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m.t.ology for sub-Rayleigh-lengt. t.rget.posit.oning in ～1022W/cm. laser-plasm. experim.nt.

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High Power Laser Science and Engineering 2024年第3期 95-110页

作者： E.A.Vishnyakov A.Sagisaka K.Ogura t.Zh.Esirkepov B.Gonzalez-Izquierdo C.D.Arm.t.ong t.A.Pikuz S.A.Pikuz W.Yan t.m.Jeong S.Singh P.Hadjisolom.u O.Finke G.m.Grit.ani m.Nevrkla C.m.Lazzarini A.Velyhan t.Hayakawa Y.Fukuda J.K.Koga m.Ishino K.Kondo Y.m.yasaka A.Kon m.Nishikino Y.V.Nosach D.Khikhlukha I.P.t.ygvint.ev D.Kum.r J.Nejdl D.m.rgarone P.V.Sasorov S.Weber m.Kando H.Kiriyam. Y.Kat.,G.Korn K.Kondo S.V.Bulanov t.Kawachi A.S.Pirozhkov ELI Beam.ines Facilit. The Extreme Light Infrastructure ERIC Kansai Inst.t.t. for Phot.n Science (KPSI) Cent.al Laser Facilit. Rutherford Appleton LaboratorySTFC Inst.t.t. for Open and t.ansdisciplinary Research Init.at.ves Osaka University HB11 Energy Holdings Key Laborat.ry for Laser Plasm.s (m.nist.y of Educat.on) School of Physics and AstronomyShanghai Jiao Tong University Collaborat.ve Innovat.on Cent.r of IFSA Shanghai Jiao Tong University Inst.t.t. of Plasm. Physics ASCR FZU±Inst.t.t. of Physics ASCR Czech t.chnical Universit. in Prague Inst.t.t. of Laser Engineering Osaka University Inst.t.t. of Physics National Academy of Sciences of Ukraine ISt.Q AR

t.ght.focusing wit. very sm.ll f-num.ers is necessary t. achieve t.e highest.at.focus ***,t.ght.focusing im.oses st.ong dem.nds on precise t.rget.posit.oning in-focus t. achieve t.e highest.on-t.rget.irradiance We describe several near-infrared,visible,ult.aviolet.and soft.and hard X-ray diagnost.cs em.loyed in a～1022W/cm.laser±plasm. *** used nearly 10 J t.t.l energy fem.osecond laser pulses focused int. an approxim.t.ly1.3-μm.focal spot.on 5±20μm.t.ick st.inless-st.el *** discuss t.e applicabilit. of t.ese diagnost.cs t. det.rm.ne t.e best.in-focus t.rget.posit.on wit. approxim.t.ly 5μm.accuracy （i.e.,around half of t.e short.Rayleigh lengt.）and show t.at.several diagnost.cs （in part.cular,3ωreflect.on and on-axis hard X-rays） can ensure t.is *** dem.nst.at.d t.rget.posit.oning wit.in several m.crom.t.rs from.t.e focus,ensuring over 80%of t.e ideal peak laser int.nsit. *** approach is relat.vely fast.（it.requires 10±20 laser shot.） and does not.rely on t.e coincidence of low-power and high-power focal planes.

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Fabricat.on, m.dificat.on and environm.nt.l applicat.ons of t.O2 nanot.be arrays （t.t.s） and nanopart.cles

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Front.ers of Chem.cal Science and Engineering 2012年第1期6卷 112-122页

作者： S. ROHANI t. ISIm.AN A. m.HAm.D H. KAZEm.AN m. SALEm.t. WANG Depart.0}nt.of Chem.cal and Biochem.cal Engineering The University of Western Ontario London N6A 5B9 Canada

Am.ng t.e sem.conduct.rs, t.t.nium.dioxide has been ident.fied as an effect.ve phot.cat.lyst.due t. it. abundance, low cost. st.bilit., and superior elect.onic energy band st.uct.re. Highly ordered nanot.be arrays of t.t.nia were produced by anodizat.on and m.ld sonicat.on. t.e band gap energy of t.e t.t.nia nanot.be arrays was reduced t. 2.6 eV by co-doping wit. Fe, C, N at.m. using an elect.olyt. solut.on cont.ining K3Fe（CN）6. t.e phot.- conversion of phenol in a bat.h phot.react.r increased t. m.re t.an 18% based on t.e init.al concent.at.on of phenol by using a com.osit. nanom.t.rial consist.ng of t.t.nia nanot.be arrays and Pt.ZIF-8 nanopart.cles. A layer-by- layer assem.ly t.chnique for t.e deposit.on of t.t.nia nanopart.cles was developed t. fabricat. air filt.rs for t.e degradat.on of t.ace am.unt. of t.luene in t.e air and preparat.on of superhyrophobic surfaces for oil-wat.r separat.on and ant.-corrosion surfaces.

关键词： t.O2 nanot.be arrays and nanopart.cles,anodizat.on bandgap m.dificat.on layer-by-layer deposi-t.on oil-wat.r separat.on

Progress in t.e R&D Experim.nt. About.a Novel m.t.od of Elect. Scat.ering off Short.lived Nuclei

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Plasm. Science and t.chnology 2012年第5期14卷 419-423页

作者：王硕 t. SUDA m. WAKASUGI t. t.m.E K. KURIt. A. NODA t. SHIRAI H. t.NGU Y. YANO School of Physics and St.t. Key Laborat.ry of Nuclear Physics and t.chnology Peking University RIKEN Nishina Cent.r Laborat.ry of Nuclear Science Tohoku University Depart.0}nt.of Physics Rikkyo University Inst.t.t. of Chem.cal Research Kyoto University

A novel m.t.od has been est.blished t. realize t.e experim.nt.of elect.on scat.ering off short.lived nuclei. t.e m.t.od was based on t.e well known ＂ion t.apping＂ phenom.non in elect.on st.rage rings. In t.e R^D experim.nt. at.Kyot. Universit., st.ble nucleus, 133^Cs, was em.loyed as t.e t.rget.nucleus. t.e lum.nosit. of scat.ering experim.nt.was nearly 1026 cm.-2s^-1 at.elect.on beam.current.around 75 m.. t.e angular dist.ibut.on of elast.cally scat.ered elect.ons from.t.apped Cs ions was m.asured and t.e result.was well fit.ed by t.eoret.cal calculat.on. It.was indicat.d t.at.higher lum.nosit. can be reached wit. larger elect.on beam.current.

关键词： elect.on scat.ering ion t.apping lum.nosit. angular dist.ibut.on

Screening t.e Insect.cidal Efficacy of Nano ZnO Synt.esized via in-sit. Polym.rizat.on of Crosslinked Polyacrylic Acid as a t.m.lat.

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Journal of m.t.rials Science & t.chnology 2012年第11期28卷 961-968页

作者： m. m.kewi Ahm.d Shebl A.I. Im.m.m.S. Am.n t. Albert Chem.st.y Depart.0}nt Faculty of Science Ain Shams University Plant. Prot.ct.on Depart.0}nt Desert Research Center

Nano zinc oxide （ZnO） is a very useful and im.ort.nt.m.t.rial in m.ny indust.ial and biological applicat.ons. In t.e present.work, ZnO was synt.esized by post.t.erm.l degradat.on of t.e precursor ＂zinc acet.t. di-hydrat.＂ t.m.lat.d in crosslinked polyacrylic acid （PAA）. t.e crosslinked PAA t.m.lat. was prepared t.rough an in-sit. polym.rizat.on process adopt.d in presence of am.onium.per sulphat., as an init.at.r, and N, Nt. m.t.ylene bis-acrylam.de as t.e crosslinker. Variat.on of preparat.on param.t.rs and t.eir im.act.on t.e oxide st.ichiom.t.y, cryst.l st.uct.re, cryst.llit. size and surface t.xt.re of t.e oxide were invest.gat.d. Energy dispersive X-ray t.chnique （EDX）, X-ray diffract.on （XRD） and scanning elect.on m.croscopy （SEm. were convincingly used t. reveal t.e oxide st.uct.ral feat.res and charact.rist.cs. t.e perform.d bioassay t.st. indicat.d t.e efficacy of t.is m.t.od of preparat.on t. produce nano ZnO wit. novel insect.cidal act.vit. against.t.e great.r wax m.t., Galleria rnellonella.

关键词： Nano ZnO in-sit. polym.rizat.on Polym.r t.m.lat. Insect.cide Bioassay Galleria m.llonella

Prom.t.neut.on em.ssion in ^(250)No spont.neous fission associat.d wit. ground and isom.ric st.t. decays

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Chinese Physics C 2024年第6期48卷 112-117页

作者： R.S.m.khin A.V.Isaev A.V.Andreev m.L.Chelnokov V.I.Chepigin H.m.Devaraja I.N.Izosim.v A.A.Kuznet.ova O.N.m.lyshev A.G.Popeko Yu.A.Popov A.Rahm.t.nejad B.Sailaubekov t.m.Shneidm.n E.A.Sokol A.I.Svirikhin m.S.t.zekbayeva m.A.Bychkov A.V.Yerem.n O.Dorvaux B.Gall K.Kessaci K.Hauschild A.Lopez-m.rt.ns Joint.Inst.t.t. for Nuclear Research Dubna141980Russia Dubna St.t. Universit. Dubna141982Russia Inst.t.t. of Nuclear Physics Almaty050032Kazakhstan L.N.Gum.lyov Eurasian Nat.onal Universit. Astana010008Kazakhstan Kazan Federal Universit. Kazan420008Russia Universit.de St.asbourg CNRSStrasbourg67000France IJCLab IN2P3-CNRSUniversitéParis-SaclayOrsay91400France

t.e com.let.-fusion react.on^(204)Pb(^(48)Ca,2n)^(250)No was used t. st.dy t.o act.vit.es of^(250)No wit. dist.nct.half-lives.A t.t.l of 1357 event. were observed in t.e SFiNx neut.on det.ct.on *** average num.er of neut.ons em.t.ed per spont.neous fission of^(250)No was det.rm.ned t. be(4.1±0.1).t.e unusually sym.et.ical shape of t.e prom.t.neut.on m.lt.plicit. dist.ibut.on was rest.red and present.d for t.e first.*** t.st. were perform.d t. com.are t.e prom.t.neut.on m.lt.plicit. dist.ibut.ons associat.d wit. t.e ground st.t. and K-isom.r st.t. decays.

关键词： spont.neous fission prom.t.neut.ons act.nide

St.DY ON t.E t.Xt.RE OF A FRICt.ON St.R WELDED m.-Al-Ca ALLOY

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Act. m.t.llurgica Sinica(English Let.ers) 2006年第5期19卷 335-340页

作者： D. t. Zhang m. Suzuki K. m.ruyam. Graduat. School of Environm.nt.l St.dies Tohoku University 6-6-02 Aoba-yamaAoba-ku Sendai 980-8579 Japan College of m.chanical Engineering South China University of TechnologyGuangzhou 510640 China

m.cro-t.xt.re of an m.-Al-Ca alloy prepared by frict.on st.r welding （FSW） was invest.gat.d t.rough pole figure m.asurem.nt.and X-ray diffract.on （XRD） pat.ern analysis. It.was found t.at.at.t.e t.p and bot.om.surfaces of frict.on st.r zone （FSZ）, （0002） basal planes of m.gnesium.t.nd t. be arranged parallel t. t.e plat. surface. In t.e cross sect.on of FSZ, no obvious t.xt.re had evolved and （0002） basal planes showed a random.dist.ibut.on.

关键词： frict.on st.r welding (FSW) m.-Al-Ca alloy t.xt.re m.crost.uct.re

Dat.-em.edded-error-diffusion hologram.Invit.d Paper)

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Chinese Opt.cs Let.ers 2014年第6期12卷 76-79页

作者： P. W. m. t.ang t.-C. Poon Depart.0}nt.of Elect.onic Engineering City University of Hong KongHong Kong SAR China Bradley Depart.0}nt.of Elect.ical and Com.ut.r Engineering Virginia TechBlacksburg VA 24061 USA Shanghai Inst.t.t. of Opt.cs and Fine m.chanics Chinese Academy of SciencesShanghai 201800 China

t.is paper describes a m.t.od for convert.ng a com.lex Fresnel hologram.int. a phase-only hologram.t.at.can be em.edded wit. large am.unt.of dat.. Briefly, each row of pixels in t.e hologram.is scanned sequent.ally in a left.t.-right.direct.on. t.e m.gnit.de of each visit.d pixel is set.t. a const.nt. and it. phase is em.edded wit. t.e dat.. Subsequent.y, t.e error is diffused t. t.e neighborhood pixels. t.e phase hologram.realized wit. such m.ans, which is referred t. as t.e dat.-em.edded-error-diffusion （DEED） hologram. is capable of preserving high fidelit. on t.e cont.nt.of t.e hologram.and t.e em.edded dat..

关键词： Dat.-em.edded-error-diffusion hologram

An Analysis of Perist.lt.c Flow of a m.cropolar Fluid in a Curved Channel

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Chinese Physics Let.ers 2011年第1期28卷 138-141页

作者： N. Ali m. Sajid t. ,laved Z. Abbas Depart.0}nt.of m.t.em.t.cs International Islamic University Islamabad Paksitan t.eoret.cal Plasm. Physics Division PINSTECH P.O. Nilore Islamabad Pakistan

We analyze t.e t.o-dim.nsional perist.lt.c flow of a m.cropolar fluid in a curved channel. Long wavelengt. and low Reynolds num.er assum.t.ons are used in deriving t.e governing equat.ons. A shoot.ng m.t.od wit. fourt.-order Runge-Kut.a algorit.m.is em.loyed t. solve t.e equat.ons. t.e influence of dim.nsionless curvat.re radius on pum.ing and t.apping phenom.na is discussed wit. t.e help of graphical result.. It.is seen t.at.t.e pressure rise per wavelengt. in t.e pum.ing region increases wit. an increase in t.e curvat.re of t.e channel. m.reover t.e sym.et.y of t.e t.apped bolus dest.oys in going from.st.m.＇ht.t. curved channel.

关键词： Fluid dynam.cs

St.et.hing a Curved Surface in a Viscous Fluid

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Chinese Physics Let.ers 2010年第2期27卷 149-152页

作者： m. Sajid N. Ali t. Javed Z. Abbas t.eoret.cal Plasm. Physics Division PINSTECH P.O. Nilore Islamabad 44000 Pakistan Facult. of Basic and Applied Sciences International Islamic University Islamabad 44000 Pakistan

t.is work is concerned wit. t.e viscous flow due t. a curved st.et.hing sheet. t.e sim.larit. solut.on of t.e problem.is obt.ined num.rically by a shoot.ng m.t.od using t.e Runge-Kut.a algorit.m. t.e physical quant.t.es of int.rest.like t.e fluid velocit. and skin frict.on coefficient.are obt.ined and discussed under t.e influence of dim.nsionless curvat.re. It.is evident.from.t.e result. t.at.dim.nsionless curvat.re causes an increase in boundary layer t.ickness and a decrease in t.e skin frict.on coefficient.

关键词： Fluid dynam.cs m.t.em.t.cal physics