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Surface.hardne.s,the.mal,optical,and photon atte.uation coe.ficie.ts asse.sme.t for dysprosium-dope. te.lurite.glasse.

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Journal of Rare.e.rths 2023年第7期41卷 1083-1090,I0004页

作者： He.ham m.H.Zakaly D.e.Abulyazie. H.A.Saudi b.m.Alotaibi Shams A.m.Issa Institute.of Physics and Te.hnology Ural Federal UniversityYekaterinburg620002Russia Faculty of Scie.ce Al-Azhar UniversityAssuit BranchAssuit71524Egypt Polyme. Lab Department of PetrochemicalsEgyptian Petroleum Research InstituteNasr CityCairoEgypt De.artme.t of Physics Faculty of ScienceUniversity of TabukTabukSaudi Arabia Physics De.artme.t Faculty of ScienceAl-Azhar University(Girls Branch)Nasr CityCairoEgypt De.artme.t of Physics College of SciencePrincess Nourah Bint Abdulrahman UniversityP.O.Box 84428Riyadh11671Saudi Arabia

Using a me.t-cooling proce.s with the.host glass,Dy_(2)O_(3)(1 wt%,2 wt%,3 wt%,and 4 wt%) dope. te.lurite.glasse. we.e.produce..A(65-x)Te._(2)-20b_(2)O_(3)-10Al_(2)O_(3)-SGe._(2)-xDy_(2)O_(3) glass syste. was analyze. by Xray *** patte.ns have.a hump at 2θ=27°-29° and no sharp pe.ks,indicating that all the.glass sample. are.*** Vicke.s microhardne.s de.e.mine. how re.istant a glass is to pe.siste.t de.ormation produce. by a harde. *** scanning calorime.ry(DSC) at 300-550℃ was use. to e.aluate.the.the.mal prope.tie. of the.Dy_x glass *** glass transition te.pe.ature.T_g(small e.dothe.mic pe.k),start crystallization te.pe.ature.T_x and crystallization te.pe.ature.T_c can all be.se.n on the.DSC the.mogram(e.othe.mic pe.ks).The.UV-Vis transmittance.and absorption spe.tra we.e.*** optical data show that the.value. of e.d^(ir),e.g^(Ind) and e.U de.re.se.as the.amount of Dy_(2)O_(3)incre.se.,indicating a narrowing of the.tails due.to localize. state. in the.forbidde. gap.A conce.tration que.ching e.e.t occurs whe. Dy^(3+) conce.trations are.above.a ce.tain thre.hold(1%).The.addition of Dy_(2)O_(3) incre.se. glass de.sity,while.the.addition of othe. Dy(Ⅲ) oxide. incre.se. sample.*** radiation shie.ding value. change.as a conse.ue.ce.of de.sity *** sample.with the.highe.t amount of Dy_(2)O_(3)(Dy_(4)) has stronge. radiation shie.ding characte.istics;he.ce.it is supe.ior in te.ms of shie.ding outcome. at all e.e.gy *** Dy_x sample. can be.use. in various forms of ionizing radiation shie.ding.

关键词： me.t-cooling proce.s DSC Dysprosium(Ⅲ)oxide. Surface.hardne.s Photon atte.uation Rare.e.rths

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Hybrid re.nforce. the.mose. polyme. composite.in e.e.gy absorption tube.application:A re.ie.

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De.e.ce.Te.hnology（防务技术） 2018年第4期14卷 291-305页

作者： A.b.m.Supian S.m.Sapuan m.Y.m.Zuhri e.S.Zainudin H.H.Ya De.artme.t of me.hanical and manufacturing e.gine.ring Universiti Putra Malaysia Laboratory of bio Composite.Te.hnology Institute of Tropical Forestry and Research Products (INTROP)Universiti Putra Malaysia De.artme.t of me.hanical e.gine.ring Universiti Teknologi Petronas

The.custom of hybridization fibre.composite.in e.e.gy absorption tube.application has gaine. the.atte.tion of structural crashworthine.s in composite.mate.ial industry. Thus, the.approach of this re.ie. is to unde.stand the.e.fe.t in hybridization within me.al/synthe.ic fibre.composite. synthe.ic/synthe.ic fibre.composite.and nature.synthe.ic fibre.composite.as e.e.gy absorption tube. which re.le.ts on the.e.e.gy absorption characte.istics and crashworthine.s be.aviors in pre.ious the.study. by way of instance. a wide.range.of me.hodology and particular parame.e. in pre.ious study such as the.e.fe.t in fibre.arrange.e.t, matrix polyme., te.hnique.of fabrication, fibre.tre.tme.t(natural fibre., de.ign in ge.me.ry/cross-se.tion and othe.s me.hanism of hybrid fibre.composite.tube.are.highlighte. which to compre.e.d the.capability of the.me.hanical pe.formance.and collapsible.be.avior as sacrificial structure.in high-pe.formance.structure.applications. more.ve., in the.re.e.tly studie. the.e.have.be.n many of the.re.e.rch re.arding structural mate.ials as e.e.gy absorption tube.has be.n introduce. such as me.al/matrix composite., ne. alloy me.als and polyme. composite. which inte.de. to e.aluate.the.pe.formance.of the.e.mate.ials into circumstance.in loading and impact characte.istic. The.e.ore. this re.ie. article.is trying to e.plore.the.re.e.rch article. re.ate. to the.e.fe.t of hybridization fibre. and the.mose. polyme. as re.nforce.e.t for e.e.gy absorption tube.re.e.rch and e.pe.te. would provide.an information and ide. which to e.pe.d the.knowle.ge.in future.study of hybridization e.fe.t for e.e.gy absorption tube. more.ve. the.de.e.opme.t for future.pote.tial as ne. hybrid composite.fibre.mate.ials from the.natural/synthe.ic fibre. re.nforce. composite.mate.ial in e.ploying of high-pe.formance.e.e.gy absorption tube.application is still le.s discove. and highlighte..

关键词： e.e.gy absorption tube Hybrid composite. Collapse be.avior Crashworthine.s

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e.fe.t of grain re.ine.e.t on the.hydroge. e.brittle.e.t of 304 auste.itic stainle.s ste.l

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Journal of mate.ials Scie.ce.& Te.hnology 2019年第10期35卷 2213-2219页

作者： Y.H.Fan b.Zhang J.Q.Wang e.-H.Han W.Ke She.yang National Laboratory for mate.ials Scie.ce Institute of Metal ResearchChinese Academy of SciencesShenyang 110016China School of mate.ials Scie.ce.and e.gine.ring University of Science and Technology of ChinaHefei 230026China CAS Ke. Laboratory of Nucle.r mate.ials and Safe.y Asse.sme.t Institute of Metal ResearchChinese Academy of SciencesShenyang 110016China

The.e.fe.t of grain size.in the.range.from 4 μm to 12 μm) on the.hydroge. e.brittle.e.t(He. of 304 auste.itic stainle.s ste.l(ASS) was studie.. He.susce.tibility re.ult shows that He.re.istance.incre.se. with grain re.ine.e.t. e.e.tron backscatte.e. diffraction ke.ne. ave.age.misorie.tation(e.SD-KAm)mapping shows that the.strain localization can be.mitigate. by grain re.ine.e.t. He.ce. strain localization site. which act as highways for hydroge. diffusion and pre.e.re. crack initiation site. can be.re.uce. along with grain re.ine.e.t, le.ding to a high He.re.istance. me.nwhile. grain size.shows no influe.ce.on the.strain induce. marte.site.SIm) transformation during the.hydroge. charging slow strain te.sile.te.t(SSRT). He.ce. the.SIm forme. during hydroge. charging SSRT is not re.ponsible.for the.diffe.e.t He.re.istance.of 304 ASSs with various grain size.. Hydroge. diffusion is suppose. to be.controlle. by a compe.ition be.we.n short-circuit diffusion along random grain boundary(RGb) and hydroge. trapping at dislocations, le.ding to a maximum hydroge. diffusion coe.ficie.t in the.304 ASS with an ave.age.grain size.of 8 μm.

关键词： Stainle.s ste.l Grain re.ine.e.t Hydroge. e.brittle.e.t Se. e.SD

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Araucaria angustifolia Above.round Roots Pre.e.te. High Arbuscular mycorrhizal Fungal Colonization and Dive.sity in the.brazilian Atlantic Fore.t

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Pe.osphe.e 2016年第4期26卷 561-566页

作者： mile.e.mORe.RA maria I. ZUCCHI Jose.e. GOme. Siu m. TSAI Ale.sandro ALVe.-Pe.e.RA e.ke.J. b. N. CARDOSO Sao Paulo State.Age.cy for Agribusine.s Te.hnology CP 28 Piracicaba 13400-970 Ce.te. for Nucle.r e.e.gy in Agriculture University of Sao Paulo Piracieaba 13416-000 Ge.e.ics De.artme.t Luiz de Queiroz College of Agriculture University of Sao Paulo Piraeieaba 13418-900 Soil Scie.ce.De.artme.t Luiz de Queiroz College of Agriculture University of Sao Paulo Piracicaba 13418-900

30 diffe.e.t arbuscular mycorrhizal fungi （AmF） spe.ie., distribute. in diffe.e.t ge.e.a such as Glomus, Acaulospora, Scute.lospora, e.trophospora, Ambisporu, Kuklospora, Gigaspora, and Arche.spora, have.be.n ide.tifie. in the.root zone.of Araucaria angustifolia, known as brazil Pine. During our AmF surve. in this e.osyste., our atte.tion was calle. to the.pre.e.ce.of many supe.ficially growing Araucaria roots. Our hypothe.is was that the.e.roots we.e.colonize. with AmF be.ause.of the.pre.e.ce.of AmF spore. in organic mate.ial above.round. Sample. of the.e.supe.ficial roots and the.organic substrate.the. we.e.growing on we.e.e.aluate. for the.r mycorrhizal status. DNA was e.tracte. from the.AmF-colonize. supe.ficial roots and submitte. to polyme.ase.chain re.ction （PCR） amplification using the.NS31-Am1 prime. pair, followe. by cloning and se.ue.cing. We.found that the.root colonization pe.ce.tage. we.e.be.we.n 31% and 52%, and the.numbe. of AmF spore. in the.substrate.range. from 27 to 164 spore. pe. 50 g dry substrate. The.phyloge.e.ic analyse. and tre. construction using maximum parsimony （mP） and ne.ghbor-joining （N J） me.hods ide.tifie. 13 diffe.e.t spe.ie. of the.phylum Glome.omycota be.onging to the.ge.e.a Glomus, Funne.iformis, Rhizophagus, Gigaspora, Acaulospora, and Archae.spora, and five.isolate. we.e.ide.tifie. only at the.ge.us le.e.. To our knowle.ge. this is the.first re.ort on Araucaria angustifolia with roots growing above.round, producing runne. roots that de.e.op on de.d tre. trunks and organic mate.ial. The.highe. colonization of the.above.round roots than those.commonly found in be.owground Araucaria roots sugge.ts that the. may pre.e.t active.me.abolic uptake.of nutrie.ts.

关键词： AmF spore. fungal taxonomy mycorrhizal status nutrie.t uptake organic substrate root colonization supe.ficial roots

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Chirping instabilitie. produce. by a runaway e.e.tron be.m at a sphe.ical tokamak

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Plasma Scie.ce.and Te.hnology 2023年第7期25卷 19-24页

作者： I m bALACHe.KOV N N bAKHARe. V K GUSe. m V ILIASOVA e.m KHILKe.ICH P S KORe.e. A e.KONKOV V b mINAe. Yu V mITRIZHKIN m I PATROV Yu V Pe.ROV N V SAKHAROV A e.SHe.e.e. O m SKRe.e. Ioffe.Institute Saint-Petersburg 194021Russia Lomonosov moscow State.Unive.sity Moscow 119991Russia

Two diffe.e.t type. of mHD instabilitie. with rapidly chirping fre.ue.cy we.e.found to arise.in the.Globus-m2 sphe.ical tokamak in substantially diffe.e.t fre.ue.cy *** first type.arise. at fre.ue.cie. of an orde. of 1 mHz in ohmic plasmas at re.ative.y low de.sity(n_(e.)m^(-3) in a wide.range.of toroidal magne.ic fie.ds and plasma *** type.of instability was ide.tifie. as compre.sional Alfve. wave.,drive. by e.e.trons,acce.e.ate. during a sawtooth *** was found that the.mode.fre.ue.cy is swe.ping in time.according to the.be.k-bre.zman hole.clump nonline.r chirping *** se.ond type.of wave.arise. in a spe.ific single.swing re.ime.of the.ce.tral sole.oid curre.t with a ve.y narrow plasma column,whe. the.plasma te.ds to de.ay at e.tre.e.y low de.sity(n_(e.)m^(-3) and,in fact,is an instability of the.runaway e.e.tron *** e.ite. mode. cove. the.whole.obse.ve. fre.ue.cy range.and are.divide. into se.e.al(two or thre.)fre.ue.cy re.ions:approximate.y 0-30 mHz,60-120 mHz and some.ime. 30-60 *** of the.branche. was also *** chirps are.more.rapid than for 1 mHz Alfve. instability and follow an e.pone.tial *** pape.,to our knowle.ge.is the.first re.ort of fre.ue.cy chirping instabilitie. e.cite. by acce.e.ate. e.e.trons at a sphe.ical tokamak.

关键词： Alfvén wave. chirping instability sphe.ical tokamak runaway e.e.trons

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Space.to-space.Radio Inte.fe.ome.ry Syste. from me.ium e.rth Orbits

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空间科学学报 2019年第4期39卷 544-562页

作者： mARTIN-Ne.RA m KUDRIASHOV V bARAT I DUe.mANN b DAGANZO e e.rope.n Space.Re.e.rch and Te.hnology Ce.tre European Space Agency

This pape. pre.e.ts a ne. conce.t to pe.form space.to-space.Ve.y Long base.ine.Inte.fe.ome.ry which e.able. the.imaging of cosmic source. at high-re.olution and high-se.sitivity with small *** individual ape.ture. are.e.barke. on se.arate.ide.tical sate.lite. stagge.e. in he.ght into Polar or e.uatorial Circular me.ium e.rth Orbits(Pe.me. orbits).The.e.orbits are.stable.and allow GNSS-base. on-the.fly ce.time.e.-le.e. re.ative.*** ope.ation is possible.by e.changing local oscillator compone.ts and me.sure. signals through Inte.-Sate.lite.Links(ISL).On-board cross corre.ation is pe.forme. at e.ch sate.lite.ove. a de.ay window compatible.with the.accuracy of the.on-the.fly re.ative.positioning and the.re.ult se.t to the.*** re.onstruction is comple.e. on the.ground thanks to sub-millime.e. base.ine.re.rie.al from accurate.GNSS orbits,ISL ranging and space.raft attitude.*** application of this conce.t to image.the.Supe. massive.black Hole.Sgr A*is hinte..

关键词： Space.to-space inte.fe.ome.ry e.e.t horizon Space radio-astronomy

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Dynamically ge.e.ate. re.onance. from the.ve.tor octe.-baryon de.uple. inte.action and the.r radiative.de.ays into γ-baryon de.uple.

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Chine.e.Physics C 2009年第12期33卷 1366-1368页

作者：孙宝玺 Sourav Sarkar e. Ose. m.J. Vice.te.Vacas Institute.of The.re.ical Physics College of Applied Sciences Beijing University of Technology De.artame.to de.Física Te.rica and IFIC Centro Mixto Universidad de Valencia-CSIC Institutos de Investigación de Paterna Aptdo. 22085 46071 Valencia Spain Variable.e.e.gy Cyclotron Ce.tre 1/AF Bidhannagar

The.dynarnically ge.e.ate. re.onance. from ve.tor me.on-baryon de.uple. are.studie. using La- grangians of the.hidde. gauge.the.ry for ve.tor inte.actions. One.shows that some.of the.ge.e.ate. state. can be.associate. with some.known baryon re.onance. in the.PDG data, while.othe.s are.pre.ictions for ne. state.. Furthe.more. we.calculate.the.radiative.de.ay widths of the.e.re.onance. into a photon and a baryon de.uple..

关键词： dynamically ge.e.ate. re.onance. chiral dynamics hidde. gauge.formalism for ve.tor me.oninte.action

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Re.ycling of spe.t lithium-ion batte.ie. as a sustainable.solution to obtain raw mate.ials for diffe.e.t applications

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Journal of e.e.gy Che.istry 2023年第4期79卷 118-134页

作者： V.m.Le.l J.S.Ribe.ro e.L.D.Coe.ho m.b.J.G.Fre.tas Fe.e.al Unive.sity of e.pírito Santo Department of ChemistryLaboratory of Electrochemistry and ElectrochemistryAv.Fernando Ferrari514VitóriaES 29075-910Brazil

Lithium-ion batte.ie.(LIbs)containing graphite.as anode.mate.ial and LiCoO_(2),Limn_(2)O_(4),and LiNi_(x)mn_(y)Co_(z)O_(2) as cathode.mate.ials are.the.most use. worldwide.be.ause.of the.r high e.e.gy de.sity,capacitance.durability,and ***,such wide.pre.d use.implie. the.ge.e.ation of large.amounts of e.e.tronic *** is e.timate. that more.than 11 million ton of LIbs waste.will have.be.n ge.e.ate. by *** re.ycling can contribute.to minimizing e.vironme.tal contamination and re.ucing production costs through the.re.ove.y of high-value.raw mate.ials such as lithium,cobalt,and *** most common proce.se. use. to re.ycle.spe.t LIbs are.pyrome.allurgical,biome.allurgical,and *** the.curre.t sce.ario,it is ne.e.sary to de.e.op e.vironme.tally frie.dly me.hods to re.ycle.batte.ie. and synthe.ize.mate.ials with multiple.te.hnological *** study pre.e.ts a re.ie. of industrial and laboratory proce.se. for re.ycling spe.t LIbs and producing mate.ials that can be.use. in ne. batte.ie.,e.e.gy storage.de.ice.,e.e.troche.ical se.sors,and photocatalytic re.ctions.

关键词： Li-ion batte.ie. Re.ycling Cathode batte.y Hydrome.allurgical Pyrome.allurgical

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Propose. GSSP for the.base.of Cambrian Stage.9,coinciding with the.first appe.rance.of Agnostote. orie.talis, at Duibian, Zhe.iang, China

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Scie.ce.China e.rth Scie.ce. 2009年第4期52卷 434-451页

作者： Lore. e. bAbCOCK Gabrie.la bAGNOLI School of e.rth Scie.ce. The Ohio State University De.artme.t of e.rth Scie.ce. of Pisa Unive.sity

e.pose. in natural outcrops ne.r the.Duibian Village. Jiangshan County, Zhe.iang Province. China, the.Duibian b se.tion is propose. as the.boundary stratotype.for the.base.of an unname. stage.te.me. provisionally Cambrian Stage.9. The.propose. position of the.GSSP is 108.12 m above.the.base.of the.Huayansi Formation, at a horizon coinciding with the.first appe.rance.of the.cosmopolitan agnostoid trilobite.Agnostote. orie.talis. This horizon coincide. also with the.first appe.rance.of the.cosmopoli-tan polyme.id trilobite.Irvinge.la angustilimbata. The.se.tion fulfills all the.re.uire.e.ts for a GSSP, and the.horizon can be.constraine. not only by the.primary stratigraphic marke. (A. orie.talis) but also with se.ondary biostratigraphic, che.ostratigraphic, and se.ue.ce.stratigraphic corre.ation tools. The.first appe.rance.of A. orie.talis is one.of the.most re.dily re.ognizable.le.e.s in Cambrian, and can be.corre.ate. with pre.ision to all pale.contine.ts.

关键词： Cambrian GSSP FAD of Agnostote. orie.talis China chronostratigraphy

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Pe.iatric non-alcoholic ste.tohe.atitis:The.first re.ort on the.ultrastructure.of he.atocyte.mitochondria

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World Journal of Gastroe.te.ology 2014年第15期20卷 4335-4340页

作者： Joanna m Lotowska maria e.Sobanie.-Lotowska Sylwia b bockowska Dariusz m Le.e.szte.n De.artme.t of Ge.e.al Pathomorphology Medical University of Bialystok15269 BialystokPoland De.artme.t of me.ical Pathomorphology Medical University of Bialystok15269 BialystokPoland De.artme.t of Laboratory Diagnostics Maria Sklodowska-Curie Memorial Bialystok Oncology Center15027 BialystokPoland De.artme.t of Pe.iatrics Gastroenterology and AllergologyMedical University of Bialystok15274 BialystokPoland

AIm: To inve.tigate.the.ultrastructure.of abnormal he.atocyte.mitochondria, including the.r ce.lular and he.atic zonal distribution, in bioptate. in pe.iatric non-alcoholic ste.tohe.atitis (NASH).

关键词： Pe.iatric non-alcoholic ste.tohe.atitis He.atocyte.ultrastructure me.amitochondria with crystalline.inclusions Foamy cytoplasm of he.atocyte.

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