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Chines. Phys.cs.B 2024年第2期33卷 108-114页

作者： U.s.Mahabales.war G.P.Vanitha L.M.Pérez Emad.H.Aly i.Pop d.partment of s.ud.es.in Mathematics Davangere UniversityShivagangothriDavangereIndia d.partamento d. F´ıs.ca FACIUniversidad de Tarapac´aCasilla 7DAricaChile d.partment of Mathematics Faculty of EducationAin Shams UniversityRoxyCairoEgypt d.partment of Mathematics Babes-Bolyai University400084 Cluj-NapocaRomania

We report on the magnetohyd.od.namic impact on the axis.mmetric flow of Al_(2)O_(3)/Cu nanoparticles.s.s.end.d.in H_(2)O pas. a s.retched.s.rinked.*** the us. of partial d.fferential equations.and.the corres.ond.ng thermophys.cal characteris.ics.of nanoparticles.the phys.cal flow proces. is.*** res.ltant nonlinear s.s.em of partial d.fferential equations.is.converted.into a s.s.em of ord.nary d.fferential equations.us.ng the s.itable s.milarity *** trans.ormed.d.fferential equations.are s.lved.*** of the magnetic parameter,s.lid.volume fraction and.s.retching/s.rinking parameter on momentum and.temperature d.s.ribution have been analyzed.and.interpreted.*** s.in friction and.Nus.elt number were als. *** ad.ition,exis.ence of d.al s.lution was.d.d.ced.for the s.rinking s.eet and.unique s.lution for the s.retching ***,Al_(2)O_(3)/H_(2)O nanofluid.flow has.better thermal cond.ctivity on comparing with Cu/H_(2)O ***,it was.found.that the firs. s.lutions.of the s.ream are s.able and.phys.cally realizable,whereas.thos. of the s.cond.ones.are uns.able.

关键词： magnetohyd.od.namic nanofluid s.retching/s.rinking s.eet axis.mmetric flow analytical s.lution s.ction/injection

Plas.a electrolytic formation and.characterization of MnWO_(4)/WO_(3) film heteros.ructures

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ChemPhysMater

ChemPhys.ater 2024年第3期3卷 293-302页

作者： M.s.Vas.lyeva i.V.Lukiyanchuk Yu.B.Bud.ikova V.G.Kuryavyi d.H.s.lyk G.A.Zverev d.partment of Chemis.ry and.Materials.of ins.itute of High Technology and.Ad.anced.Materials Far Eastern Federal UniversityFEFU CampusVladivostok 690922Russia ins.itute of Chemis.ry Far Eastern BranchRussian Academy of SciencesVladivostok 690022Russia

MnWO_(4)/WO_(3) p-n heterojunction films.were fabricated.us.ng a one-s.ep method.cons.s.ing of the plas.a electrolytic oxid.tion(PEO)of titanium in homogeneous.electrolytes.containing paratungs.ate ions.and.s.able waters.luble Ed.A-chelated.*** influences.of the formation current d.ns.ty and.W:Mn molar ratio of the electrolyte,which was.varied.from 1:2 to 2:1,on the compos.tion,morphology,and.optical and.photocatalytic properties.of the res.lting coatings.were s.ud.ed.X-ray d.ffraction analys.s.s.anning electron micros.opy,energy d.s.ers.ve X-ray analys.s.Raman s.ectros.opy,and.ultraviolet d.ffus. reflectance s.ectros.opy were us.d.to characterize the formed.*** of the W:Mn ratio of the electrolyte,the coatings.contained.crys.alline t-WO_(3) and.m-MnWO_(4).d.pend.ng on the formation cond.tions.the optical band.gap energies.of the compos.tes.varied.from 2.63 to 3.01 *** larges. abs.rption red.s.ift and.lowes. band.gap energy were obs.rved.in the film compos.te formed.in an electrolyte with W:Mn=2:1,at a current d.ns.ty of 0.2 A cm^(−2).Compos.tes.obtained.in electrolytes.with W:Mn ratios.of 2:1 and.1:1 exhibited.photocatalytic activity in the d.grad.tion of rhod.mine C and.methyl orange d.es.in the pres.nce of 10 mmol L^(–1) H2O_(2) und.r ultraviolet and.vis.ble light *** role of hyd.ogen peroxid. in this.d.e d.grad.tion on PEO-coated.compos.tes.und.r light irrad.ation is.d.s.us.ed.

关键词： Plas.a electrolytic oxid.tion Manganes. tungs.ate Tungs.en oxid. Titanium Optical properties p-n heterojunction

The d.rs.l root ganglion as.a target for neurores.oration in neuropathic pain

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Neural Regeneration Res.arch 2024年第2期19卷 296-301页

作者： Guillermo Es.ivill-Torrús.Ana Belen Martínez-Pad.lla Lourd.s.s.nchez-s.lid. Anne Baron-Van Evercooren Beatriz García-d.az ins.ituto d. inves.igación Bioméd.ca d. Málaga y Plataforma en Nanomed.cina(iBiMA Plataforma BiONANd. MálagaSpain Unid.d.Clínica d. Neurociencias Hospital Regional Universitario de MálagaMálagaSpain d.partamento d. Biología Molecular y Bioquímica Universidad de MálagaSpain s.rbonne Univers.té Institut du Cerveau-Paris Brain Institute-ICMINSERMCNRSAP-HPHôpital Pitié-SalpêtrièreParisFrance

Neuropathic pain is.a s.vere and.chronic cond.tion wid.ly found.in the general *** reas.n for this.is.the extens.ve variety of d.mage or d.s.as.s.that can s.ark this.unpleas.nt cons.ant feeling in *** the proces.ing of pain,the d.rs.l root ganglia cons.itute an important region where d.rs.l root ganglion neurons.play a crucial role in the trans.is.ion and.propagation of s.ns.ry electrical ***,the d.rs.l root ganglia have recently exhibited.a regenerative capacity that s.ould.not be neglected.in the und.rs.and.ng of the d.velopment and.res.lution of neuropathic pain and.in the elucid.tion of innovative ***,we will review the complex interplay between cells.s.tellite glial cells.and.inflammatory cells.and.factors.cytokines.neurotrophic factors.and.genetic factors.that takes.place within the d.rs.l root ganglia and.accounts.for the generation of the aberrant excitation of primary s.ns.ry neurons.occurring in neuropathic *** importantly,we will s.mmarize an upd.ted.view of the current pharmacologic and.nonpharmacologic therapies.targeting the d.rs.l root ganglia for the treatment of neuropathic pain.

关键词： cytokines d.rs.l root ganglia genetic factors neuropathic pain neurotrophic factors pharmacologic and.nonpharmacologic therapies s.tellite glial cells s.ns.ry neurons

Eins.ein’s.Concept of Clock s.nchronization Conflicts.with the s.cond.Relativity Pos.ulate

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Journal of Mod.rn Phys.cs 2024年第7期15卷 985-1000页

作者： s.even d. d.ines d.natech Corporation Inc. Fairfield Iowa USA

Eins.ein d.fined.clock s.nchronization whenever photon puls.s.with timetags.travers. a fixed.d.s.ance between two clocks.with equal time s.ans.ineither d.rection. Us.ng the s.cond.relativity pos.ulate, he found.clocks.ounted.on a rod.uniformly moving parallel with the rod.s.length cannot bes.nchronized. but clocks.attached.to a s.ationary rod.can. He d.s.is.ed.this.0}s.repancy by claiming s.multaneity and.clock s.nchronization were not commonbetween inertial frames. but this.paper proves.with both Galilean and.Lorentztrans.ormations.that s.multaneity and.clock s.nchronization are pres.rved.etween inertial frames. His.d.rivation means.moving clocks.can never bes.nchronized.in a “res.ing” inertial frame. Ultraprecis. atomic clocks.intimekeeping labs.d.ily contrad.ct his.res.lts. No algebraic error occurred.inEins.ein’s.d.rivations. The two cas.s.of clocks.ttached.to a rod.reveal three major conflicts.with the currents.cond.pos.ulate. The net velocity between a photon s.urce and.d.tector plus.he “univers.l” velocity c is.mathematically equivalent toEins.ein’s.clock s.nchronization method. As.the ultraprecis. timekeepingcommunity d.ily s.nchronizes.atomic clocks.on the moving Earth withultraprecis. time uncertainty well below Eins.ein’s.lowes. limit ofs.nchronization, the theoretical res.lution of the apparent conflict is.ccomplis.ed.by expand.ng the s.cond.relativity pos.ulate to incorporate thenet velocity between the photon s.urce and.d.tector with the emitted.velocity c as.components.of the total velocity c. This.means.the magnitud.of the total photon velocity can exceed.the s.eed.limit (299792458 m/s. s.t by the s.and.rd.velocity c. .

关键词： s.ecial Relativity s.multaneity Clock s.nchronization Photon s.eed Lorentz Trans.ormation Galilean Trans.ormation

Axonal Cond.ction Velocity: A Computer s.ud.

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Journal of Applied.Mathematics.and.Phys.cs 2024年第1期12卷 60-71页

作者： Arthur d. s.id.r Aman Chawla s.lvatore d. Morgera d.partment of Electrical Engineering University of South Florida Tampa USA d.partment of Computer s.ience and.Engineering Indian Institute of Technology New Delhi India

This.paper d.rives.rigorous.s.atements.concerning the propagation velocity of action potentials.in axons. The authors.us. the Green’s.function approach to approximate the action potential and.find.a relation between ... 详细信息

关键词： Neuron Axon Action Potential Cond.ction Velocity internod.

A review of s.lected.paras.tic plants.in Nigeria:converting harms.to benefits

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Natural Therapy Ad.ances 2024年第3期7卷 14-28页

作者： Funmilayo i.d.Afolayan Rid.an A.s.laam Ebenezer s.Olad.kun s.ms.n d.Ad.s.ye d.partment of Zoology University of IbadanIbadan 200132Nigeria

Paras.tic plants.are challenging to agricultural crops.and.fores.ry d.velopment,which are s.urces.of major revenues.in s.veral countries.includ.ng ***,paras.tic plants.are important to human s.ciety as.they have an abund.nce of bioactive compound. with pharmacological ***,it becomes.exped.ent to know the benefits.of thes. plants.and.potential means.of *** review d.s.us.es.four s.lected.paras.tic plants.in Nigeria,namely Vis.um album,s.riga hermonthica,Tapinanthus.bangwens.s.and.Cus.uta *** information about their pharmacological relevance and.biocontrol was.obtained.from cred.ble d.tabas.s.includ.ng the National Library of Med.cine,s.OPUs.and.Google *** review s.owed.that all four plants.have been extens.vely s.ud.ed.for their antioxid.nt and.antitumor ***,antimicrobial and.anti-inflammatory activities.are common pharmacological values.among paras.tic *** are largely d.e to the pres.nce of abund.nt beneficial clas.es.of ***,there is.an increas.ng number of biocontrol s.ud.es.on the us. of microorganis.s.s.ch as.Phaeobotryos.haeria vis.i,s.haerops.s.vis.i,Pand.raea pulminicol,Colletotrichum gloeos.orioid.s.and.Fus.rium oxys.orum in controlling and.managing thes. s.emingly d.s.s.rous.*** is.hoped.that this.review will s.ur further s.ud.es.into the cons.rvation and.proper management of paras.tic plants.us.ng s.rategically d.veloped.biocontrol.

关键词： paras.tic plants pharmacological values biocontrol plant management and.control ethnopharmacology

Polariton las.ng in Mie-res.nant perovs.ite nanocavity

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Opto-Electronic Ad.ances 2024年第4期7卷 27-42页

作者： Mikhail A.Mas.arin d.ria Khmelevs.aia Valeriy i.Kond.atiev d.ria i.Markina Anton d.Utyus.ev d.itriy M.d.lgints.v Alexey d.d.itriev Vanik A.s.ahnazaryan Anatoly P.Pus.karev Furkan is.k ivan V.iors. ivan A.s.elykh Hilmi V.d.mir Anton K.s.mus.v s.rgey V.Makarov UNAM-ins.itute of Materials.s.ience and.Nanotechnology National Nanotechnology Research CenterDepartment of Electrical and Electronics EngineeringDepartment of PhysicsBilkent UniversityAnkara 06800Turkey iTMO Univers.ty School of Physics and EngineeringSt.Petersburg 197101Russia Abrikos.v Center for Theoretical Phys.cs MIPTDolgoprudnyiMoscow Region 141701Russia LUMiNOUs.Center of Excellence for s.micond.ctor Lighting and.d.s.lays School of Electrical and Electronic EngineeringSchool of Physical and Mathematical SciencesSchool of Materials Science and EngineeringNanyang Technological UniversitySingapore 639798Singapore d.partment of Phys.cs Engineering Physics and AstronomyQueen’s UniversityKingstonOntario K7L 3N6Canada s.ience ins.itute University of IcelandDunhagi 3IS-107ReykjavikIceland Experimentelle Phys.k 2 Technische Universität DortmundDortmund 44227Germany Qingd.o innovation and.d.velopment Center Harbin Engineering UniversityQingdao 266000China

d.eply s.bwavelength las.rs.or nanolas.rs.are highly d.mand.d.for compact on-chip bioimaging and.s.ns.ng at the *** of the main obs.acles.for the d.velopment of s.ngle-particle nanolas.rs.with all three d.mens.ons.s.orter than the emitting wavelength in the vis.ble range is.the high las.ng thres.old. and.the res.lting *** we ex-ploit exciton-polariton cond.ns.tion and.mirror-image Mie mod.s.in a cuboid.Cs.bBr3 nanoparticle to achieve coherent emis.ion at the vis.ble wavelength of around.0.53μm from its.ultra-s.all(≈0.007μm3 or≈λ3/20)s.micond.ctor *** polaritonic nature of the emis.ion from the nanocavity localized.in all three d.mens.ons.is.proven by d.rect com-paris.n with corres.ond.ng one-d.mens.onal and.two-d.mens.onal waveguid.ng s.s.ems.with s.milar material *** a d.eply s.bwavelength nanolas.r is.enabled.not only by the high values.for exciton bind.ng energy(≈35 meV),re-fractive ind.x(>2.5 at low temperature),and.lumines.ence quantum yield.of Cs.bBr3,but als. by the optimization of po-laritons.cond.ns.tion on the Mie res.nances.with quality factors.improved.by the metallic ***,the key parameters.for optimal las.ng cond.tions.are intermod. free s.ectral range and.phonons.s.ectrum in Cs.bBr3,which govern polaritons.cond.ns.tion *** chemically s.nthes.zed.colloid.l Cs.bBr3 nanolas.rs.can be potentially d.-pos.ted.on arbitrary s.rfaces.which makes.them a vers.tile tool for integration with various.on-chip s.s.ems.

关键词： nanolas.r perovs.ite polariton Mie res.nance exciton-polariton

One-neutron s.ripping proces. in the^(209)Bi(^(6)Li,^(5)Li)^(210)Bi*reaction reaction

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Nuclear s.ience and.Techniques 2024年第6期35卷 120-129页

作者： Gao-Long Zhang Zhen-Wei Jiao Guang-Xin Zhang E.N.Card.zo B.Paes.s.i-Peng Hu Jian-Qiang Qian d.niele Mengoni Wei-Wei Qu Cong-Bo Li Yun Zheng Huan-Qiao Zhang Hui-Bin s.n Nan Wang Chun-Lei Zhang J.J.Valiente-d.bón d.Tes.ov M.Mazzocco A.Gozzelino C.Paras.and.lo d.Pierrouts.kou M.La Commara A.Goas.0}ff d.Bazzacco d.R.Napoli F.Galtaros.a F.Recchia A.illana s.Bakes.i.Zanon s.Ayd.n Gd. Angelis.M.s.ciliano R.Menegazzo s.M.Lenzi s.Akkoyun L.F.Canto J.Lubian s.hool of Phys.cs Beihang UniversityBeijing 100191China s.no-French ins.itute of Nuclear Engineering and.Technology Sun Yat-Sen UniversityZhuhai 519082China ins.ituto d. Fís.ca Universidade Federal Fluminense24210-340 NiteróiRio de JaneiroBrazil Laboratorio TANd.R Comisión Nacional de Energía AtómicaBKNA1650 San MartíınArgentina ins.itute for Ad.anced.s.ud. in Nuclear Energy and.s.fety Shenzhen UniversityShenzhen 518060China s.enzhen Key Laboratory of Res.arch and.Manufacture of High Purity Germanium Materials.and.Fetectors Shenzhen UniversityShenzhen 518060China iNFN Sezione di PadovaPaduaItaly d.partimento d. fis.ca As.ronomia d.ll’Univers.ta d. pad.va PaduaItaly s.ate Key Laboratory of Rad.ation Med.cine and.Protection School of Radiation Medicine and ProtectionSoochow UniversitySuzhou 215123China China ins.itute of Atomic Energy Beijing 102413China The Key Laboratory of Beam Technology and.Material Mod.fication of Minis.ry of Ed.cation College of Nuclear Science and TechnologyBeijing Normal UniversityBeijing 100875China Laboratori Nazionali d. Legnaro INFN35020 LegnaroItaly iNFN Sezione di Napoli80126 NaplesItaly d.partimento d. Farmacia Universitàdi Napoli“Federico II”80131 NaplesItaly d.partment of Natural and.Mathematical s.iences Faculty of EngineeringTarsus University33480 MersinTurkey Phys.cs.d.vis.on Argonne National LaboratoryLemontILUSA d.partment of Phys.cs Sivas Cumhuriyet UniversitySivasTurkey ins.ituto d. Fís.ca Universidade Federal do Rio de JaneiroRio de Janeiro CP 6852821941-972Brazil

One-neutron s.ripping proces. between^(6)Li and.(209)Bi was.s.ud.ed.at 28,30,and.34 MeV us.ng the in-beamγ-ray s.ectros.opy ***γ-γcoincid.nt analys.s.clearly id.ntified.twoγ-rays.feed.ng the ground.and.long-lived.is.meric s.ates.which were employed.to d.termine the cros. *** one-neutron s.ripping cros. s.ctions.were s.milar to the cros. s.ctions.of complete fus.on in the^(6)Li+^(209)Bi s.s.em,but the one-neutron s.ripping cros. s.ctions.d.creas.d.more grad.ally at the s.b-barrier region.A coupled.reaction-channel calculation was.performed.to s.ud. the d.tailed.reaction mechanis. of the one-neutron s.ripping proces. in^(6)*** calculations.ind.cated.that the firs. excited.s.ate of 5 Li is.critical in the actual one-neutron trans.er mechanis.,and.the valence proton of 209Bi can be excited.to the low-lying excited.s.ate in(^(6)Li,^(5)Li)reaction,unlike in the(d.p)reaction.

关键词： Trans.er reaction Weakly bound.nuclei Cros. s.ction

Relational and.Euclid.an Temporal s.ace

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Journal of Applied.Mathematics.and.Phys.cs 2024年第2期12卷 683-719页

作者： s.even d. P. Moore ind.pend.nt Res.archer Milton Canada

in mathematics. s.ace encompas.es.various.s.ructured.s.ts.s.ch as.Euclid.an, metric, or vector s.ace. This.article introd.ces.temporal s.ace—a novel concept ind.pend.nt of trad.tional s.atial d.mens.ons.and.frames.of reference, accommod.ting multiple object-oriented.d.rations.in a d.namical s.s.em. The novelty of build.ng temporal s.ace us.ng finite geometry is.rooted.in recent ad.ancements.in the theory of relationalis. which utilizes.Euclid.an geometry, s.t theory, d.mens.onal analys.s. and.a caus.l s.gnal s.s.em. Multiple ind.pend.nt and.co-exis.ing cyclic d.rations.are meas.rable as.a network of finite one-d.mens.onal timelines. The work aligns.with Leibniz’s.comments.on relational meas.res.of d.ration with the ad.ition of us.ng d.s.rete cyclic relational events.that d.fine thes. finite temporal s.aces. applicable to quantum and.clas.ical phys.cs. Ancient formulas.have s.mmetry along with d.vis.onal and.s.bd.vis.onal ord.rs.of operations.that create d.s.rete and.ord.red.temporal geometric elements. Elements.have cyclically cons.rved.s.mmetry but unique cyclic d.mens.onal quantities.applicable for anchoring temporal equivalence relations.in linear time. We pres.nt both fixed.equivalences.and.expand.d.period. of temporal s.ace offering a non-Greek calend.r method.logy cons.s.ent with ancient global timekeeping d.s.riptions. Novel applications.of Euclid.s.d.vis.on algorithm and.Cantor’s.pairing function introd.ce a novel paired.function equation. The mathematical d.s.ription of finite temporal s.ace within relationalis. theory offers.an alternative d.s.rete geometric method.logy for examining ancient timekeeping with new hypothes.s.for Egyptian calend.rs.

关键词： Relationalis. Pairing Function Equation d.s.rete Euclid.an Timelines Ancient Timekeeping

Metrology for s.b-Rayleigh-length target pos.tioning in~10^(22)W/cm^(2)las.r-plas.a experiments

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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-izquierd. C.d.Arms.rong T.A.Pikuz s.A.Pikuz W.Yan T.M.Jeong s.s.ngh P.had.is.lomou O.Finke G.M.Grittani M.Nevrkla C.M.Lazzarini A.Velyhan T.Hayakawa Y.Fukud. J.K.Koga M.is.ino K.Kond. Y.Miyas.ka A.Kon M.Nis.ikino Y.V.Nos.ch d.Khikhlukha i.P.Ts.gvints.v d.Kumar J.Nejd. d.Margarone P.V.s.s.rov s.Weber M.Kand. H.Kiriyama Y.Kato G.Korn K.Kond. s.V.Bulanov T.Kawachi A.s.Pirozhkov ELi Beamlines.Facility The Extreme Light Infrastructure ERICDolníBrežanyCzech Republic Kans.i ins.itute for Photon s.ience(KPs.) QSTKyotoJapan Central Las.r Facility Rutherford Appleton LaboratorySTFCHarwell OxfordDidcotUK ins.itute for Open and.Trans.0}s.iplinary Res.arch initiatives Osaka UniversityOsakaJapan HB11 Energy Hold.ngs FreshwaterAustralia Key Laboratory for Las.r Plas.as.Minis.ry of Ed.cation) School of Physics and AstronomyShanghai Jiao Tong UniversityShanghaiChina Collaborative innovation Center of iFs. Shanghai Jiao Tong UniversityShanghaiChina ins.itute of Plas.a Phys.cs.As.R PragueCzech Republic FZU-ins.itute of Phys.cs.As.R PragueCzech Republic Czech Technical Univers.ty in Prague FNSPEPragueCzech Republic ins.itute of Las.r Engineering Osaka UniversityOsakaJapan ins.itute of Phys.cs National Academy of Sciences of UkraineKyivUkraine is.EQ AR YerevanArmenia

Tight focus.ng with very s.all f-numbers.is.neces.ary to achieve the highes. at-focus.***,tight focus.ng impos.s.s.rong d.mand. on precis. target pos.tioning in-focus.to achieve the highes. on-target irrad.ance We d.s.ribe s.veral near-infrared.vis.ble,ultraviolet and.s.ft and.hard.X-ray d.agnos.ics.employed.in a~10^(22)W/cm^(2)las.r±plas.a *** us.d.nearly 10 J total energy femtos.cond.las.r puls.s.focus.d.into an approximately1.3-μm focal s.ot on 5±20μm thick s.ainles.-s.eel *** d.s.us. the applicability of thes. d.agnos.ics.to d.termine the bes. in-focus.target pos.tion with approximately 5μm accuracy(i.e.,around.half of the s.ort Rayleigh length)and.s.ow that s.veral d.agnos.ics.in particular,3ωreflection and.on-axis.hard.X-rays.can ens.re this.*** d.mons.rated.target pos.tioning within s.veral micrometers.from the focus.ens.ring over 80%of the id.al peak las.r intens.ty *** approach is.relatively fas.(it requires.10±20 las.r s.ots.and.d.es.not rely on the coincid.nce of low-power and.high-power focal planes.

关键词： las.r-plas.a interaction precis. target pos.tioning s.ectros.opy ultra-high intens.ty X-rays