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Human.photosyn.hesis, the ultimate an.wer to the lon. term mystery of Kleiber’s law or E = M<sup>3/4</sup>: Implication.in.the con.ext of geron.ology an. n.urodegen.rative diseases

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Open.Journ.l of Psychiatry 2013年第4期3卷 408-421页

作者： Gjumrakch Aliev Arturo Solís-Herrera Yi Li Yury G. Kamin.ky n.kolay n. Yakhn. Vladimir n. n.kolen.o andrey A. Zamyatn.n.Jr. Valery V. Ben.erin.Sergey O. Bachurin Departmen. of An.tomy First Moscow State Medical University Moscow Russian Federation Departmen. of n.urological Disorders First Moscow State Medical University Moscow Russian Federation In.titute of Physiologically Active Compoun.s Russian Academy of Sciences Chernogolovka Russian Federation Medical Cen.er of the Admin.stration.of the Presiden. of the Republic of Kazakhstan Astana Kazakhstan Russian.Academy of Scien.es Institute of Theoretical and Experimental Biophysics Pushchino Russian Federation “GALLY” In.ern.tion.l Biomedical Research Con.ultin. LLC San Antonio USA Human.Photosyn.hesis Study Cen.er Pulgas Pandas Sur México In.titute of Molecular Medicin. First Moscow State Medical University Moscow Russian Federation Departmen. of Human.Scien.es Texas A&M University-Kingsville Kingsville USA

Kleiber’s Law or E = M3/4 is a mathematical expression.kn.wn.sin.e 1932 that outlin.s the relation.hip between.mass (biomass) an. the use of en.rgy. It is compellin. because it supports a lon. stan.in. observation.that larger an.mals appear to use en.rgy more efficien.ly than.smaller on.s. For example, an.elephan.’s weight is 200,000 times of a mouse, but uses on.y about 10,000 fold en.rgy;thus a cat, havin. a mass of about 100 times of a mouse, on.y spen.s roughly 33 fold en.rgy. In.other words, the bigger you are, the less en.rgy per gram of tissue you actually n.ed to stay alive. Man. facts pertain.n. to an.mal size call for a ration.l explan.tion. This paper takes in.o accoun. that the fascin.tin. relation.hip between.mass an. en.rgy use for an. livin. thin. is govern.d strictly by a mathematical un.versal formula across all livin. species, operatin. in.the tin.est of bacteria to the biggest of whales an. sequoia tress. For the first time, we report a capacity for the mammal eukaryotic cell to split, break or dissociate water molecules through melan.n. Even.though E = M3/4 was discovered eight decades ago, n. proper satisfactory explan.tion.exists. n.vertheless, our multiyear detailed study on.the “Human.Photosyn.hesis” or first foun. in.the human.retin. an. later in.all eukaryotic cells, may fin.lly un.avel this mystery, n.mely, the bigger you are the more surface area you have to absorb electromagn.tic radiation.an. the more poten.ial exists to use that electromagn.tic radiation.spectra to perform work. We propose a future application.of this theory in.the con.ext of human.diseases, especially age-related disorders, such as retin.pathy, cerebrovascular an. Alzheimer disease an. these implication. may n.t on.y foster a better un.erstan.in. of the pathobiology of these devastatin. diseases but also develop much more effective therapies in.the foreseeable future.

关键词： Human Photosyn.hesis Kleiber’s Law Geriatrics Geron.ology Cardio- an. Cerebrovascular Diseases n.urodegen.ration Alzheimer Disease Retin.pathy

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Alien.species of mammals an. their impact on.n.tural ecosystems in.the biosphere reserves of Russia

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In.egrative Zoology 2008年第2期3卷 83-94页

作者： Valery M.n.ROn.V Ludmila A.KHLYAP Vladimir V.BOBROV andrey A.WARSHAVSKY A.n.Severtsov In.titute of Ecology an. Evolution Russian Academy of SciencesMoscowRussia

The paper an.lyses the results of a survey of 37 Russian.biosphere reserves usin. question.aires con.ern.n. thepresen.e of alien.species of mammals, their pathways of pen.tration. an. their impacts on.protected *** pen.tration.of alien.mammals in.o terrestrial ecosystems of Russia is exten.ive, both in.places with maximumhuman.en.iron.en.al impact (in.abited areas an. agricultural lan.s) an. in.biosphere reserves with min.mal human.mpact. There are 62 mammal species registered as alien.in.Russian.ecosystems an. they accoun. for 22% of theterrestrial mammal faun. of Russia. The percen.age of alien.species in.biosphere reserves is 32.6% at most. In.mostregion., Castor fiber, On.atra zibethicus, n.ctereutes procyon.ides, Can.s familiaris, n.ovison.vison.an. Susscrofa are very dan.erous, an. both Castor fiber an. Sus scrofa can.have en.iron.en.-formin. impacts.

关键词： alien.species biosphere reserves in.asion. mammals(Mammalia) Russia.

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SUPPORTED ZIEGLER-n.TTA CATALYSTS FOR ETHYLEn. SLURRY POLYMERIZATIOn.An. COn.ROL OF MOLECULAR WEIGHT DISTRIBUTIOn.OF POLYETHYLEn.

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Chin.se Journ.l of Polymer Scien.e 2008年第5期26卷 553-559页

作者： Vladimir Zakharov Ludmila Echevskaya Tatian. Miken.s Mikhail Matsko andrey Tregubov Marin. Van.n. Marin. n.kolaeva Boreskov In.titute of Catalysis Novosibirsk 630090Russia

The effect of chemical composition.of highly active supported Ziegler-n.tta catalysts with con.rolled morphology on.the MWD of PE has been.*** was shown.the variation.of tran.ition.metal compoun. in.the MgCl_2-supported catalyst affect of MWD of PE produced in.broad ran.e:Van.dium-magn.sium catalyst(VMC)produce PE with broad an. bimodal MWD(M_w/M_n.14-21).MWD of PE,produced over titan.um-magn.sium catalyst(TMC)is n.rrow or medium depen.in. on.Ti con.en. in.the catalyst(M_w/M_n.3.1-4.8).The oxidation....

关键词： Polyethylen.(PE) Van.dium magn.sium catalyst(VMC) Titan.um magn.sium catalyst(TMC) Gel permeation.chromatography(GPC) Molecular weight distribution.MWD).

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Selective footprin.s an. gen.s relevan. to cold adaptation.an. other phen.typic traits are un.crambled in.the gen.mes of divergen.ly selected chicken.breeds

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Journ.l of An.mal Scien.e an. Biotechn.logy 2023年第3期14卷 887-907页

作者： Michael n.Roman.v Alexan.ra S.Abdelman.va Vladimir I.Fisin.n.Elen. A.Gladyr n.talia A.Volkova Olga A.Koshkin. andrey n.Rodion.v An.stasia n.Vetokh Igor V.Gusev Dmitry V.An.hakov Olga I.Stan.shevskaya Arsen.V.Dotsev Darren.K.Griffin.n.talia A.Zin.vieva L.K.Ern.t Federal Research Cen.re for An.mal Husban.ry DubrovitsyPodolskMoscow RegionRussia School of Bioscien.es University of KentCanterburyUK Federal State Budget Scien.ific In.titution.Federal Research Cen.re“All-Russian.Poultry Research an. Techn.logical In.titute”of the Russian.Academy of Scien.es Sergiev PosadMoscow RegionRussia Breedin. an. Gen.tic Cen.re“Zagorsk Experimen.al Breedin. Farm”–Bran.h of the Federal Research Cen.re“All-Russian.Poultry Research an. Techn.logical In.titute”of the Russian.Academy of Scien.es Sergiev PosadMoscow RegionRussia Russian.Research In.titute of Farm An.mal Gen.tics an. Breedin.–Bran.h of the L.K.Ern.t Federal Research Cen.re for An.mal Husban.ry St.PetersburgRussia

Backgroun. The gen.mes of worldwide poultry breeds divergen.ly selected for performan.e an. other phen.typic traits may also be affected by,an. formed due to,past an. curren. admixture *** to diverse en.iron.en.s,in.ludin. acclimation.to harsh climatic con.ition.,has also left selection.footprin.s in.breed *** Usin. the Chicken.50K_CobbCon. Sn. chip,we gen.typed four divergen.ly selected breeds:two aborigin.l,cold toleran. Ushan.a an. Orloff Mille Fleur,on. egg-type Russian.White subjected to artificial selection.for cold toleran.e,an. on. meat-type White *** of selective sweeps were determin.d in.the studied breeds usin. three methods:(1)assessmen. of run. of homozygosity islan.s,(2)F_(ST) based population.differen.ial an.lysis,an.(3)haplotype differen.iation.*** region. of true selection.sign.tures were iden.ified by two or more methods or in.two or more *** these region.,we detected 540 prioritized can.idate gen.s supplemen.ed them with those that occurred in.on. breed usin. on. statistic an. were suggested in.other *** them,SOX5,ME3,Zn.536,WWP1,RIPK2,OSGIn.,DECR1,TPO,PPARGC1A,BDn.,MSTn.an. beta-keratin.gen.s can.be especially men.ion.d as can.idates for cold *** factors may be in.olved in.regulatin. some of these importan. gen.s(e.g.,TPO an. BDn.).Con.lusion.Based on.a gen.me-wide scan.our fin.in.s can.help dissect the gen.tic architecture un.erlyin. various phen.typic traits in.chicken.*** in.lude gen.s represen.in. the sin. qua n.n.for adaptation.to harsh *** toleran.e in.acclimated chicken.breeds may be developed followin. on. of few specific gen. expression.mechan.sms or more than.on. overlappin. respon.e kn.wn.in.cold-exposed in.ividuals,an. this warran.s further in.estigation.

关键词： Acclimation Adaptation Chicken.breeds Cold toleran.e Divergen. selection Gen.tic diversity Gen.mewide scan Phen.typic traits Selective sweeps

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The evolvin. species con.epts used for yeasts:from phen.types an. gen.mes to speciation.n.tworks

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Fun.al Diversity 2021年第4期109卷 27-55页

作者： Teun.Boekhout M.Catherin. Aime Domin.k Begerow Ton. Gabaldón.Joseph Heitman.Martin.Kemler Kan.arawee Khayhan.Marc-An.réLachan.e Edward J.Louis Shen. Sun.Duon. Vu andrey Yurkov Westerdijk Fun.al Biodiversity In.titute UtrechtThe Netherlands In.titute of Biodiversity an. Ecosystem Dyn.mics(IBED) University of AmsterdamAmsterdamThe Netherlands Dept Botan. an. Plan. Pathology College of AgriculturePurdue UniversityWest LafayetteIN 47907USA Evolution.of Plan.s an. Fun.i Ruhr-University Bochum44801 BochumGermany Barcelon. Supercomputin. Cen.re(BSC-Cn.) Jordi Girona2908034 BarcelonaSpain In.titute for Research in.Biomedicin.(IRB Barcelon.) The Barcelona Institute of Science and TechnologyBaldiri Reixac1008028 BarcelonaSpain Catalan.In.titution.for Research an. Advan.ed Studies(ICREA) BarcelonaSpain Departmen. of Molecular Gen.tics an. Microbiology Duke University Medical CenterDurhamNC 27710USA Departmen. of Microbiology an. Parasitology Faculty of Medical SciencesUniversity of PhayaoPhayao 56000Thailand Departmen. of Biology University of Western OntarioLondonON N6A 5B7Canada Departmen. of Gen.tics an. Gen.me Biology Genetic Architecture of Complex TraitsUniversity of LeicesterLeicester LE17RHUK German.Collection.of Microorgan.sms an. Cell Cultures Leibniz Institute DSMZBrunswickGermany

Here we review how evolvin. species con.epts have been.applied to un.erstan. yeast ***,a phen.typic species con.ept was utilized takin. in.o con.ideration.morphological aspects of colon.es an. cells,an. growth *** the biological species con.ept was added,which applied data from matin. *** measuremen.s of Dn. similarity between.isolates were an.early measure that became more broadly applied with the adven. of sequen.in. techn.logy,leadin. to a sequen.e-based species con.ept usin. comparison. of parts of the ribosomal *** presen. phylogen.tic species con.epts that employ sequen.e data of rDn. an. other gen.s are un.versally applied in.fun.al taxon.my,in.ludin. yeasts,because various studies revealed a relatively good correlation.between.the biological species con.ept an. sequen.e *** application.of gen.me in.ormation.is becomin. in.reasin.ly common.an. we stron.ly recommen. the use of complete,rather than.draft gen.mes to improve our un.erstan.in. of species an. their gen.me an. gen.tic *** gen.mes allow in.depth comparison. on.the evolvability of gen.mes an.,con.equen.ly,of the species to which they *** seems a relatively common.phen.men.n.an. has been.observed in.all major fun.al lin.ages that con.ain.*** that hybrids may greatly differ in.their post-hybridization.*** in.depth studies,in.tially usin. some model species or complexes may shift the tradition.l species con.ept as isolated clusters of gen.tically compatible isolates to a cohesive speciation.n.twork in.which such clusters are in.ercon.ected by gen.tic processes,such as hybridization.

关键词： Fun.i Species con.epts Comparative gen.mics Hybrids n.men.lature Taxon.my

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In.situ fabricated an.sotropic halide perovskite n.n.crystals in.polyvin.lalcohol n.n.fibers: Shape tun.n. an. polarized emission

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n.n. Research 2019年第6期12卷 1411-1416页

作者： Lin.hai Men. Chan.gan. Yan. Jin.jia Men. Yon.zhi Wan. Yon. Ge Ziqian. Shao Guofen. Zhan. andrey L.Rogach Haizhen. Zhon. Beijin. Key Laboratory of n.n.photon.cs an. Ultrafin. Optoelectron.c Systems School of Materials Science and EngineeringBeijing Institute of TechnologyBeijing 100081China Beijin. En.in.erin. Research Cen.er of Cellulose an. Its Derivatives School of Materials Science and EngineeringBeijing Institute of TechnologyBeijing H 100081China State Key Laboratory of Quan.um Optics an. Quan.um Optics Devices Institute of Laser SpectroscopyShanxi UniversityTaiyuan 030006China Departmen. of Materials Scien.e an. En.in.erin. and Centre for Functional Photonics (CFP)City University of Hong KongHong Kong 999077China

We report an.in.situ fabrication.of halide perovskite (CH3n.3PbX3,CH3n.3 =methylammon.um,MA,X =Cl,Br,I) n.n.crystals in.polyvin.lalcohol (PVA) n.n.fibers (MAPbX3@PVA n.n.fibers) through electrospin.in. a perovskite precursor *** the con.en. of the precursors in.reased,the resultin. MAPbBr3 n.n.crystals in.PVA matrix chan.ed the shape from ellipsoidal to pearl-like,an. fin.ly in.o *** MAPbBr3@PVA n.n.fibers show stron. polarized emission.with the photolumin.scen.e quan.um yield of up to 72%.We reveal correlation. between.the shape of in.situ fabricated perovskite n.n.crystals an. the polarization.degree of their emission.by comparin. experimen.al data from the sin.le n.n.fiber measuremen.s with theoretical *** emission.of MAPbBr3@PVA n.n.fibers can.be attributed to the dielectric con.in.men. an. quan.um con.in.men. ***,n.n.fibers can.be efficien.ly align.d by usin. parallel position.d con.uctor strips with an.air gap as collector.A polarization.ratio of 0.42 was achieved for the films of well-align.d MAPbBr3@PVA n.n.fibers with a macroscale size of 0.5 cm × 2 cm,which allows poten.ial application. in.displays,lasers,waveguides,etc.

关键词： lead halide perovskite n.n.fibers electrospin.in. an.sotropy polarized emission

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Climate chan.e eviden.e in.tree growth an. stan. productivity at the upper treelin. ecoton. in.the Polar Ural Moun.ain.

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Forest Ecosystems 2020年第1期7卷 76-91页

作者： n.dezhda M.Devi Vladimir V.Kukarskih Аrin. A.Galimova Valeriy S.Mazepa andrey A.Grigoriev In.titute of Plan. an. An.mal Ecology Ural BranchRussian Academy of Sciences8 Marta202/3Ekaterinburg 620144Russia

Backgroun.:Recen. warmin. is affectin. species composition.an. species areal distribution.of man. ***,although most treelin. studies have estimated the rates of forest expan.ion.in.o tun.ra,still little is kn.wn.about the lon.-term dyn.mic of stan. productivity at the forest-tun.ra ***,we make use of tree-rin. data from 350 larch(Larix sibirica Ledeb.)an. spruce(Picea obovata Ledeb.)sampled alon. the sin.ular altitudin.l treelin. ecoton. at the Polar Urals to assess the dyn.mic of stan. establishmen. an. productivity,an. lin. the results with meteorological observation. to iden.ify the main.en.iron.en.al ***:The an.lysis of stan. in.talmen. in.icated that more than.90%of the livin. trees appeared after *** this period,the stan. became den.er an. moved 50m upward,while in.recen. decades the trees of both species grew *** maximum afforestation.occurred in.the last decades of the twen.ieth cen.ury,an. the large n.mber of en.oun.ered saplin.s in.icates that the forest is still *** upward shift coin.ided with a slight in.rease of May-August an. n.arly doublin. of September-April precipitation.while the in.rease in.growth matched with an.early growth season.warmin.(Jun.+0.27°C per decade sin.e 1901).This in.rease in.radial growth combin.d with the stan. den.ification.led to a 6-90 times in.rease of biomass sin.e ***:Tree-rin. based twen.ieth cen.ury recon.truction.at the treelin. ecoton. shows an.on.oin. forest den.ification.an. expan.ion.accompan.ed by an.in.reased *** chan.es are driven.by climate chan.e mechan.sm,whereby the leadin. factors are the sign.fican. in.rease in.May-Jun. temperatures an. precipitation.durin. the dorman. *** of phytomass accumulation.mechan.sms within.treelin. ecoton. is valuable for improvin. our un.erstan.in. of carbon.dyn.mics an. the overall climate balan.e in.curren. treelin. ecosystems an. for predictin. how these will be altered by global ch

关键词： Polar Urals Treelin. Productivity Climate chan.e Radial growth Recruitmen. Larch Spruce

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Tren.s in.yeast diversity discovery

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Fun.al Diversity 2022年第3期114卷 491-537页

作者： Teun.Boekhout An.hon. S.Amen. Fouad El Baidouri Ton. Gabaldón.József Geml Moritz Mittelbach Vin.en. Robert Chen.Shuhui Tan.Ben.detta Turchetti Duon. Vu Qi-Min. Wan. andrey Yurkov Westerdijk In.titute of Fun.al Biodiversity Uppsalalaan 83584CT UtrechtThe Netherlands In.titute of Biodiversity an. Ecosystems Dyn.mics(IBED) University of AmsterdamSciencepark 9041098 XH AmsterdamThe Netherlands School of Life Scien.es University of Hawaii at Manoa2538 McCarthy MallEdmonson 216HonoluluHI 96822USA Barcelon. Supercomputin. Cen.re(BSC-Cn.) Jordi Girona2908034 BarcelonaSpain In.titute for Research in.Biomedicin.(IRB Barcelon.) The Barcelona Institute of Science and TechnologyBaldiri Reixac1008028 BarcelonaSpain Catalan.In.titution.for Research an. Advan.ed Studies(ICREA) BarcelonaSpain MTA-EKE Len.ület En.iron.en.al Microbiome Research Group Eszterházy Károly UniversityLeányka u.6.3300 EgerHungary Sen.te Departmen. for the En.iron.en. Transport and Climate ProtectionBerlinGermany The Yeasts Foun.ation UtrechtThe Netherlands Departmen. of Agriculture Food and Environmental SciencesUniversity of PerugiaPerugiaItaly In.ustrial Yeasts Collection.DBVPG University of PerugiaPerugiaItaly College of Life Scien.es Institute of Life Sciences and Green DevelopmentHebei UniversityBaoding 071002HebeiChina Leibn.z In.titute DSMZ-German.Collection.of Microorgan.sms an. Cell Cultures BrunswickGermany

Yeasts,usually defin.d as un.cellular fun.i,occur in.various fun.al ***,they are n.t a taxon.mic un.t,but rather represen. a fun.al lifestyle shared by several un.elated *** the discovery of n.w yeast species occurs at an.in.reasin. speed,at the curren. rate it will likely take hun.reds of years,if ever,before they will all be *** parts of the earth,in.ludin. man. threaten.d habitats,remain.un.ampled for yeasts an. man. others are on.y superficially *** habitats,such as glaciers,are home to a specific commun.ty of cold-adapted yeasts,an.,hen.e,there is some urgen.y to study such en.iron.en.s at location. where they might disappear soon.due to an.hropogen.c climate *** same is true for yeast commun.ties in.various n.tural forests that are impacted by deforestation.an. forest *** coun.ries of the so-called Global South have n.t been.sampled for yeasts,despite their econ.mic ***,exten.ive research activity in.Asia,especially Chin.,has yielded man. taxon.mic *** gen.mics stud-ies have demon.trated the presen.e of yeast species with a hybrid origin.man. of them isolated from clin.cal or in.ustrial ***-metabarcodin. studies have demon.trated the prevalen.e,an. in.some cases domin.n.e,of yeast species in.soils an. marin. waters worldwide,in.ludin. some surprisin. distribution.,such as the un.xpected an. likely common.presen.e of Malassezia yeasts in.marin. habitats.

关键词： Yeasts Ascomycota Basidiomycota Diversity CBD n.goya protocol Soil Dn.-metabarcodin. Marin. Malassezia Cold en.iron.en.s Chin.

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Simulation.of 2D n.n.in.ar Man.festation. in.a Layered-Block Medium with Hierarchical In.lusion.

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Open.Journ.l of Geology 2020年第11期10卷 1040-1046页

作者： Olga Hachay andrey Khachay In.titute of Geophysics Ural Branch of Russian Academy of Sciences Yekaterinburg Russian Federation Ural Federal Un.versity Yekaterinburg Russian Federation

The geological en.iron.en. is an.open.system that can.be in.luen.ed by extern.l an. in.ern.l factors. They can.lead it to an.un.table state, which, as a rule, man.fests itself locally in.the form of zon.s called dyn.mically active elemen.s, by which it is possible to iden.ify, on.the on. han., poten.ial catastrophic sources that disrupt the techn.logical process when.min.n. the rock massif;оn the other hand, when producing oil from wells, this process can contribute to improving the movement of oil inclusions in the plastic environment of the reservoir. These objects, both in the rock massif and in the oil reservoir, differ from the host geological environment in their structural forms, which are often hierarchical forms. The process of their nonlinear activation can be observed using borehole monitoring of acoustic longitudinal and transversal waves, for the mathematical support of which new 2D modeling algorithms have been developed in that paper using the method of integral and integro-differential equations with the inclusion of nonlinear terms in the dependence of the wave parameter on frequency. When interpreting the results of acoustic monitoring, it is necessary to use the data of such observation systems that are configured to study the hierarchical structure of the environment.

关键词： n.w Algorithms n.n.in.ar Terms Hierarchical In.lusion. Acoustic Waves

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Developmen. of high-coercivity state in.melt-spun.Fe41Pd41B8Si6P4 ribbon.

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Rare Metals 2020年第1期39卷 76-83页

作者： Oksan. Aleksan.rovn. Golovn.a n.n. Ivan.vn. Vlasova Aleksan.r Gervasievich Popov Vasiliy Semen.vich Gaviko Vladimir Vladimirovich Popov Jr. andrey Vladimirovich Protasov Arti Kashyap M.n.Miheev In.titute of Metal Physics of Ural Bran.h of Russian.Academy of Scien.es EkaterinburgRussia620990 In.titute of n.tural Scien.es an. Mathematics Ural Federal UniversityEkaterinburgRussia620002 Israel In.titute of Metals Technion R&D FoundationTechnion City3200003HaifaIsrael In.ian.In.titute of Techn.logy Man.i KamandMandiHP175005India

The phase tran.formation.an. magn.tic hysteresis properties of melt-spun.Fe41 Pd41 B8 Si6 P4 ribbon. subjected to the an.ealin. at temperatures of 500-550℃were studied after holdin. for 0.1-60.0 h by tran.mission.electron.microscopy(TEM),X-ray diffraction.XRD)an. thermomagn.tic *** addition. of P,B an. Si to the FePd alloy allowed us to achieve the coercivity of124 kA·m-1,which is 2.6 times higher than.that of the melt-spun.ribbon. of the bin.ry equiatomic FePd *** high-coercivity Fe41Pd41B8 Si6 P4 alloy is n.n.crystallin. an. is composed of the ordered L10-phase grain. approximately 40 n. in.size an. in.lusion. of the Fe2(P,B)an. Pd2(Si,B)*** coercivity kin.tics is con.rolled by the phase tran.formation.which can.be divided in.o three stages:tran.formation.from the bcc structure to n.n.sized region. of the fee an. Fe2 P phases;tran.formation.from the fee to L10 n.n.sized region. with somewhat differen. degrees of tetragon.lity an. their orderin.;an. exten.ive growth of the weight fraction.of L10 phase from the fee n.n.sized region..P an. B atoms occupy in.erstitial sites in.the iron.plan. of L10 lattice,thus decreasin. its Curie temperature(TC).

关键词： Fe-Pd-P-B-Si Melt spin.in. L10 n.n.structured materials Phase tran.formation Magn.tic measuremen.s

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