mech.nical Engineering University College LondonTorrington PlaceLondon WC1E 7JEUnited Kingdom s.h.ol of Math.matics.and s.atis.ics Key Laboratory of Analytical Mathematics and Applications(Ministry of Education)Fujian Key Laboratory of Analytical Mathematics and Applications(FJKLAMA)Center for Applied Mathematics of Fujian Province(FJNU)Fujian Normal University350117 FuzhouChina

A multi-relaxation-time dis.rete Boltzmann model(DBM) with.s.lit collis.on is.propos.d for both.s.bs.nic and s.pers.nic compres.ible reacting flows. wh.re ch.mical reactions.take place among various.components. Th. ph.s.cal model is.bas.d on a unified s.t of dis.rete Boltzmann equations.th.t des.ribes.th. evolution of each.ch.mical s.ecies.with.adjus.able acceleration, s.ecific h.at ratio, and Prandtl number. On th. righ.-h.nd s.de of dis.rete Boltzmann equations. th. collis.on,force, and reaction terms.denote th. ch.nge rates.of dis.ribution functions.due to s.lf-and cros.collis.ons. external forces. and ch.mical reactions. res.ectively. Th. s.urce terms.can be calculated in th.ee ways. among wh.ch.th. matrix invers.on meth.d pos.es.es.th. h.gh.s. ph.s.cal accuracy and computational efficiency. Th.ough.Ch.pman-Ens.og analys.s. it is.proved th.t th. DBM is.cons.s.ent with.th. reactive Navier-s.okes.equations. Fick's.law and th. s.efan-Maxwell diffus.on equation in th. h.drodynamic limit. Compared with.th. one-s.ep-relaxation model, th. s.lit collis.on model offers.a detailed and precis. des.ription of h.drodynamic, th.rmodynamic, and ch.mical nonequilibrium effects. Finally, th. model is.validated by s.x bench.arks. including multicomponent diffus.on, mixture in th. force field, kelvin-h.lmh.ltz ins.ability, flame at cons.ant pres.ure, oppos.ng ch.mical reaction, and s.eady detonation.

关键词： dis.rete Boltzmann meth.d reactive flow detonation nonequilibrium effect

Enh.ncing performance and longevity of s.lid-s.ate zinc-iodine batteries.with.fluorine-rich.s.lid electrolyte interph.s.

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Materials.Futures 2024年第3期3卷 121-131页

作者： Yongxin h.ang Yiqing Wang Xiyue Peng Tongen Lin Xia h.ang Norah.s.Algh.mdi Mas.d Rana Peng Ch.n Ch.ng Zh.ng Andrew k Wh.ttaker Lianzh.u Wang and Bin Luo Aus.ralian Ins.itute for Bioengineering and Nanotech.ology(AIBN) The University of QueenslandBrisbaneQLD4072Australia s.h.ol of Ch.mical Engineering The University of QueenslandBrisbaneQLD4072Australia s.h.ol of Ch.mis.ry and Molecular Bios.iences Faculty of ScienceThe University of QueenslandBrisbaneQLD4072Australia Department of Ch.mis.ry Faculty of ScienceImam Mohammad Ibn Saud Islamic University(IMSIU)Riyadh 11564Saudi Arabia

Rech.rgeable zinc-iodine(ZnI_(2))batteries.h.ve gained popularity with.n th. realm of aqueous.batteries.due to th.ir inh.rent advantages.including natural abundance,intrins.c s.fety,and h.gh.th.oretical ***,ch.llenges.pers.s. in th.ir practical applications.notably battery s.elling and vulnerability in aqueous.electrolytes.primarily linked to th. h.drogen evolution reaction and zinc dendrite *** addres. th.s. ch.llenges.th.s.s.udy pres.nts.an innovative approach.by des.gning a s.lid-s.ate ZnI_(2)battery featuring a s.lid perfluoropolyeth.r bas.d polymer *** res.lts.demons.rate th. formation of a s.lid electrolyte interph.s. layer on zinc,promoting h.rizontal zinc growth.mitigating dendrite penetration,and enh.ncing battery cycle ***,th. s.lid electrolyte h.nders.th. iodine ion s.uttle effect,reducing zinc foil *** batteries.employing th.s.electrolyte demons.rate excellent cycle performance,maintaining s.ability for approximately 5000 h.at room temperature,wh.le s.lid-s.ate ZnI_(2)batteries.exh.bit over 7000 cycles.with.a capacity retention exceeding 72.2%.Th.s.work offers.a promis.ng path.ay to ach.eving reliable energy s.orage in s.lid-s.ate ZnI_(2)batteries.and introduces.innovative concepts.for flexible and wearable zinc batteries.

关键词： zinc-iodine battery s.lid electrolyte zinc metal anode electrolyte interph.s. s.uttle effect

Building Cus.om s.reads.eet Functions.with.Pyth.n: End-Us.r s.ftware Engineering Approach

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Journal of s.ftware Engineering and Applications 2024年第5期17卷 246-258页

作者： Tamer Bah.at Els.rwy Atef Tayh.Nour El-Din Ras.an Tarek Ali Mervat h. Gh.ith Department of s.ftware Engineering Faculty of Graduate Studies for Statistical Research (FGSSR) Cairo University Giza Egypt Department of Information s.s.ems Higher Institute of Advanced Studies Giza Egypt

End-us.r computing empowers.non-developers.to manage data and applications. enh.ncing collaboration and efficiency. s.reads.eets. a prime example of end-us.r programming environments.widely us.d in bus.nes. for data analys.s. h.wever, Excel functionalities.h.ve limits.compared to dedicated programming languages. Th.s.paper addres.es.th.s.gap by propos.ng a prototype for integrating Pyth.n’s.capabilities.into Excel th.ough.on-premis.s.des.top to build cus.om s.reads.eet functions.with.Pyth.n. Th.s.approach.overcomes.potential latency is.ues.as.ociated with.cloud-bas.d s.lutions. Th.s.prototype utilizes.Excel-DNA and IronPyth.n. Excel-DNA allows.creating cus.om Pyth.n functions.th.t s.amles.ly integrate with.Excel’s.calculation engine. IronPyth.n enables.th. execution of th.s. Pyth.n (Cs.s. directly with.n Excel. C# and Vs.O add-ins.form th. core components. facilitating communication between Pyth.n and Excel. Th.s.approach.empowers.us.rs.with.a potentially open-ended s.t of Pyth.n (Cs.s. for tas.s.like math.matical calculations. s.atis.ical analys.s. and even predictive modeling, all with.n th. familiar Excel interface. Th.s.prototype demons.rates.s.ooth.integration, allowing us.rs.to call Pyth.n (Cs.s. jus. like s.andard Excel functions. Th.s.res.arch.contributes.to enh.ncing s.reads.eet capabilities.for end-us.r programmers.by leveraging Pyth.n’s.power with.n Excel. Future res.arch.could explore expanding data analys.s.capabilities.by expanding th. (Cs.s. functions.for complex calculations. s.atis.ical analys.s. data manipulation, and even external library integration. Th. pos.ibility of integrating mach.ne learning models.th.ough.th. (Cs.s. functions.with.n th. familiar Excel environment.

关键词： End-Us.r s.ftware Engineering Cus.om s.reads.eet Functions.(Cs.s.

Development of an indus.rial Internet of th.ngs.s.ite for s.art factory towards.re-indus.rialization

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Advances.in Manufacturing 2017年第4期5卷 335-343页

作者： C. k. M. Lee s. Z. Zh.ng k. k. h. Ng Department of Indus.rial and s.s.ems.Engineering The Hong Kong Polytechnic University Hong Kong People's Republic of China Department of Information Management Zhejiang University of Finance and Economics Hangzhou 310018Zhejiang People's Republic of China

Re-indus.rialization, wh.ch.s.pports.indus.rial upgrading and trans.ormation, promotes.s.art production and h.gh.value-added manufacturing proces.es. and h.lps.to create new momentum for th. economic. Under th. current s.tuation, indus.rialis.s.encounter s.veral ch.l- lenges.to ach.eve re-indus.rialization. Firs.ly, th. cos. and tech.ical th.es.olds.for indus.rialis.s.to leverage emerging tech.ologies.are h.gh. s.condly, th.re are h.ge quantities.and numerous.types.of Internet of th.ngs.（IoT） devices.in s.art factories. wareh.us.s.and offices. Th. enormous.extents.of data exch.nge and communication, manage- ment, monitoring and control of IoT devices.as.well as.th. es.ablis.ment and maintenance of a reliable cloud platform h.nder indus.rialis.s.to implement an integrated s.art production management. Th.refore, to ach.eve re-indus. trialization, an indus.rial Internet of th.ngs.（IIoT） s.ite cons.s.ing of a micro-s.rvices.bas.d IIoT cloud platform and IIoT-bas.d s.art h.b is.propos.d, wh.ch.h.lps.to materialize re-indus.rialization and to conduct indus.rial upgrading and trans.ormation to ach.eve s.art production and h.gh.value-added manufacturing proces.es.

关键词： Indus.rial Intemet of th.ngs.(IIoTs. Cloudplatform Micro-s.rvices.bas.d Indus.ry 4.0 Reindus.rialization

Des.gn and Mech.nics.s.mulation of Bionic Lubrication s.s.em of Artificial Joints

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Journal of Bionic Engineering 2006年第3期3卷 155-160页

作者： s. h. s. Z. k. h.a J. h. Zh.ng s.h.ol of Mech.tronics.Engineering and Automation Shanghai University Shanghai 200072 P R. China

We propos. a new s.ructure for artificial joints.with.a joint caps.le wh.ch.is.des.gned to overcome th. drawback of current pros.h.s.s.th.t omit many functions.of th. lubricant and th. joint caps.le. Th. new s.ructure is.compos.d of th.ee components. lubricant, artificial joint and artificial joint caps.le. Th. lubricant s.aled in th. caps.le can not only reduce th. wear of th. artificial joint but als. prevents.th. wear particles.leaking into th. body. s. unexpected reactions.between th. wear particles.and body can be avoided completely. A th.ee-dimens.onal （3-D） finite element analys.s.（FEA） model was.created for a bionic knee joint with.caps.le. Th. s.res.es.and th.ir dis.ribution in th. artificial caps.le were s.mulated with.different th.cknes., loadings. and flexion angles. Th. res.lts.s.ow th.t th. maximum s.res. occurs.in th. area between th. artificial joint and th. caps.le. Th. effects.of caps.le th.cknes. and th. angles.of flexion on s.res. are dis.us.ed in detail.

关键词： artificial joint bionic joint caps.le 3-D FEA

Th. Role of th. s.ze Effect on th. Drying of Refractory Cas.ables.h.w Its.Under-s.anding Could Narrow th. Gap between Laboratory s.udies.and Indus.rial Reality

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Ch.na's.Refractories 2024年第2期33卷 35-40页

作者： M.h.MOREIRA h.PENG s.Dal PONT V.C.PANDOLFELLI Materials.Engineering Department Federal University of São Carlos(UFSCar)São Carlos 13565-905Brazil Materials.Innovation Elkem Silicon Products DevelopmentKristiansand 4621Norway CNRs Grenoble INP3SRUniversitéGrenoble AlpesGrenoble 38000France

Refractories.h.ve unique capabilities.s.ch.as.s.s.aining th.ir s.ape and properties.at extreme conditions.s.ch.as.th. combination of h.gh.temperatures.and th.rmal s.ock,contact with.molten metals.and s.ags.and in s.me circums.ances.res.s.ance to eros.on from abras.ve *** th. large proces.ing output of th. h.avy indus.ries.s.ch.as.th. cement and s.eel ones.wh.ch.both.require h.gh.temperature proces.es.th. refractories.s.ructures.s.an various.meters.and weigh. of s.veral *** th. water removal s.age of h.draulic bonded cas.ables.in indus.rial s.tes.takes.h.urs.10-60 h.due to th. ris. of explos.ve s.alling,efforts.to mitigate it are commonly *** h.s.provided th.oretical unders.anding of th. general as.ects.of drying and important tools.s.ch.as.th. th.rmogravimetry analys.s.TGA),for th. des.gn of refractory compos.tions.with.h.gh.r explos.ve s.alling ***,th. optimization of th.s.proces. is.s.ill far from th. indus.rial reality es.ecially becaus. th. actual linings.th.t require th. drying are orders.of magnitude larger th.n th. s.mples.cons.dered in th. laboratory ***,th.s.s.udy propos.d th. analys.s.of th. s.mple volume effect on th. water removal dynamics.th.ough.TGA of h.gh.alumina cas.ables.with.calcium aluminate ***φ5 cm×5 cm cylindrical s.mples.were as.es.ed in a laboratory s.ale equipment wh.reas.macro TGA were carried out cons.dering 20 cm×20 cm×20 cm and 30 cm×30 cm×30 cm cubic ***,th. effect of polymeric fibers.was.als. *** was.found out th.t th. different th.rmal gradients.with.n th. macro TGA s.mples.res.lted in an inflection on th. s.mple’s.h.ating rate and th.t th. mas. los. was.affected by th. volume cons.dered,es.ecially for th. compos.tion with.ut *** findings.h.gh.igh. th. requirement of carefully taking into cons.deration th. different dimens.onal s.zes.and th.rmal gradients.in th. s.mples.wh.n analyzing and interpreting th. laboratory s.udies.and

关键词： drying refractory cas.ables s.ze effect th.rmogravimetry analys.s

Function and dys.unction of GEMIN5:unders.anding a novel neurodevelopmental dis.rder

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Neural Regeneration Res.arch 2024年第11期19卷 2377-2386页

作者： Ch.rles.h.Nels.n Udai B.Pandey Department of Pediatrics Division of Child NeurologyChildren’s Hospital of PittsburghUniversity of Pittsburgh Medical CenterPittsburghPAUSA Ch.ldren’s.Neuros.ience Ins.itute Children’s Hospital of PittsburghUniversity of Pittsburgh Medical CenterPittsburghPAUSA

Th. recent identification of a neurodevelopmental dis.rder with.cerebellar atroph. and motor dys.unction(NEDCAM)h.s.res.lted in an increas.d interes. in GEMIN5,a multifunction RNA-binding *** th. larges. member of th. s.rvival motor neuron complex,GEMIN5 plays.a key role in th. biogenes.s.of s.all nuclear ribonucleoproteins.wh.le als. exh.biting trans.ational regulatory functions.as.an independent *** many ques.ions.remain regarding both.th. path.genes.s.and path.ph.s.ology of th.s.new dis.rder,cons.derable progres. h.s.been made in th. brief time s.nce its.*** th.s.review,we examine GEMIN5 with.n th. context of NEDCAM,focus.ng on th. s.ructure,function,and expres.ion of th. protein s.ecifically in regard to th. dis.rder ***,we explore th. current animal models.of NEDCAM,as.well as.potential molecular path.ays.for treatment and future directions.of *** review provides.a compreh.ns.ve overview of recent advances.in our unders.anding of th.s.unique member of th. s.rvival motor neuron complex.

关键词： cerebellar atroph. GEMIN5 neurodevelopmental dis.rder neurological dis.as. s.N complex

C19MC miRNA-520G induces.s.100 antiviral gene trans.ription and inh.bits.melanin production in s.in cutaneous.melanoma

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Genes.& Dis.as.s 2024年第1期11卷 60-63页

作者： Goodwin G.Jines. Marian T.s.allin Nino Mtch.dlidze Is.a Godwin Marco Napoli Nicole h.ckel Manali s.Ph.dke Avani A.Des.pande Xiaobo Li Joh. h.Lockh.rt Jaden R.Baldwin s.eh.lay Acevedo-Acevedo Yifeng Gao Mich.lle A.Reis.r keiran s.M.s.alley Els. R.Flores.Andrew s.Broh. Department of Molecular Oncology H.Lee Moffitt Cancer Center&Research InstituteTampaFL 33612USA Molecular Medicine Program H.Lee Moffitt Cancer Center&Research InstituteTampaFL 33612USA s.veeth. Medical College ChennaiTamil Nadu 602105India Tumor Biology Department H.Lee Moffitt Cancer Center&Research InstituteTampaFL 33612USA s.rcoma Department H.Lee Moffitt Cancer Center&Research InstituteTampaFL 33612USA

s.100 is.an antiviral protein th.t res.ricts.th. productive s.age of h.man papillomavirus.h.V)and multiple oth.r virus.s.and virus.s.in turn block s.MO-1-mediated s.abilization of s.100 and promotes.its.degradation(Table s.).Interferon(IFN)s.gnaling could s.ill produce more s.100 th.ough.trans.ription to counteract virus.s.1 Virus.s.als. dis.ble th. trans.riptional up-regulation of s.100 to ach.eve pers.s.ent infection in h.s.s.

关键词： s.100 melanoma s.abilization

Ph.tometric and s.ectros.opic s.udy of Ten Low Mas. Ratio Contact Binary s.s.ems.Orbital s.ability,O'Connell Effect and Infrared Calcium Line Filling

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Res.arch.in As.ronomy and As.roph.s.cs 2024年第8期24卷 212-222页

作者： s.rjit s.Wadh.a Adam Popowicz Raúl Mich.l Petar kos.ić Oliver Vince Nick F.h.Toth.ll Ain Y.De h.rta Miros.av D.Filipović s.h.ol of s.ience Western Sydney UniversityLocked Bag 1797PenrithNSW 2751Australia Department of Electronics Electrical Engineering and MicroelectronicsSilesian University of TechnologyAkademicka 1644120 GliwicePoland Ins.ituto de As.ronomía UNAM.A.P.87722800 EnsenadaBCMéxico As.ronomical Obs.rvatory Volgina 711060 BelgradeSerbia

Low mas. ratio contact binary s.s.ems.are more likely to h.ve uns.able orbits.and potentially *** addition,s.ch.s.s.ems.exh.bit ch.racteris.ics.s.ch.as.s.ars.ots.and h.gh.energy emis.ions.UV)s.gges.ive of ch.omos.h.ric and magnetic *** curve modeling of ten contact binary s.s.ems.is.*** were found to be of extreme low mas. ratio ranging from 0.122 to 0.24 and th.ee were found to be potentially uns.able and pos.ible merger *** of th. infrared calcium abs.rption lines.is.a marker of increas.d ch.omos.h.ric *** us. th. available Large s.y Area Multi-Object Fiber s.ectros.opic Teles.ope s.ectra along with.match.d s.andard s.ectra(broadened for rotation)to meas.re th. exces. filling of th. central core depres.ion flux of th. two main infrared calcium abs.rption lines.8542 andλ*** find th.t all reported contact binaries.h.ve exces. filling of th. core flux in th. infrared calcium *** of th. s.s.ems.reported were als. obs.rved by th. Galaxy Evolution Explorer mis.ion and we find th.t all th.ee h.ve features.of exces. ultraviolet emis.ions.furth.r adding evidence for increas.d ch.omos.h.ric activity in low mas. ratio contact *** of both.orbital s.ability and abs.rption line filling is.dependent on th. determination of geometric and abs.lute parameters.from ligh. curve *** an ins.gnificant number of contact binary ligh. curves.exh.bit th. O’Connell effect,us.ally attributed to *** dis.us. th. inclus.on of s.ars.ots.in ligh. curve s.lutions.and h.w th.y influence th. geometric and abs.lute parameters.

关键词： (s.ars.binaries eclips.ng-tech.iques ph.tometric-s.ars ch.omos.h.res