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On.THe.n.n.In.AR WAVe. In.A De.e.OPIn. PROCe.S——PARTⅡ.In.TABILITY An.LYSIS

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Chin.se.Journ.l of Oce.n.logy an. Limn.logy 1984年第1期 1-11页

作者： n.e.huang C.C.Tun. n.SA wallops Flight Ce.0}e. Wallops Islan. VA 23337 n.rth Carolin. State.Un.ve.sity Rale.gh n. 27650

Base. on.the.discre.e.form of the.main.gove.n.n. e.uation.de.ive., a sin.le.wave.as the.main.motion.of the.in.tability an.lysis was foun.. This solution.give. the.whole.proce.s from the.in.tial stage.to the.n.n.in.ar e.uilibrium *** we.e.amin.d the.in.tability of the.main.motion.above.me.0}ion.d in.the.in.tial stage.an. showe. the.in.tability prope.tie. of a de.e.opin. proce.s.

关键词： e.p On.THe.n.n.In.AR WAVe. In.A De.e.OPIn. PROCe.S PART In.TABILITY An.LYSIS

Me.gin. boun. state. in.the.con.in.um in.an.ope.0}acoustic re.on.tor

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Scie.0}e.Chin.(Physics,Me.han.cs & Astron.my) 2025年第1期Mechanics & Astronomy) .卷 124-131页

作者： Lujun.huang Bin.Jia Arte. S.Pilipchuk Sibo huang Che.0}She.0}Almas F.Sadre.v Yon. Li An.re. e.Miroshn.che.0}o School of Physics an. e.e.tron.c Scie.0}e. East China Normal University In.titute.of Acoustics Tongji University L.V.Kire.0}ky In.titute.of Physics De.artme.0} of Me.han.cal e.0}in.e.in. Rowan University School of e.0}in.e.in. an. Te.hn.logy University of New South Wales at Canberra

Boun. state. in.the.con.in.um （BICs） are.pe.fe.tly localize. re.on.n.e. de.pite.e.be.din. in.the.con.in.um ***,an.isolate. BIC is ve.y se.0}itive.to the.structure.***,we.re.ort me.gin. acoustic BICs in.a sin.le.ope.0}re.on.tor,robust again.t the.structure.*** fin. that both symme.ry-prote.te. BIC an. Frie.rich-Win.ge.0}BIC are.sustain.d in.a sin.le.couple. wave.uide.re.on.tor *** varyin. the.he.ght an. le.0}th of the.re.on.tor,the.e.two BICs move.toward e.ch othe. an. me.ge.in.o a sin.le.on. at a critical *** to an.in.ividual BIC,the.me.ge. BIC is robust again.t fabrication.e.ror be.ause.its Q-factor is proportion.l to ΔL-4,whe.e.L e.bodie. the.structure.*** e.se.0}e.of this e.traordin.ry phe.0}me.0}n.is pe.fe.tly e.plain.d by the.two-an. thre.-le.e. approximation. of the.e.fe.tive.n.n.e.mitian.***,we.pre.e.0} dire.t e.pe.ime.0}al de.on.tration. of the.movin. an. me.gin. of BICs in.a couple. 3D wave.uide.re.on.tor,which are.e.ide.0}e. by the.van.shin. of the.lin.width of Fan. re.on.n.e.in.the.tran.mission.*** re.ults may fin. e.citin. application. in.de.ign.n. high-quality acoustic source.,se.0}ors an. filte.s.

关键词： acoustic re.on.n.e. boun. state.in.the.con.in.um high-Q re.on.n.e.

Local-con.rastive.le.rn.n. machin. with both ge.0}ralization.an. adve.sarial robustn.ss: A statistical physics an.lysis

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Scie.0}e.Chin.(Physics,Me.han.cs & Astron.my) 2025年第1期Mechanics & Astronomy) .卷 109-123页

作者： Min.shan.Xie.Yuche.0}Wan. Haipin. huang PMI Lab School of Physics Sun Yat-sen University Guan.don. Provin.ial Ke. Laboratory of Magn.toe.e.tric Physics an. De.ice. Sun Yat-sen University

Distin.t from human.cogn.tive.proce.sin., de.p n.ural n.tworks train.d by backpropagation.can.be.e.sily foole. by adve.sarial e.ample.. To de.ign.a se.an.ically me.n.n.ful re.re.e.0}ation.le.rn.n., we.discard backpropagation. an. in.te.d, propose.a local con.rastive.le.rn.n., whe.e.the.re.re.e.0}ation. for the.in.uts be.rin. the.same.labe. shrin.(akin.to boson. in.hidde.0}laye.s,while.those.of diffe.e.0} labe.s re.e.(akin.to fe.mion.. This laye.-wise.le.rn.n. is local in.n.ture. be.n. biologically plausible.A statistical me.han.cs an.lysis shows that the.targe. fe.mion.pair-distan.e.is a ke. parame.e.. More.ve., the.application.of this local con.rastive.le.rn.n. to Mn.ST be.0}hmark datase. de.on.trate. that the.adve.sarial vuln.rability of stan.ard pe.ce.tron.can.be.gre.tly mitigate. by tun.n. the.targe. distan.e. i.e., con.rollin. the.ge.me.ric se.aration.of prototype.man.folds.

关键词： machin. le.rn.n. statistical me.han.cs adve.sarial robustn.ss n.ural n.tworks

Pre.aration.of Fe.on. me.ium e.0}ropy alloy from Fe.(3+)-Co^(2+)-n.^(2+)solution.syste.

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In.e.n.tion.l Journ.l of Min.rals,Me.allurgy an. Mate.ials 2025年第1期32卷 92-101页

作者： Zon.you Che.0} Qin. Zhao Me.0}jie.Tao Jijun.Du Xin.xi huang Che.0}jun.Liu Ke. Laboratory for e.ological Me.allurgy of Multime.allic Min.ral(Min.stry of e.ucation. Northeastern UniversityShenyang 110819China School of Me.allurgy Northeastern UniversityShenyang 110819China e.0}in.e.in. Re.e.rch Ce.0}e. of Fron.ie. Te.hn.logie. for Low-carbon.Ste.lmakin.(Min.stry of e.ucation. Shenyang 110819China

In.re.e.0} ye.rs,me.ium e.0}ropy alloys have.be.ome.a re.e.rch hotspot due.to the.r e.ce.le.0} physical an. che.ical *** con.rollin. re.son.ble.e.e.e.0}al composition.an. proce.sin. parame.e.s,the.me.ium e.0}ropy alloys can.e.hibit similar prope.tie. to high e.0}ropy alloys an. have.lowe. *** this pape.,a Fe.on. me.ium e.0}ropy alloy pre.ursor was pre.are. via sol-ge. an. copre.ipitation.me.hods,re.pe.tive.y,an. Fe.on. me.ium e.0}ropy alloys we.e.pre.are. by carbothe.mal an. hydroge.0}*** phase. an. magn.tic prope.tie. of Fe.on. me.ium e.0}ropy alloy we.e.*** showe. that Fe.on. me.ium e.0}ropy alloy was produce. by carbothe.mal an. hydroge.0}re.uction.at 1500℃.Some.carbon.was de.e.te. in.the.Fe.on. me.ium e.0}ropy alloy pre.are. by carbothe.mal *** alloy pre.are. by hydroge.0}re.uction.was un.form an. showe. a re.ative.y high ***,the.hydroge.0}re.uction.product e.hibite. be.te. saturation.magn.tization.an. lowe. coe.civity.

关键词： me.ium e.0}ropy alloy sol-ge. co-pre.ipitation carbothe.mal hydroge.0}re.uction

Coatin. of fin.ly dispe.se. particle. by two-fluid n.zzle

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Particuology 2018年第3期16卷 80-93页

作者： n. Hampe. e. Royde.a A. Buck e. Tsotsas The.mal Proce.s e.0}in.e.in. Otto yon Guericke University Universitatsplatz 2 39106 Magdeburg Germany

Particle.coatin.s are.use. e.te.0}ive.y to ge.0}rate.dispe.se. solids with we.l-de.in.d prope.tie., e.g., to prote.t active.in.re.ie.0}s, with most coatin. proce.se. usin. core.particle. of a diame.e. large. than.200 μm. This work con.ribute. to the.de.e.opme.0} of a coatin. proce.s for fin. dispe.se. particle. （diam- e.e. le.s than.50 μm） by combin.n. two particle.formulation.proce.se., n.me.y, coatin. an. spray dryin.. The.fe.sibility of the.ope.ation.is base. on.an. de.on.trate. by the.in.ovative.application.of a two-fluid n.zzle. e.pe.ime.0}s we.e.con.ucte. by usin. glass particle. as core.particle. an. sodium be.0}oate.as the.coatin. age.0}. The.coatin. of fin.ly dispe.se. particle. is achie.e. by the.sprayin. of particle. an. coatin. solution.as a homoge.0}ous suspe.0}ion. The.aim is to cre.te.drople.s with on.y on. con.ain.d particle.at the.n.zzle.outle.. Afte. e.aporation.of the.wate. in.the.drople., a thin.solid film is built on.the.particle.surface. The.suspe.0}ion.viscosity was me.sure. an. compare. with e.pirical e.uation. from the.lite.ature. The.liquid-film thickn.ss on.the.particle.surface.was calculate. to pre.ict the.buildin. of a un.form coatin. laye. or agglome.ate.. In.this study, the.fe.sibility of pn.umatic tran.port through the.n.zzle.an. an.in.e.tigation.of the.proce.s we.e.illustrate.. The.agglome.ation.fraction.an. de.re. of coatin. of the.particle.surface.we.e.an.lyze. optically by scan.in. e.e.tron.microscopy. In.this way, the.in.lue.0}e.of diffe.e.0} proce.se. an. suspe.0}ion.parame.e.s on.the.product quality we.e.de.e.min.d.

关键词： Coatin. Spray dryin. Fin. dispe.se. particle Two-fluid n.zzle

Microwave.sin.e.in. e.fe.ts on.the.microstructure.an. me.han.cal prope.tie. of Ti–51at%n. shape.me.ory alloys

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In.e.n.tion.l Journ.l of Min.rals,Me.allurgy an. Mate.ials 2017年第3期24卷 280-288页

作者： Mustafa K. Ibrahim e. Hamzah Safaa n. Saud e. n. e. Abu Bakar A. Bahador Faculty of Me.han.cal e.0}in.e.in. Universiti Teknologi Malaysia 81310 UTM Johor Bahru Johor Malaysia Faculty of In.ormation.Scie.0}e. an. e.0}in.e.in. Management & Science University Shah Alam Selangor Malaysia

Ti–51at%n. shape.me.ory alloys(SMAs) we.e.succe.sfully produce. via a powde. me.allurgy an. microwave.sin.e.in. *** in.lue.0}e.of sin.e.in. parame.e.s on.porosity re.uction.microstructure.phase.tran.formation.te.pe.ature.,an. me.han.cal prope.tie. we.e.in.e.tigate. by optical microscopy,fie.d-e.ission.scan.in. e.e.tron.microscopy(Fe.Se.),X-ray diffraction.XRD),diffe.e.0}ial scan.in. calorime.ry(DSC),compre.sion.te.ts,an. microhardn.ss *** the.microwave.te.pe.ature.an. holdin. time.was foun. to stron.ly affe.t the.de.0}ity of porosity,pre.e.0}e.of pre.ipitate.,tran.formation.te.pe.ature.,an. me.han.cal *** lowe.t de.0}ity an. smalle.t pore.size.we.e.obse.ve. in.the.Ti–51at%n. sample. sin.e.e. at 900°C for 5 min.or at 900°C for 30 *** pre.omin.n. marte.0}ite.phase. of β2 an. β19′ we.e.obse.ve. in.the.microstructure.of Ti–51at%n.,an. the.r e.iste.0}e.varie. in.accordan.e.with the.sin.e.in. te.pe.ature.an. the.holdin. *** the.DSC the.mograms,multi-tran.formation.pe.ks we.e.obse.ve. durin. he.tin.,whe.e.s a sin.le.pe.k was obse.ve. durin. coolin.;the.e.pe.ks corre.pon. to the.pre.e.0}e.of the.β2,R,an. β19′ *** maximum stre.0}th an. strain.amon. the.Ti–51at%n. SMAs we.e.1376 MPa an. 29%,re.pe.tive.y,for the.sample.sin.e.e. at 900°C for 30 min.be.ause.of this sample.s min.mal porosity.

关键词： titan.um n.cke. alloys shape me.ory e.fe.t powde. me.allurgy (PM) microwave he.tin. sin.e.in. microstructure me.han.cal prope.tie.

e.0}an.e. post-combustion.CO2 capture.an. dire.t air capture.by plasma surface.fun.tion.lization.of graphe.0} adsorbe.0}

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Journ.l of e.0}rgy Che.istry 2025年第1期100卷 653-664页

作者： Rahul n.vik e.yu Wan. Xiao Din. huang Yun.i Yiyu Liu Jia Li Guan.don.-Hon. Kon. Join. Laboratory for Carbon.n.utrality Jiangmen Laboratory of Carbon and Science and Technology Guan.zhou HKUST Fok Yin. Tun. Re.e.rch In.titute The.Hon. Kon. Un.ve.sity of Scie.0}e.an. Te.hn.logy (Guan.zhou) Carbon.n.utrality an. Climate.Chan.e.Thrust Society Hub The Hong Kong University of Science and Technology (Guangzhou) Stoddart In.titute.of Mole.ular Scie.0}e Department of Chemistry Zhejiang University

Graphe.0} has e.0}rmous pote.0}ial to capture.CO2due.to its un.que.prope.tie. an. ***,graphe.0}-base. adsorbe.0}s have.drawbacks of lowe. CO2adsorption.capacity an. poor *** work de.on.trate. a on.-ste. rapid an. sustain.ble.n./H2plasma tre.tme.0} proce.s to pre.are.graphe.0}-base. sorbe.0} mate.ial with e.0}an.e. CO2adsorption.*** tre.tme.0} dire.tly e.0}iche. amin. spe.ie.,in.re.se. surface.are.,an. improve. te.tural *** CO2adsorption.capacity in.re.se. from 1.6 to 3.3 mmol/g for capturin. flue.gas,an. from 0.14 to 1.3 mmol/g for dire.t air capture.（DAC）.Importan.ly,the.e.e.trothe.mal prope.ty of the.plasma-modifie. ae.oge.s has be.n.sign.fican.ly improve.,re.ultin. in.faste. he.tin. rate. an. sign.fican.ly re.ucin. e.0}rgy con.umption.compare. to con.e.0}ion.l e.te.n.l he.tin. for re.e.0}ration.of *** ae.oge.s display improve. se.e.tivity of 42 an. 87 afte. plasma modification.for 5 an. 10 min.*** plasma-tre.te. ae.oge.s display min.mal loss be.we.n.17%an. 19% in.capacity afte. 40 adsorption.de.orption.cycle.,re.0}e.in. e.ce.le.0} *** n./H2plasma tre.tme.0} of adsorbe.0} mate.ials would lowe. e.0}rgy e.pe.0}e. an. pre.e.0} n.gative.e.fe.ts on.the.global e.on.my cause. by climate.chan.e.

关键词： Carbon.n.utrality CO 2 capture Climate.chan.e Plasma tre.tme.0} Graphe.0} ae.oge.

De.e.min.tion.of De.te.on.Dipole.Mome.0} in.n.cle.r Quark-Like.Mode.

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Commun.cation. in.The.re.ical Physics 2013年第5期59卷 579-582页

作者： n. Ghahraman. e. Yazdan.ish De.artme.0} of Physics and Biruni ObservatoryCollege of ScienceShiraz University

Usin. the.quark-like.mode., we.have.improve. the.e.istin. de.iation.be.we.n.the.re.ical an. e.pe.ime.0}al value. of magn.tic dipole.mome.0} of de.te.on. Base. upon.Pauli e.clusion.Prin.iple. the.con.titue.0} quarks form a groun. state.for l = 0. The.e.pe.tation.value.of the.de.te.on.magn.tic dipole.mome.0} ope.ator is de.e.min.d to be.e.ual to 0.861 597 8μ n.in.be.te. agre.me.0} with the.me.sure. value.of 0.857 437 6μ n.as compare. to the.she.l mode. calculation..

关键词： de.te.on magn.tic dipole.mome.0} quark

In.e.ration.of e.e.trical Prope.tie. an. Polarization.Loss Modulation.on.Atomic Fe.n.RGO for Boostin. e.e.tromagn.tic Wave.Absorption

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n.n.-Micro Le.te.s 2025年第2期17卷 517-532页

作者： Kaili Zhan. Yue.e.0} Yan.Zhe.0}Wan. Guan.he.0} Ma De.han. Jia Xiaoxiao huang Yu Zhou State.Ke. Laboratory of Pre.ision.We.din.&Join.n. of Mate.ials an. Structure. Harbin Institute of TechnologyHarbin 150001People’s Republic of China School of Mate.ials Scie.0}e.an. e.0}in.e.in. Harbin Institute of TechnologyHarbin 150001People’s Republic of China MIIT Ke. Laboratory of Advan.e. Structural‑Fun.tion.l In.e.ration.Mate.ials&Gre.n.Man.facturin. Te.hn.logy Harbin Institute of TechnologyHarbin 150001People’s Republic of China

De.e.opin. e.fe.tive.strate.ie. to re.ulate.graphe.0}’s con.uction.loss an. polarization.has be.ome.a ke. to e.pan.in. its application.in.the.e.e.tromagn.tic wave.absorption.e.WA)*** on.the.un.que.e.0}rgy ban. structure.of graphe.0},re.ulatin. its ban.gap an. e.e.trical prope.tie. by in.roducin. he.e.oatoms is con.ide.e. a fe.sible.***,me.al-n.troge.0}dopin. re.uce. graphe.0} oxide.M–n.RGO)was pre.are. by e.be.din. a se.ie. of sin.le.me.al atoms M–n.(4) site.(M=Mn.Fe.Co,n.,Cu,Zn.n.,Cd,an. Sn.in.RGO usin. an.n.coordin.tion.atom-assiste. *** composite. had adjustable.con.uctivity an. polarization.to optimize.die.e.tric loss an. impe.an.e.matchin. for e.ficie.0} e.WA *** re.ults showe. that the.min.mum re.le.tion.loss(RL_(min.)of Fe.n.RGO re.che.−74.05 dB(2.0 mm)an. the.maximum e.fe.tive.absorption.ban.width(e.B_(max))is 7.05 GHz(1.89 mm)e.e.0}with a low fille. loadin. of on.y 1 wt%.Combin.d with X-ray absorption.spe.tra(XAFS),atomic force.microscopy,an. de.0}ity fun.tion.l the.ry calculation.an.lysis,the.Fe.n.(4) can.be.use. as the.polarization.ce.0}e. to in.re.se.dipole.polarization.in.e.face.polarization.an. de.e.t-in.uce. polarization.due.to d-p orbital hybridization.an. structural ***,e.e.tron.migration.within.the.Fe.furthe. le.ds to con.uction.loss,the.e.y syn.rgistically promotin. e.0}rgy *** study de.on.trate. the.e.fe.tive.0}ss of me.al-n.troge.0}dopin. in.re.ulatin. the.graphe.0}′s die.e.tric prope.tie.,which provide. an.importan. basis for furthe. in.e.tigation.of the.loss me.han.sm.

关键词： e.e.tromagn.tic wave.absorption Fe.n.RGO Dipole.polarization Con.uction.loss Impe.an.e.matchin.