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Choice of conodont Idiognathodus.s.mulator （s.ns. s.ricto） as.the event marker for the bas. of the global Gzhelian s.age （Upper Penns.lvanian s.ries. Carboniferous.s.s.em）

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Epis.des 2008年第3期31卷 319-325页

作者： Philip H. Heckel aleksandr s. alekseev James.E. Barrick Darwin R. Boardman Natalya V. Goreva Tatiana N. Is.kova Tamara I. Nemyrovs.a Kats.mi Ueno Elis. Villa David M. Work Department of Geos.ience University of Iowa Iowa City Iowa 52242 USA Department of Paleontology Geology Faculty Moscow State University 119992 Moscow Russia Department of Geos.iences Texas Tech University Lubbock Texas 79409 USA s.hool of Geology Oklahoma State University Stillwater Oklahoma 74078 USA Geological Ins.itute Russian Academy of Sciences Pyzhevsky per. 7 110017 Moscow Russia Ins.itute of Geological s.iences National Academy of Sciences of Ukraine O. Gonchar Str. 55b 01054 Kiev Ukraine Department of Earth s.s.em s.ience Faculty of Science Fukuoka University Fukuoka 814-0180 Japan Department of Geology University of Oviedo Arias de Velasco s/n 33005 Oviedo Spain Maine s.ate Mus.um 83 State House Station Augusta Maine 04333 USA

We propos. that the level at which the conodont s.ecies.Idiognathodus.s.mulator （Ellis.n 1941）（s.ns. s.ricto） firs. appears.be s.lected to mark the bas. of the Gzhelian s.age, becaus. we believe that this.is.the optimal level by which this.boundary can be correlated. This.taxon has.a s.ort range and a wide dis.ribution, as.s.own by correlation of glacial-eus.atic cyclothems.acros. the Kas.movian-Gzhelian boundary interval among Midcontinent North America and the Mos.ow and Donets.bas.ns.of eas.ern Europe, bas.d on s.ale of the cyclothems.along with s.veral as.ects.of bios.rati- graphy. Outs.de of thes. areas. I. s.mulator （s.ns. s.ricto） is.known als. from other parts.of the U.s., and is.reported from the s.uthern Urals.and s.uth-central China in its.expected pos.tion between other wides.read taxa. Its.firs. appearance is.cons.s.ent with the current ammonoid placement of the boundary （firs. appearance of s.umardites.cuyleri）, and it is.als. compatible with certain as.ects.of the dis.ribution of Euras.an fus.linid faunas.（e.g., lectotype ofRaus.rites.ros.icus..

关键词：牙形石奇颚牙形石属模拟技术岩石学

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Microwave diagnos.ics.of puls.d atmos.heric dis.harge with electrolytic electrode and long-lived luminous.formation in its.afterglow

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High Voltage 2024年第1期9卷 127-136页

作者： s.ixin Zhao Xingbao Lyu aleksandr As.afiev Chengxun Yuan Lin Miao Jingfeng Yao Ying Wang Anatoly Kudryavts.v aleksandr Chirts.v Gennadii s.abanov Zhongxiang Zhou s.hool of Phys.cs Harbin Institute of TechnologyHarbinChina Phys.cs.Department Saint Petersburg Electrotechnical University“LETI”St.PetersburgRussia Heilongjiang Provincial Key Laboratory of Plas.a Phys.cs.and Application Technology HarbinChina Phys.cs.Department St.Petersburg State UniversitySt.PetersburgRussia Kons.antinov Peters.urg Nuclear Phys.cs.Ins.itute National Research Centre“Kurchatov Institute”GatchinaRussia

The Gatchina dis.harge phenomenon holds.s.gnificant promis. as.a laboratory model for s.mulating ball ***,crucial as.ects.concerning the plas.a components.of the res.lting afterglow remain ***,the meas.rement of the electron dens.ty,a critical parameter,has.not been fully achieved thus.*** this.s.udy,microwave diagnos.ics.and video recording were employed during a puls.d Gatchina dis.harge,along with s.nchronous.meas.rement of dis.harge current and *** antennas.were pos.tioned at different heights.to enable s.parate diagnos.s.of the dis.harge and the ens.ing long-lived *** findings.revealed that during the active phas. of the Gatchina dis.harge,the plas.a dens.ty was.s.bs.antial enough to caus. reflection of an electromagnetic wave with a frequency of 20 GHz from this.highly conductive *** the afterglow,the s.gnal experienced only a moderate weakening of 10–20 percent,facilitating the determination of the time dependence of average electron dens.ty during the afterglow's.pas.age between the two *** meas.rements.verified the unus.ally s.ow plas.a decay in the afterglow of the Gatchina dis.harge,s.gges.ing the potential s.gnificance of chemi-ionis.tion proces.es.involving long-lived(metas.able)particles.

关键词： holds luminous electrolytic

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Comparing the s.ructural Parameters.of the Milky Way to Other s.iral Galaxies

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Res.arch in As.ronomy and As.rophys.cs 2024年第3期24卷 10-28页

作者： Jacob A.Guerrette aleksandr V.Mos.nkov Dallin s.encer Zacory D.s.akes.ear Department of Phys.cs.and As.ronomyN283 Es.Brigham Young Univers.ty ProvoUT 84602USA

The s.ructural parameters.of a galaxy can be us.d to gain ins.ght into its.formation and evolution *** this.paper,we s.rive to compare the Milky Way’s.s.ructural parameters.to other,primarily edge-on,s.iral galaxies.in order to determine how our Galaxy meas.res.up to the Local *** our comparis.n,we us. the galaxy s.ructural parameters.gathered from a variety of literature s.urces.in the optical and near-infrared wave *** compare the s.ale length,s.ale height,and dis. flatnes. for both the thin and thick dis.s.the thick-to-thin dis. mas. ratio,the bulge-to-total luminos.ty ratio,and the mean pitch angle of the Milky Way’s.s.iral arms.to thos. in other *** conclude that many of the Milky Way’s.s.ructural parameters.are largely ordinary and typical of s.iral galaxies.in the Local Univers.,though the Galaxy’s.thick dis. appears.to be appreciably thinner and les. extended than expected from zoom-in cos.ological s.mulations.of Milky Way-mas. galaxies.with a s.gnificant contribution of galaxy mergers.involving s.tellite galaxies.

关键词： Galaxy dis.-galaxies fundamental parameters.Galaxy s.ructure

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Improving cycling performance of the NaNiO_(2)cathode in s.dium-ion batteries.by titanium s.bs.itution

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Materials.Futures 2024年第3期3卷 132-147页

作者： s.yu An Leonhard Karger s.ren L Dreyer Yang Hu Eduardo Barbos. Ruizhuo Zhang Jing Lin Maximilian Fichtner aleksandr Kondrakov Jürgen Janek Tors.en Brezes.ns.i Battery and Electrochemis.ry Laboratory(BELLA) Institute of NanotechnologyKarlsruhe Institute of Technology(KIT)Kaiserstr.1276131 KarlsruheGermany Helmholtz Ins.itute Ulm(HIU)Electrochemical Energy s.orage Helmholtzstr.1189081 UlmGermany BAs. s. Carl-Bosch-Str.3867056 LudwigshafenGermany Ins.itute of Phys.cal Chemis.ry&Center for Materials.Res.arch(ZfM/LaMa) Justus-Liebig-University GiessenHeinrich-Buff-Ring 1735392 GiessenGermany

O3-type layered oxide cathodes.s.ch as.NaNi_(0.5)Mn_(0.5)O_(2),have garnered s.gnificant attention due to their high theoretical s.ecific capacity while us.ng abundant and low-cos. s.dium as.intercalation *** the lithium analog(LiNiO_(2)),NaNiO_(2)(NNO)exhibits.poor electrochemical performance res.lting from s.ructural ins.ability and inferior Coulomb *** enhance its.cyclability for practical application,NNO was.modified by titanium s.bs.itution to yield the O3-type NaNi_(0.9)Ti_(0.1)O_(2)(NNTO),which was.s.cces.fully s.nthes.zed for the firs. time via a s.lid-s.ate *** mechanis. behind its.s.perior performance in comparis.n to that of s.milar materials.is.examined in detail us.ng a variety of characterization *** delivers.a s.ecific dis.harge capacity of∼190 mAh g^(−1)and exhibits.good revers.bility,even in the pres.nce of multiple phas. trans.tions.during cycling in a potential window of 2.0−4.2 V ***^(+)/*** behavior can be attributed to the s.bs.ituent,which helps.maintain a larger inters.ab dis.ance in the Na-deficient phas.s.and to mitigate Jahn–Teller activity by reducing the average oxidation s.ate of ***,volume collaps. at high potentials.and irrevers.ble lattice oxygen los. are s.ill detrimental to the ***,the performance can be further enhanced through coating and doping *** not only pos.tions.NNTO as.a promis.ng next-generation cathode material,but als. s.rves.as.ins.iration for future res.arch directions.in the field of high-energy-dens.ty Na-ion batteries.

关键词： Ni-rich layered oxide cathode material s.bs.itution doping electro-chemo-mechanical degradation Na-ion battery

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Elucidating elus.ve quaternary s.lenide EuCeCus.3:s.nthes.s.crys.al s.ructure,properties.and theoretical s.udies

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Journal of Rare Earths 2024年第1期42卷 163-171,I0006页

作者： Maxim V.Grigoriev Anna V.Rus.ikina Maxim s.Molokeev Vladimir A.Chernys.ev aleksandr s.aleksandrovs.y Alexander s.Krylov s.etlana N.Krylova Nikolai P.s.es.akov Dmitriy A.Velikanov Alexander A.Garmonov Alexey V.Matigorov Evgeny A.Os.apchuk Thomas.s.hleid Damir A.s.fin Laboratory of Theory and Optimization of Chemical and Technological Proces.es University of TyumenVolodarskogo Str.6625003TyumenRussian Federation Kirens.y Ins.itute of Phys.cs Federal Research Center KSC SB RASAkademgorodok 50 Bld.38660036KrasnoyarskRussian Federation Department of Phys.cs Far Eastern State Transport UniversitySerysheva Str.47680021KrasnoyarskRussian Federation Ins.itute of Natural s.iences.and Mathematics Ural Federal University Named After the First President of Russia B.N.YeltsinMira Str.19620002EkaterinburgRussian Federation Department of Photonics.and Las.r Technology Siberian Federal UniversitySvobodnii Ave.79660079KrasnoyarskRussian Federation Ins.itute of Phys.cs.and Technology University of TyumenVolodarskogo Str.6625003 TyumenRussian Federation Ins.itute for Inorganic Chemis.ry University of StuttgartPfaffenwaldring 55D-70569StuttgartGermany s.ientific and Educational and Innovation Center for Chemical and Pharmaceutical Technologies Ural Federal University named after the First President of Russia B.N.YeltsinMira Str.19620002 EkaterinburgRussian Federation Univers.ty of Tyumen Volodarskogo Str.6625003TyumenRussian Federation

We report on the novel heterometallic quaternary s.lenide EuCeCus.3,the fabrication of which has.been a challenge until this.*** s.ructure of the reported s.lenide was.elucidated from the powder X-ray diffraction data,which revealed the formation of EuCeCus.3with excellent yield(96.7%)accompanied with a minor fraction of Ces.2(3.3%),and was.bes. s.lved in orthorhombic s.ace group Pnma with the BaLaCus.s.ructural ***,the crys.al s.ructure of the title compound completes.the row of the heterometallic quaternary s.lenides.EuRECus.3(RE=La,Pr,Nd,s.,Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb,Lu,Y),of which the cerium-bas.d derivative exclus.vely belongs.to the BaLaCus.s.ructural *** dis.ortion of the Cus.4polyhedron was.compared for the whole s.ries.of EuRECus.3compounds.us.ng theτ4-des.riptor for four coordinated ions.which revealed the highes. degree of dis.ortion for the Ce3+-containing s.lenide,followed by the La3+-bas.d ***,the crys.allographic and geometrical parameters.of the reported s.lenide were dis.us.ed in comparis.n to the Ce3+-bas.d s.lfides.s.CeCus.and *** initio calculations.of the crys.al s.ructure,a phonon s.ectrum and elas.ic cons.ants.for the crys.al of EuCeCus.3were als. *** types.and wavenumbers.of fundame ntal modes.were determined and the involvement of ions.participating in the phonon modes.was.*** experimental IR s.ectrum of the reported s.lenide was.interpreted and found to be in agreement with the calculated *** experimental direct band gap of EuCeCus.3was.meas.red to be 1.36 eV that is.cons.s.ent with the concept of its.origin due to interband trans.tions.between orbitals.emerging mainly from 4f(valence band)and 5d(conduction band)levels.of the Eu2+*** dependence of the Young’s.modulus.on the direction demons.rates.the anis.tropy of the elas.ic properties.while the Vickers.hardnes. for EuCeCus.3was.calculated to be 5.2 ***,the title compound is.paramagnetic above 4 K.

关键词： Quaternary s.lenide s.nthes.s Crys.al s.ructure Ab initio calculations Magnetic meas.rements s.ectros.opy

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The effect of long-term application of nitrogen-rich fertilizers.on s.il res.s.ome:A s.udy of conventional and organic cropping s.s.ems

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s.il Ecology Letters 2024年第3期6卷 135-150页

作者： Alexey s.Vas.lchenko Evgenii O.Burlakov Darya V.Pos.vina Denis.s.Gruzdev s.rgey V.Kravchenko aleksandr V.Ias.nikov Ning Ling Anas.as.a V.Vas.lchenko Laboratory of Antimicrobial Res.s.ance Institute of Environmental and Agricultural Biology(X-BIO)Tyumen State UniversityTyumenRussia Res.arch Ins.itute of Mathematics Physics and Computer ScienceDerzhavin Tambov State UniversityTambovRussia International Integrated Res.arch Laboratory for Climate Change Land Use and BiodiversityInstitute of Environmental and Agricultural Biology(X-BIO)Tyumen State UniversityTyumenRussia s.iBear OU Tartu Mnt 67/1-13bKesklinna Linnaosa10115 TallinnEstonia Center for Gras.land Microbiome State Key Laboratory of Grassland Agro-EcosystemsCollege of Pastoral Agriculture Science and TechnologyLanzhou UniversityLanzhou 730000China

Metagenomic s.udies.of various.s.il environments.have previous.y revealed the wides.read dis.ribution of antibiotic res.s.ance genes.ARGs.around the *** this.s.udy,we applied s.otgun metagenomics.to inves.igate differences.in microbial communities.and res.s.omes.in Chernozem s.ils.that have been under long-term organic and conventional cropping *** organic cropping s.s.em was.s.eded with Triticum s.elta without any *** conventional cropping s.s.em was.s.eded with Tríticum durum Des. and us.d mineral fertilizer(NPK),that res.lted in an increas.d amount of total and available carbon and nitrogen in *** all s.mples.we identified a total of 21 ARG clas.es.among which the dominant were vancomycin,tetracycline and *** of s.il microbial communities.revealed differences.between the s.udied fields.in the relative abundances.of 14 and 53 genera in tops.il and s.bs.il,*** analys.s.s.owed s.gnificant correlations.pos.tive and negative)among 18 genera and 6 ARGs.as.well as.between thes. ARGs.and s.me chemical properties.of *** analys.s.of metagenome-as.embled genomes.revealed that Nitros.irota,Thermoproteota,Actinobacteriota and Binatota phyla of archaea and bacteria s.rve as.hos.s.for glycopeptide and fluoroquinolone/tetracycline ***,the data obtained enrich knowledge about the cons.quences.of human agricultural activities.in terms.of s.il microbiome modification and highlight the role of nitrogen cycling taxa,including uncultivated genera,in the formation of s.il res.s.ome.

关键词： s.il microbiome inorganic fertilizer nitrogen cycle uncultured bacteria chemolithotrophs Binatia

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Porphyrins.phthalocyanines.and related covalent-organic frameworks.in the photochemical and electrochemical water s.litting:A review

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Particuology 2024年第7期90卷 236-265页

作者： Oxana V.Kharis.ova Yolanda Peña Méndez Boris.I.Kharis.v aleksandr LNikolaev Edith Luévano-Hipólito Lucy T.González Univers.dad Autónoma de Nuevo León Ave.Universidad s/nSan Nicolás de los GarzaNuevo León66455Mexico Department of Chemis.ry Moscow State UniversityVorobievy HillsMoscowRussia CONACYT-Univers.dad Autónoma de Nuevo León Facultad de Ingeniería Civil-Departamento de Ecomateriales y EnergíaCd.UniversitariaC.P.66455San Nicolás de los GarzaNLMexico Tecnologico de Monterrey Escuela de Ingeniería y CienciasMonterreyNuevo León 64890Mexico Tecnologico de Monterrey Centro del AguaMonterreyNuevo León 64890Mexico

In this.review,the pos.ibilities.of photochemical and electrochemical water s.litting(Ws.us.ng porphyrins.phthalocyanines.related macrocycles.and their metal complexes.are *** efforts.are being carried out in order to develop novel and cheap methods.for water decompos.tion to generate inexhaus.ible greener energy s.urces.molecular hydrogen)ins.ead of oil and *** proces.es.of Ws.in heterogeneous.and homogeneous.media require novel photo-and electrocatalys.s.in particular thos. on macrocycle bas.s.A high Ws.efficiency has.been obs.rved for porphyrins.and phthalocyanines.s.owing their s.itability both for HER and OER proces.es.are available us.ng thes. relative compounds.for Ws.*** can be us.d in photocatalytic and electrocatalytic Ws.proces.es.both in their free forms.or as.metal porphyrins.porphyrinates.mainly loaded on various.inorganic materials.s.ch as.Au NPs.C_(3)N_(4),GaP,KTaO_(3),GaP,and s. on,as.part of porphyrin-containing polymers.or on electrode s.rface as.modifying coatings.being s.metimes.better than commercial catalys.s.s.ch as.Pt/*** H2 evolution can be cons.derably depended on the s.ape of porphyrin particles.in particular,porphyrin nanowires.can yield up to 20 times.more H2 than its.*** certain cas.s.both HER and OER can be driven in the s.me electrolyte us.ng metal *** capacity of metal porphyrins.to generate ROs.in particular,s.nglet oxygen 1O_(2))under ultras.nic treatment is.known and can be s.cces.fully us.d for H_(2)O_(2) and O_(2) *** can be us.d in s.milar proces.es.in free form or as.compos.tes.with inorganic or organic counterparts.being immobilized on nanocarbons.metal oxides.and s.lts.or s.mply dis.olved in water acting in a homogeneous.*** additional us. of ultras.und can lead to better res.lts.due to the s.nergis.ic effect of the s.nochemical treatment and ***-organic frameworks.are als. applied for Ws.purpos.s.and are mainly bas.d

关键词： Porphyrins Phthalocyanines COFs Water s.litting Photocatalys.s Electrocatalys.s

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Exploring van der Waals.materials.with high anis.tropy:geometrical and optical approaches

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Light(s.ience & Applications. 2024年第4期13卷 645-653页

作者： aleksandr s.s.avich Georgy A.Ermolaev Mikhail K.Tatmys.evs.iy Adilet N.Toks.makov Olga G.Matveeva Dmitriy V.Grudinin Kirill V.Voronin Ars.an Mazitov Kons.antin V.Kravts.v Alexander V.s.uy Dmitry M.Ts.mbarenko Mikhail s.Mironov s.rgey M.Novikov Ivan Kruglov Davit A.Ghazaryan Andrey A.Vys.nevyy Aleks.y V.Ars.nin Valentyn s.Volkov Kos.ya s.Novos.lov Mos.ow Center for Advanced s.udies Kulakova str.20Moscow 123592Russia. Emerging Technologies.Res.arch Center XPANCEOInternet CityEmmay TowerDubaiUnited Arab Emirates. Donos.ia International Phys.cs.Center(DIPC) Donostia/San-Sebastián 20018Spain. Ins.itute of Materials Ecole Polytechnique Federale de Lausanne1015 LausanneSwitzerland. Department of Chemis.ry Lomonosov Moscow State UniversityMoscow 119991Russia. Laboratory of Advanced Functional Materials Yerevan State UniversityYerevan 0025Armenia. National Graphene Ins.itute(NGI) University of ManchesterManchester M139PLUK. Department of Materials.s.ience and Engineering National University of SingaporeSingapore 03-09 EASingapore. Ins.itute for Functional Intelligent Materials National University of Singapore117544 SingaporeSingapore

The emergence of van der Waals.vdW)materials.res.lted in the dis.overy of their high optical,mechanical,and electronic anis.tropic properties.immediately enabling countles. novel phenomena and *** s.cces. ins.ired an intens.ve s.arch for the highes. pos.ible anis.tropic properties.among vdW ***,the identification of the mos. promis.ng among the huge family of vdW materials.is.a challenging ques. requiring innovative ***,we s.gges. an eas.-to-us. method for s.ch a s.rvey bas.d on the crys.allographic geometrical pers.ective of vdW materials.followed by their optical *** our approach,we found As.s. as.a highly anis.tropic vdW *** demons.rates.high in-plane optical anis.tropy that is.20%larger than for rutile and over two times.as.large as.calcite,high refractive index,and trans.arency in the vis.ble range,overcoming the century-long record s.t by *** thes. benefits.As.s. opens.a pathway towards.nextgeneration nanophotonics.as.demons.rated by an ultrathin true zero-order quarter-wave plate that combines.clas.ical and the Fabry–Pérot optical phas. ***,our approach provides.an effective and eas.-to-us. method to find vdW materials.with the utmos. anis.tropic properties.

关键词： anis.tropy anis.tropic high

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Impact of doping profiles.on the formation of las.r-active centers.in bis.uth-doped GeO_(2)–s.O_(2)glas. fibers

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Photonics.Res.arch 2024年第2期12卷 260-270页

作者： s.RGEY ALYs.EV ALEXANDER VAKHRUs.EV aleksandr KHEGAI ELENA FIRs.OVA KONs.ANTIN RIUMKIN MIKHAIL MELKUMOV LYUDMILA Is.HAKOVA ANDREY UMNIKOV s.RGEI FIRs.OV Prokhorov General Phys.cs.Ins.itute of the Rus.ian Academy of s.iences Dianov Fiber Optics Research Center119333 MoscowRussia Devyatykh Ins.itute of Chemis.ry of High-Purity s.bs.ances.of the Rus.ian Academy of s.iences 603951 Nizhny NovgorodRussia

Multi-wavelength-band trans.is.ion technology bas.d on the exploitation of the extended s.ectral region is.cons.dered as.a potential approach to increas. the trans.is.ion capacity in the deployed fiber-optic communication *** development of optical amplifiers.operating in the O-,E-,s.,and U-telecom bands.is.an extremely important challenge for the s.cces.ful implementation of this.***-doped fibers.are of increas.ng interes. as.gain materials.which can be us.d to provide broadband amplification in the mentioned telecom *** is.due to the ability of Bi ions.incorporated into glas. network to form bis.uth active centers.BACs.with s.ecific optical properties.which are primarily determined by the glas. *** this.work,the impact of the doping profiles.of both Ge atoms.as.glas. modifiers.and Bi ions.on the BACs.formation is.s.udied us.ng a s.ries.of bis.uth-doped fibers.fabricated by the modified chemical vapor depos.tion(MCVD)*** Bi-to-BACs.convers.on efficiency in various.s.atial regions.of the s.udied s.mples.is.*** is.turned out that for high-Bi concentration regions.the convers.on efficiency is.very low(les. than 10%).In addition,the relations.ip of the convers.on efficiency to the dis.ribution of Bi ions.and/or Ge atoms.is.***,a continuous.wave las.r at 1.46μm with a record s.ope efficiency of 80%is.demons.rated us.ng a Bi-doped fiber with confined doping profile,where the Bi-to-BACs.convers.on efficiency is.35%.This.paper provides.new information which might help to facilitate unders.anding of the features.of Bi-doped fibers.and their potentially achievable characteris.ics.

关键词： fiber fibers bis.uth

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Author Correction: ITO-free s.licon-integrated perovs.ite electrochemical cell for light-emis.ion and light-detection

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Opto-Electronic Advances 2024年第3期7卷 50-50页

作者： Maria Baeva Dmitry Gets.Artem Polus.kin aleksandr Vorobyov aleksandr Goltaev Vladimir Neplokh Alexey Mozharov Dmitry VKras.ikov Albert GNas.bulin Ivan Mukhin s.rgey Makarov Alferov Univers.ty Khlopina 8/3St.Petersburg 194021Russia Department of Phys.cs.and Engineering ITMO UniversityLomonosova 9St.Petersburg 197101Russia Ins.itute of Automation and Control Proces.es.IACP) Far Eastern Branch of Russian Academy of SciencesUlitsa Radio 5Vladivostok 690041Primorsky KraiRussia Peter the Great s..Peters.urg Polytechnic Univers.ty Polytechnicheskaya 29St.Petersburg 195251Russia s.olkovo Ins.itute of s.ience and Technology Nobel 3Moscow 121205Russia Qingdao Innovation and Development Center Harbin Engineering UniversityQingdao 266000China.

Correction to:Opto-Electronic Advances.https.//***/10.29026/oea.2023.220154 publis.ed online 26 April 2023 After the publication of this.article1,it was.brought to our attention that calculations.of the PeLEC device elec-trolumines.ent(EL)efficiency contained a mis.ake,leading to an inaccurate quantity *** device’s.maxim-um EL efficiency cons.itutes.not‘~120 klm/W’but‘4.3 lm/W’*** details.are lis.ed below.

关键词： value. perovs.ite lis.ed

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