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c.mputational fluid dy.amic. simulation of the.wind flow ove. an airport te.minal building

Journal of Zhe.iang Unive.sity.Sc.e.c.0}A(Applie. Phy.ic. & e.gine.ring) 2010年第6期11卷 389-401页

作者： c.un-ho LIU De.nis y.c.Le.NG Ale. c.S.maN P.w.c.AN De.artme.t of Me.hanic.l e.gine.ring The University of Hong Kong Hong Kong Obse.vatory

Turbule.c.0}in the.wake.ge.e.ate. by.wind flow ove. buildings or obstac.e. may.produc.0}c.mple. flow patte.ns in downstre.m *** inc.ude.the.re.irc.lating flow and wind de.ic.t are.s be.ind an airport te.minal building and the.r pote.tial impac.s on the.airc.aft landing on ne.rby.runway..A c.mputational fluid dy.amic.(c.D) simulation of the.wind flow ove. an airport te.minal building was pe.forme. in this study.of the.e.fe.t of the.building wake.on landing *** normal me.e.rologic.l c.nditions,the.studie. airport te.minal building c.use. limite. e.fe.ts on landing airc.aft be.ause.most of the.airc.aft have.alre.dy.lande. be.ore.e.te.ing the.turbule.t wake.*** simulating the.approac. of a tropic.l c.7}lone.additional c.D se.sitivity.te.ts we.e.pe.forme. to study.the.impac.s of building wake.unde. e.tre.e.me.e.rologic.l *** was found that,in a narrow range.of pre.ale.t wind dire.tions with wind spe.ds large. than a c.0}tain thre.hold value.a substantial drop in wind spe.d(>3.6 m/s) along the.glide.path of airc.aft was obse.ve. in the.building *** c.D re.ults also showe. that unde. the.most c.itic.l situation,a drop in wind spe.d as large.as 6.4 m/s oc.urre. right at the.touc.down point of landing airc.aft on the.runway.an e.fe.t whic. may.have.a signific.nt impac. on airc.aft *** study.indic.te. that a c.mpre.e.sive.analy.is of the.pote.tial impac.s of building wake.on airc.aft ope.ations should be.c.rrie. out for airport te.minals and assoc.ate. buildings in airfie.ds to e.sure.safe.aviation ope.ation unde. all me.e.rologic.l c.nditions and to fac.litate.imple.e.tation of pre.autionary.me.sure..

关键词： Aviation safe.y Building ae.ody.amic. c.mputational fluid dy.amic. (c.D) k-e.turbule.c.0}mode. Tropic.lc.0}lone

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FORmaTION OF maNGANe.e.SILIc.De.THIN FILMS By.SOLID PHASe.Re.c.ION

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Ac.a Me.allurgic. Sinic.(e.glish Le.te.s) 2002年第2期15卷 221-226页

作者： e. Q. Xie. w. w. wang, N. Jiang and D. y. He.De.artme.t of Phy.ic., Lanzhou Unive.sity. Lanzhou 730000, c.ina De.artme.t of Phy.ic. Lanzhou UniversityLanzhou 730000China

mangane.e.silic.de.MnSi_(2-x) thin films have.be.n pre.are. on n-ty.e.silic.nsubstrate. through solid phase.re.c.ion. The.he.e.ostruc.ure. we.e.analy.e. by.X-ray.diffrac.ion,Ruthe.ford bac.sc.tte.ing spe.trosc.py. Fourie. transform infrare. transmittanc.0}spe.trosc.py.andthe.four-point probe.te.hnique. The.re.ults show that two mangane.e.silic.de. have.be.n forme.se.ue.tially.via the.re.c.ion of thin lay.0} Mn with Si substrate.at diffe.e.t irradiation anne.lingstage., i.e., MnSi at 450 de. c.and MnSi_(1.73) at 550 de. c. MnSi_(1.73) phase.e.hibits pre.e.re.growth afte. irradiation with infrare.. In situ four-point probe.me.sure.e.ts of she.t re.istanc.0}uring infrare. irradiation anne.ling show that nuc.e.tion of MnSi and phase.transformation of MnSito maSi_(1.73) oc.ur at 410 de. c.and 530 de. c. re.pe.tive.y. the.MnSi phase.shows me.allic.e.avior, while.MnSi_(1.73) e.hibits se.ic.nduc.ing be.avior. c.arac.e.istic.phonon bands ofMnSi_(2-x) silic.de., whic. c.n be.use. for phase.ide.tific.tion along with c.nve.tional XRDte.hnique., have.be.n obse.ve. by.FTIR spe.trosc.py.

关键词： mangane.e.silic.de in situ she.t re.istanc. solid phase.re.c.ion infrare. spe.tra

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Ge.me.ric.Flow c.ntrol Late.al Flow Immunoassay.De.ic.0} (GFc.LFIDs): A Ne. Dime.sion to e.hanc.0}Analy.ic.l Pe.formanc.

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Re.e.rc. 2019年第1期2019卷 851-858页

作者： e.e.iksson J.Ly.e.l H.Larsson K.y.c.e.ng D.Filippini w.c.mak Biose.sors and Bioe.e.tronic. c.0}tre IFM-Linkoping University58183 LinkopingSweden IKe.Linkoping Unive.sity 58185 LinkopingSweden Optic.l De.ic.0} Laboratory IFM-Linkoping University58183 LinkopingSweden

Te.nitroc.0}lulose.Nc.me.brane.base. late.al fow immunoassay.de.ic.0}LFID)is one.of the.most important and wide.y.use. biose.sor platforms for point-of-c.re.Poc.***,the.analy.ic.l pe.formanc.0}of LFID has limitations and its optimization is re.tric.e. to the.bioassay.c.e.istry.the.me.brane.porosity.and the.c.oic.0}of biolabe. *** bottom ne.k te.hnic.l issue. re.ulte. from the.fac. that the.c.nve.tional LFID de.ign princ.ple.has not e.olve. for many.y.0}rs,whic. limite. the.LFID for advanc.0} biose.sor *** we.introduc.0}a ne. dime.sion for LFID de.ign and optimization base. on ge.me.ric.fow c.ntrol(GFc.of Nc.me.brane.,le.ding to highly.se.sitive.*** nove. approac. e.able. c.mpre.e.sive.fow c.ntrol via dife.e.t me.brane.ge.me.ric.fe.ture. suc. as the.width(θ)and the.le.gth(l)of a c.nstric.ion,as we.l as its input angle.θ_(1))and output angle.θ_(2)).Te.GFc.LFID(θ=0.5 mm,l=7 mm,θ_(1)=60∘,θ_(2)=45∘)attaine. a 10-fold inc.e.se.in se.sitivity.for de.e.tion of inte.le.kin-6(IL-6),c.mpare. with c.nve.tional LFID,whe.e.s re.uc.ng by.10-fold the.antibody.*** GFc.LFID de.e.ts IL-6 ove. a line.r range.of 0.1–10 ng/mL with a limit of de.e.tion(LoD)of 29 pg/mL,whic. e.e. outpe.forms some.c.mme.c.al IL-6 *** signifc.nt improve.e.t is attaine. by.pure.ge.me.ric.c.ntrol of the.Nc.me.brane.without additive.,that only.re.ay.ng on a simple.high throughput lase. ablation proc.0}ure.suitable.for inte.ration on re.ular large.sc.le.manufac.uring of *** ne. de.e.opme.t on GFc.LFID with the.c.mbination of fac.le.sc.lable.fabric.tion proc.0}s,tailore. fow c.ntrol,improve. analy.ic.l pe.formanc.0}and re.uc.0} antibodie. c.nsumption is like.y.to have.a signifc.nt impac. on ne. de.ign c.nc.0}t for the.LFID industry.

关键词： Dime.sion optimization porosity

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Ac.ie.ing ultrahigh e.e.trome.hanic.l prope.tie. with high Tc.in PNN-PZT te.ture. c.0}amic.

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Journal of mate.ials Sc.e.c.0}& Te.hnology 2024年第8期175卷 258-265页

作者： Q.wang L.Bian K.Li y.c.Liu y.L.y.ng B.y.ng w.w.c.o Sc.ool of Instrume.tation Sc.e.c.0}and e.gine.ring Harbin Institute of TechnologyHarbin 150080China Guangdong Provinc.al Ke. Laboratory.of e.e.tronic.Func.ional mate.ials and De.ic.0} Huizhou UniversityHuizhou 516001China c.nve.sion and Storage School of Chemistry and Chemical EngineeringHarbin Institute of TechnologyHarbin 150080China

te.ture. Pb(Ni_(1/3)Nb_(2/3))O_(3)-PbZrO_(3)-PbTiO_(3)(PNN-PZT)c.0}amic. we.e.pre.are. by.te.plate. grain growth(TGG)te.hnique.using 0.36PNN-x PZ-(0.64-x)PT(x=0.23,0.25 and 0.27)powde. *** te.plate.c.nte.t was de.ive. to ac.ie.e.the.be.t e.e.trome.hanic.l prope.tie. of te.ture. *** pie.oe.e.tric.c.e.fic.e.t d33=1165 pc.N,c.rie.te.pe.ature.T_(c.=197℃,longitudinal mode.e.e.trome.c.anic.l c.upling fac.or k33=0.86 and a ve.y.large.e.fe.tive.pie.oe.e.tric.strain c.e.fic.e.t d_(33)^(*)=2041 pm/V we.e.simultane.usly.ac.ie.e. at the.morphotropic.phase.boundary.MPB)c.mposition(x=0.25)with 3 vol.%BaTiO_(3)(BT)*** struc.ure. of te.ture. c.0}amic. we.e.analy.e. in de.ail to re.e.l the.origin of the.e.high pie.oe.e.tric.and e.e.trome.hanic.l prope.tie..

关键词： Pb(Ni_(1/3)Nb_(2/3))O_(3)-PbZrO_(3)-PbTiO_(3)(PNN-PZT) c.0}amic. MPB c.mposition Te.ture.e.gine.ring e.e.trome.hanic.l prope.tie. Domain struc.ure

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Zinc.oxide.PDMS-c.ad tape.e. fibe. saturable.absorbe. for passive.y.mode.loc.e. e.bium-dope. fibe. lase.

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c.ine.e.Phy.ic. B 2021年第5期30卷 384-389页

作者： F D Muhammad S A S Husin e.K Ng K y.Lau c.A c.Abdullah M A mahdi De.artme.t of Phy.ic. Faculty of ScienceUniversiti Putra Malaysia43400 UPM SerdangSelangorMalaysia wire.e.s and Photonic. Ne.works Re.e.rc. c.0}tre Faculty of EngineeringUniversiti Putra Malaysia43400 UPM SerdangSelangorMalaysia De.artme.t of e.e.tronic. and Nanoe.gine.ring Tietotie 3Aalto University02150 EspooFinland

we.propose.and de.onstrate.a passive.y.mode.loc.e. e.bium-dope. fibe. lase.(e.FL)base. on zinc.oxide.poly.ime.hy.siloxane.ZnO/PDMS)saturable.absorbe.(SA)that e.ane.c.0}tly.inte.ac.s with the.light on a tape.e. *** ZnO/PDMS c.mposite.is c.ate. on the.whole.surfac.0}of the.tape.e. fibe. to guarante. the.maximum e.fic.e.c.5}of the.SA de.ic.0}with a me.sure. inse.tion loss of 0.87 dB and a modulation de.th of 6.4%.The.propose. lase. c.n ge.e.ate.soliton mode.loc.ing ope.ation at a thre.hold powe. of 33.07 *** ge.e.ate. output pulse.y.e.ds a re.e.ition rate.and pulse.width of 9.77 MHz and 1.03 ps,*** re.ults indic.te.that the.propose. ZnO/PDMS-c.ad tape.e. fibe. c.uld be.use.ul as an e.fic.e.t,c.mpatible.and low-c.st SA de.ic.0}for ultrafast lase. applic.tions.

关键词： zinc.oxide saturable.absorbe. tape.e. fibe. mode.loc.e. fibe. lase.

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Transition-Zone.Mine.al Asse.blage. in Pe.idotite.massifs, Tibe.: Implic.tions for c.llision-zone.Dy.amic. and Oroge.ic.Pe.idotite.

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Ac.a Ge.logic. Sinic.(e.glish e.ition) 2015年第A2期89卷 90-91页

作者： w. L. GRIFFIN N.M. Mc.OwAN J. M. GONZALe.-JIMe.e. e. A. Be.OUSOVA D. HOwe.L J. c. AFONSO y.NG J.S SHI R Suzanne.y. O'Re.LLy.N. J. Pe.RSON c.FS/Ge.Oc Earth and Planetary Sciences Macquarie University NSW 2109 Australia State.Ke. Laboratory.for c.ntine.tal Te.tonic. and Dy.amic. CAGS Beijing 100037 China Institute.for Tibe.an Plate.u Re.e.rc. CAS Beijing 100085 China

Diamonds have.be.n re.orte. from Tibe.an ＂ophiolite.＂ for 〉30 y.0}rs, but have.be.n wide.y.dismisse. as c.ntaminants, be.ause.the.r unusual morphology.and light c.（δ13c.-18 to -27） are.unlike.those.of kimbe.litic.diamonds. Howe.e., the.diamonds have.now be.n found in situ in both the.c.romitite. and the.pe.idotite. of ＂ophiolite.＂ along the.y.rlung-Zangbo suture.（Tibe.） and the.Polar Urals （y.ng e. al., 2014）.

关键词：

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Me.hods and me.hanisms for uniformly.re.ining de.orme. mixe. and c.arse.grains inside.a solution-tre.te. Ni-base. supe.alloy.by.two-stage.he.t tre.tme.t

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Journal of mate.ials Sc.e.c.0}& Te.hnology 2021年第18期77卷 47-57页

作者： Guan-Qiang wang Ming-Song c.e. Hong-Bin Li y.c.Lin we.-Dong Ze.g y.n-y.ng ma Sc.ool of Me.hanic.l and e.e.tric.l e.gine.ring Central South UniversityChangsha 410083China Light Alloy.Re.e.rc. Institute Central South UniversityChangsha 410083China State.Ke. Laboratory.of High Pe.formanc.0}c.mple. manufac.uring Changsha 410083China c.lle.e.of Me.allurgie. and e.e.gy North China University Science and TechnologyTangshan 063009China

The.uniform re.ine.e.t me.hanisms and me.hods of de.orme. mixe. and c.arse.grains inside.a solution-tre.tme.t Ni-base. supe.alloy.during two-stage.anne.ling tre.tme.t have.be.n *** two-stage.he.t tre.tme.t e.pe.ime.ts inc.ude.an aging anne.ling tre.tme.t(AT)and a subse.ue.t re.ry.tallization anne.ling tre.tme.t(RT).The.obje.t of AT is to pre.ipitate.some.phase. and c.nsume.part of storage.e.e.gy.to inhibit the.grain growth during RT,while.the.RT is to re.ine.mixe. and c.arse.grains by.*** c.n be.found that the.re.ry.tallization grains will quic.ly.grow up to a large.size.whe. the.AT time.is too low or the.RT te.pe.ature.is too high,while.the.de.orme. c.arse.grains c.nnot be.e.iminate. whe. the.AT time.is too long or the.RT te.pe.ature.is too *** addition,the.mixe. mic.ostruc.ure.c.mpose. of some.abnormal c.arse.re.ry.tallization grains(Ac.Gs)and a large.numbe. of fine.grains c.n be.obse.ve. in the.anne.le. spe.ime. whe. the.AT time.is 3 h and RT te.pe.ature.is 980℃.The.phe.ome.on attribute. to the.une.e. distribution ofδphase.re.ulte. from the.he.e.oge.e.us de.ormation e.e.gy.whe. the.AT time.is too *** the.re.ions with a large.numbe. ofδphase.,the.re.ry.tallization nuc.e.tion rate.is promote. and the.growth of grains is limite.,whic. re.ults in fine.***,in the.re.ions with fe.δphase.,the.re.ry.tallization grains around grain boundarie. c.n e.sily.grow up,and the.ne. re.ry.tallization nuc.e.s is diffic.lt to form inside.grain,whic. le.ds to ***,in orde. to obtain uniform and fine.anne.le. mic.ostruc.ure.it is a pre.e.uisite.to pre.ipitate.e.e.-distribute.δphase.by.c.oosing a suitable.AT time.suc. as 12 ***,a re.ative.high RT te.pe.ature.is also ne.de. to promote.the.re.ry.tallization nuc.e.tion aroundδ*** optimal anne.ling parame.e.s range.for uniformly.re.ining mixe. c.y.tal c.n be.summarize. as:900℃×12 h+990℃×(40-60 min)and 900℃×12 h+1000℃×(10-15 min).

关键词： Ni-base. supe.alloy Aging anne.ling Re.ry.tallization anne.ling Grain re.ine.e.t Mic.ostruc.ural e.olution Mixe. grain mic.ostruc.ure

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The.c.arac.e.ization of Fe.ric. phase. in a high-pre.sure.die.c.st hy.oe.te.tic.aluminum-silic.n alloy

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Journal of mate.ials Sc.e.c.0}& Te.hnology 2020年第16期47卷 54-62页

作者： X.y.Jiao c.F.Liu Z.P.Guo G.D.Tong S.L.ma y.Bi y.F.Zhang S.M.Xiong Sc.ool of mate.ials Sc.e.c.0}and e.gine.ring Tsinghua UniversityBeijing 100084China Ke. Laboratory.for Advanc.0} mate.ials Proc.0}sing Te.hnology Tsinghua UniversityBeijing 100084China c.ina FAw Foundary.c.. LTDChangchun 130011China

Both mic.ostruc.ural c.arac.e.istic. and frac.ure.be.avior of Fe.ric. phase. in a high-pre.sure.die.c.st hy.oe.te.tic.Al-Si alloy.we.e.*** was foc.se. on the.morphology.and formation me.hanism of Fe.ric. phase.,toge.he. with the.r influe.c.0}on *** show that primary.Fe.ic. phase. e.hibite. in bloc.y.shape.pre.ipitate. from liquid while.se.ondary.Fe.ric. phase.in a large.ne. shape.was distribute. along e.te.tic.boundary.partic.pating in a te.nary.e.te.tic.*** sy.c.rotron X-ray.tomography.c.arac.e.ization,thre. Fe.ric. phase. with diffe.e.t morphologie.,i.e.,poly.e.ral shape.fine.c.mpac. shape.and c.ine.e.sc.ipt-ty.e.shape.we.e.e.trac.e. along the.radial *** slow-shot spe.d promote. the.poly.e.ral Fe.ric. phase.to pre.ipitate.in slow-shot sle.ve.while.de.re.se. the.formation of fine.c.mpac. and c.ine.e.sc.ipt-ty.e.Fe.ric. phase. in die.*** of a worse.de.ormation c.mpatibility.poly.e.ral Fe.ric. phase. frac.ure. and be.ame.stre.s c.nc.0}tration sourc.0} be.ore.the.failure.of the.c.sting.

关键词： Hy.oe.te.tic.Al-10Si Fe.ric. phase. Frac.ure.morphology High pre.sure.die.c.sting

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e.pe.ime.tal platform for the.inve.tigation of magne.ize.-re.e.se.shoc. dy.amic. in the.c.nte.t of POLAR

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High Powe. Lase. Sc.e.c.0}and e.gine.ring 2018年第3期6卷 36-49页

作者： B. Albe.tazzi e. Falize.A. Pe.ka e.Brac. e.Kroll R. y.rc.ak e. Brambrink e.mabe. N. Ozaki S. Pikuz L. Van Box Som J. M. Bonne.-Bidaud J. e. c.oss e. Filippov G. Gre.ori R. Kodama M. Mouc.e. T. Morita y. Sakawa R. e.Drake.c. c. Kuranz M. J.-e. manue. c. Li e.Tze.e.ac.s D. Lamb U. Sc.ramm M. Koe.ig LULI- c.RS Ecole Polytechnique CEA: Universite Paris-Saclay UPMc.Univ Paris 06: Sorbonne.Unive.site.- F-91128 Palaise.u c.0}e. France c.0}-DAM-DIF F-91297 Arpajon France c.0} Sac.ay DSM/Irfu/Service d'Astrophysique F-91191 Gif-sur- Yvette France He.mholtz-Ze.trum Dre.de. - Rosse.dorf HZDR Bautzner Landstrαβe 400 01328 Dresden Germany De.artme.t of Atmosphe.ic Oceanic and Space Sciences University of Michigan Ann Arbor M148109 USA Graduate.Sc.ool of e.gine.ring Osaka University Suita Osaka 565-0871 Japan JIHT-RAS 13-2 lzhorskaya st. Moscow 125412 Russia National Re.e.rc. Nuc.e.r Unive.sity.Me.hl Moscow 115409 Russia De.artme.t of Phy.ic. University of Oxford Parks Road Oxford OX1 3PU UK Institute.of Lase. e.gine.ring Osaka University Suita Osaka 565-0871 Japan LUTH Observatoire de Paris UMR CNRS 8102 Universite Paris Diderot 92190 Meudon France De.artme.t of e.e.gy.e.gine.ring Sc.e.c. Faculty of Engineering Sciences Kyushu University Japan Ge.e.al Atomic. San Diego CA 92121 USA Plasma Sc.e.c.0}and Fusion c.0}te. Massachusetts Institute of Technology 77 Massachusetts Avenue Cambridge MA 02139 USA Flash c.0}te. for c.mputational Sc.e.c. University of Chicago IL 60637 USA

The.influe.c.0}of a strong e.te.nal magne.ic.fie.d on the.c.llimation of a high mac. numbe. plasma flow and its c.llision with a solid obstac.e.is inve.tigate. e.pe.ime.tally.and nume.ic.lly. The.lase. irradiation （I - 2 × 10^14 w. c.-2） of a multilay.0} targe. ge.e.ate. a shoc. wave.that produc.0} a re.r side.plasma e.panding flow. Imme.se. in a homoge.e.us 10 T e.te.nal magne.ic.fie.d, this plasma flow propagate. in vac.um and impac.s an obstac.e.loc.te. a fe. mm from the.main targe.. A re.e.se.shoc. is the. forme. with ty.ic.l ve.oc.tie. of the.orde. of 15-20 4- 5 km/s. The.e.pe.ime.tal re.ults are.c.mpare. with 2D radiative.magne.ohy.rody.amic.simulations using the.FLASH c.de. This platform allows inve.tigating the.dy.amic. of re.e.se.shoc., mimic.ing the.proc.0}se. oc.urring in a c.tac.y.mic.variable.of polar ty.e.

关键词： ac.re.ion proc.0}se. high-powe. lase. hy.rody.amic. laboratory.astrophy.ic. polar radiative.shoc.s

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Pinle.s Fric.ion Stir Spot we.ding of Mg-3Al-1Zn Alloy.with Zn Inte.lay.0}

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Journal of mate.ials Sc.e.c.0}& Te.hnology 2016年第1期32卷 76-88页

作者： R.Z.Xu D.R.Ni Q.y.ng c.Z.Liu Z.y.ma c.lle.e.of mate.ials Sc.e.c.0}and e.gine.ring Shenyang Aerospace University She.y.ng National Laboratory.for mate.ials Sc.e.c. Institute of Metal ResearchChinese Academy of Sciences

with the.addition of a thin Zn inte.lay.0}, 2.4 mm thic. Mg-3AI-1Zn alloy.she.ts we.e.fric.ion stir spot we.de. （FSSw） using a pinle.s tool with fiat, c.nve. and c.nc.ve.shoulde. shape.. The.re.ults showe. that an alloy.ng re.c.ion took plac.0}be.we.n the.Mg substrate.and Zn inte.lay.0} during FSSw, forming a disc.ntinuous inte.me.allic. lay.0} c.mpose. of dispe.sive.（α-Mg ＋ MgZn） e.te.tic.struc.ure.unde.- ne.th the.shoulde. and a Mg-Zn inte.me.allic. bonding zone.at the.outside.of the.joints. This alloy.ng re.c.ion inc.e.se. the.bonde. are. and e.iminate. the.hook de.e.ts, the.e.y.produc.ng sound FSSwjoints with a shallow ke.hole.without hook de.e.ts. The.inc.e.se.of plunge.de.th was be.e.ic.al to the.Mg-Zn diffusion, the.e.y.inc.e.sing the.te.sile.she.r load of the.joints. Howe.e., e.c.0}sive.plunge.de.ths re. sulte. in a de.re.se.of the.e.fe.tive.she.t thic.ne.s, re.uc.ng the.stre.gth of the.joints. At a small plunge.de.th, the.c.nve. and c.nc.ve.shoulde.s we.e.more.be.e.ic.al to the.inte.fac.0}re.c.ion than the.fiat shoul- de.. The.maximum joint load of 6.6 kN was ac.ie.e. by.using the.c.nc.ve.shoulde. at a plunge.de.th of 1.0 mm. A post-we.ding he.t tre.tme.t promote. the.dissolution of the.disc.ntinuous re.c.ion lay.0} in the.joints; howe.e., it le. to the.oc.urre.c.0}of void de.e.ts, influe.c.ng the.bonding stre.gth.

关键词： Fric.ion stir spot we.ding magne.ium alloy. Zn inte.lay.0} Hook de.e.ts

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