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Lead.ng d.rect.ons and.effect.ve d.st.nce of larch offspring d.spersal at.t.e upper t.eeline in t.e Nort.ern and.Polar Urals, Russia

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Forest.Ecosyst.ms 2024年第5期11卷 603-617页

作者： P.A.Moiseev V.L.Semerikov t.V.Semerikova d.S.Balakin I.B.Vorobiev S.O.Viuykhin Inst.t.t. of Plant.and.Animal Ecology Ural BranchRussian Academy of SciencesEkaterinburg620144Russia Cent.r for Genet.cs and.Life Science Sirius University of Science and Technology354340SochiRussia

Climat. has changed.sufficient.y over t.e last.150 years and.forced.out.upper t.eeline ad.ance at.t.e most.st.d.ed.sit.s around.t.e *** rat. of ad.ance has been ext.emely variable–from t.ns t. hund.ed. met.rs in *** is because t.e d.gree at.which t.ee front.l populat.ons respond.t. climat. change d.pend. on t.e complex int.ract.on of biological and.physical *** result.ng st.nd.pat.ern is t.e consequence of t.e int.ract.on bet.een d.spersal and.survival funct.ons.A few publicat.ons have ad.ressed.t.e quest.on of how t.is pat.ern is *** ord.r t. und.rst.nd.how t.e spat.al st.uct.re of t.ee st.nd. was formed.at.t.e upper limit.of t.eir d.st.ibut.on in t.e Ural Mount.ins,we assessed.t.e d.st.nce and.d.rect.on of d.spersal of offspring from mat.rnal *** found.t.at.in front.l Larix sibirica ***,‘effect.ve’d.spersal of offspring ranges from 3 t. 758 m(wit. a med.an of 20–33 m in open forest.and.219 m in single-t.ee t.nd.a in t.e Polar Urals and.107 m in open forest.in t.e Nort.ern Urals).We revealed.t.at.most.of t.e offspring effect.vely d.spersed.not.only in t.e d.rect.on of t.e prevailing wind.,but.also in t.e opposit. d.rect.on up t.e slope,and.t.e d.st.nce can reach 500–760 *** d.t. obt.ined.can be used.t. d.velop an ind.vid.al-based.mod.l which is capable of simulat.ng in d.t.il t.e d.namics of t.ee st.nd. at.t.e upper limit.of t.eir growt. and.reliably pred.ct.ng t.e fut.re posit.on and.pat.ern of t.eeline ecot.ne as growt. cond.t.ons cont.nue t. improve in t.e face of observed.climat. change.

关键词： Effect.ve d.spersal d.st.nce Upper t.eeline Parent.ge analysis Age est.mat.on t.rrest.ial laser scanning Larix sibirica Ural mount.ins

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Met.ology for sub-Rayleigh-lengt. t.rget.posit.oning in~10^(22)W/cm^(2)laser-plasma experiment.

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High Power Laser Science and.Engineering 2024年第3期12卷 90-105页

作者： E.A.Vishnyakov A.Sagisaka K.Ogura t.Zh.Esirkepov B.Gonzalez-Izquierd. C.d.Armst.ong t.A.Pikuz S.A.Pikuz W.Yan t.M.Jeong S.Singh P.Had.isolomou O.Finke G.M.Grit.ani M.Nevrkla C.M.Lazzarini A.Velyhan t.Hayakawa Y.Fukud. J.K.Koga M.Ishino K.Kond. Y.Miyasaka A.Kon M.Nishikino Y.V.Nosach d.Khikhlukha I.P.t.ygvint.ev d.Kumar J.Nejd. d.Margarone P.V.Sasorov S.Weber M.Kand. H.Kiriyama Y.Kat. G.Korn K.Kond. S.V.Bulanov t.Kawachi A.S.Pirozhkov ELI Beamlines Facilit. The Extreme Light Infrastructure ERICDolníBrežanyCzech Republic Kansai Inst.t.t. for Phot.n Science(KPSI) QSTKyotoJapan Cent.al Laser Facilit. Rutherford Appleton LaboratorySTFCHarwell OxfordDidcotUK Inst.t.t. for Open and.t.ansd.sciplinary Research Init.at.ves Osaka UniversityOsakaJapan HB11 Energy Hold.ngs FreshwaterAustralia Key Laborat.ry for Laser Plasmas(Minist.y of Ed.cat.on) School of Physics and AstronomyShanghai Jiao Tong UniversityShanghaiChina Collaborat.ve Innovat.on Cent.r of IFSA Shanghai Jiao Tong UniversityShanghaiChina Inst.t.t. of Plasma Physics ASCR PragueCzech Republic FZU-Inst.t.t. of Physics ASCR PragueCzech Republic Czech t.chnical Universit. in Prague FNSPEPragueCzech Republic Inst.t.t. of Laser Engineering Osaka UniversityOsakaJapan Inst.t.t. of Physics National Academy of Sciences of UkraineKyivUkraine ISt.Q AR YerevanArmenia

t.ght.focusing wit. very small f-numbers is necessary t. achieve t.e highest.at.focus ***,t.ght.focusing imposes st.ong d.mand. on precise t.rget.posit.oning in-focus t. achieve t.e highest.on-t.rget.irrad.ance We d.scribe several near-infrared.visible,ult.aviolet.and.soft.and.hard.X-ray d.agnost.cs employed.in a~10^(22)W/cm^(2)laser±plasma *** used.nearly 10 J t.t.l energy femt.second.laser pulses focused.int. an approximat.ly1.3-μm focal spot.on 5±20μm t.ick st.inless-st.el *** d.scuss t.e applicabilit. of t.ese d.agnost.cs t. d.t.rmine t.e best.in-focus t.rget.posit.on wit. approximat.ly 5μm accuracy(i.e.,around.half of t.e short.Rayleigh lengt.)and.show t.at.several d.agnost.cs(in part.cular,3ωreflect.on and.on-axis hard.X-rays)can ensure t.is *** d.monst.at.d.t.rget.posit.oning wit.in several micromet.rs from t.e focus,ensuring over 80%of t.e id.al peak laser int.nsit. *** approach is relat.vely fast.it.requires 10±20 laser shot.)and.d.es not.rely on t.e coincid.nce of low-power and.high-power focal planes.

关键词： laser-plasma int.ract.on precise t.rget.posit.oning spect.oscopy ult.a-high int.nsit. X-rays

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A concise review on surface and.st.uct.ral mod.ficat.on of porous zeolit. scaffold.for enhanced.hyd.ogen st.rage

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Chinese Journal of Chemical Engineering 2024年第6期70卷 33-53页

作者： B.A.Abd.lkad.r R.S.R.Mohd.Zaki A.t.Abd.Wahab S.N.Miskan Anh-t.m Nguyen d.i-Viet.N.Vo H.d.Set.abud. Cent.e for Research in Ad.anced.Fluid.Processes Universiti Malaysia Pahang Al-Sultan AbdullahLebuh Persiaran Tun Khalil YaakobGambangPahang 26300Malaysia Facult. of Chemical&Process Engineering t.chnology Universiti Malaysia Pahang Al-Sultan AbdullahLebuh Persiaran Tun Khalil YaakobGambangPahang 26300Malaysia Cent.r of Excellence for Green Energy and.Environment.l Nanomat.rials(CE@GrEEN) Nguyen Tat Thanh University300A Nguyen Tat ThanhDistrict 4Ho Chi Minh City 755414Viet Nam

Invest.gat.ng zeolit.s as hyd.ogen st.rage scaffold. is imperat.ve d.e t. t.eir porous nat.re and.favorable physicochemical ***,t.e st.rage capacit. of t.e unmod.fied.zeolit.s has been rat.er unsat.sfact.ry(0.224%-1.082%(mass))compared.t. it. mod.fied.***,t.e cont.mporary focus on enhancing hyd.ogen st.rage capacit.es has led.t. significant.at.ent.on t.ward. t.e ut.lizat.on of mod.fied.zeolit.s,wit. st.d.es exploring surface mod.ficat.ons t.rough physical and.chemical t.eat.ent.,as well as t.e int.grat.on of various act.ve *** enhanced.hyd.ogen st.rage propert.es of zeolit.s are at.ribut.d.t. t.e presence of aluminosilicat.s from alkaline and.alkaline-eart. met.ls,result.ng in increased.st.rage capacit. t.rough int.ract.ons wit. t.e charge d.nsit. of t.ese ***,t.ere is a great.d.mand.t. crit.cally review t.eir role such as well-d.fined.t.pology,pore st.uct.re,good.t.ermal st.bilit.,and.t.nable hyd.ophilicit. in enhanced.hyd.ogen *** art.cle aimed.t. crit.cally review t.e recent.research find.ngs based.on mod.fied.zeolit. performance for enhanced.hyd.ogen *** of t.e fact.rs affect.ng t.e hyd.ogen st.rage capacit.es of zeolit.s t.at.can affect.t.e rat. of react.on and.t.e st.bilit. of t.e ad.orbent.like pressure,st.uct.re,and.morphology were st.d.ed.and.***,fut.re perspect.ves,recommend.t.ons,and.d.rect.ons for mod.fied.zeolit.s were d.scussed.

关键词： Zeolit.s Hyd.ogen st.rage Surface mod.ficat.on Ad.orpt.on Act.ve met.l

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Highly d.fect.ve d.rk t.O_(2) Mod.fied.wit. Pt. Effect. of Precursor Nat.re and.Preparat.on Met.od.on Phot.cat.lyt.c Propert.es

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t.ansact.ons of t.anjin Universit. 2024年第2期30卷 198-209页

作者： E.d.Fakhrut.inova O.A.Reut.va t.A.Bugrova I.Yu.Ovsyuk L.S.Kibis O.A.St.nkus d.B.Vasilchenko O.V.Vod.ankina V.A.Svet.ychnyi Nat.onal Research t.msk St.t. Universit. TomskRussia 634050 Novosibirsk St.t. Universit. NovosibirskRussia 630090 Boreskov Inst.t.t. of Cat.lysis NovosibirskRussia 630090 Nikolaev Inst.t.t. of Inorganic Chemist.y NovosibirskRussia 630090

t.e st.d. focused.on t.e mod.ficat.on wit. plat.num of d.rk d.fect.ve t.t.nia obt.ined.via pulsed.laser ablat.on. Bot. t.e met.od.of Pt.int.od.ct.on and.t.e nat.re of t.e Pt.precursor were varied. All samples exhibit.d.similar phase composit.ons, specific surface areas, and.Pt.cont.nt.. High-resolut.on t.ansmission elect.on microscopy coupled.wit. pulsed.CO ad.orpt.on revealed.increased.d.spersit. when phot.red.ct.on and.t.e hyd.oxonit.at. complex (Me _(4) N) _(2) [Pt._(2) (OH) _(2) (NO _(3) ) _(8) ] were used. t.e sample feat.red.a high cont.nt.of single-at.m species and.subnano-sized.Pt.clust.rs. t.e X-ray phot.elect.on spect.oscopy result. showed.t.at.t.e phot.red.ct.on met.od.facilit.t.d.t.e appearance of a larger number of Pt.^(2+) st.t.s, which appeared.owing t. t.e st.ong met.l-support.int.ract.on (SMSI) eff ect.of t.e t.ansfer of elect.on d.nsit. from t.e elect.on-sat.rat.d.d.fect. on t.e t.O _(2) surface t. Pt.^(4+) . In t.e hyd.ogen evolut.on react.on, samples wit. a significant.fract.on of t.e Pt.^(2+) ionic component. capable of generat.ng short.lived.Pt.(0) single-at.m sit.s und.r irrad.at.on d.e t. t.e SMSI eff ect. exhibit.d.t.e highest.phot.cat.lyt.c act.vit.. t.e 0.5Pt.C)/t.O_(2) -Ph sample exhibit.d.t.e highest.hyd.ogen yield.wit. a quant.m efficiency of 0.53, ret.ining it. act.vit. even aft.r 8 h of operat.on.

关键词： d.rk(black)t.O_(2) Pulsed.laser ablat.on Plat.num red.ct.on met.od Precursor t.pe Phot.cat.lysis Hyd.ogen evolut.on react.on

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Mod.l wit. st.ong γ_4 t.violat.on

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Chinese Physics C 2008年第12期32卷 939-944页

作者： R. Fried.erg t. d. Lee Physics d.part.ent Columbia University New York NY 10027 U.S.A. China Cent.r of Ad.anced.Science and.t.chnology (CCASt.World.Lab.) P.O. Box 8730

eAbst.act.We ext.nd.t.e t.violat.ng mod.l of t.e paper on ＂Hid.en symmet.y of t.e CKM and.neut.inomapping mat.ices＂ by assuming it. t.violat.ng phases X↑ and.X↓ t. be large and.t.e same, wit. X = X↑ = X↓. In t.is case, t.e mod.l has 9 real paramet.rs： at. α↑,β↑,ξ↑,η↑t.for t.e t.quark sect.r, α↓,β↓,ξ↓,η↓, for t.e sect.r and.a common X- We examine whet.er t.ese nine paramet.rs are compat.ble wit. t.n observables： t.e six quark masses and.t.e four real paramet.rs t.at.charact.rize t.e CKM mat.ix （i.e., t.e Jarlskog invariant. and.t.ree Eulerian angles）. We find.t.at.t.is is possible only if t.e t.violat.ng phase X is large, bet.een -120^o t. -135^o. In t.is st.ong t.violat.ng mod.l, t.e smallness of t.eJarlskog invariant. 3 × 10^-5 ismainly account.d.for by t.e large heavy quark masses, wit. mc/mt.ms/mb≈0.02, as well as t.e near complet.overlap of t.and.b quark, wit. （c｜b）=-0.04.

关键词： Jarlskog invariant CKM mat.ix st.ong γ4 t.violat.on

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Snapshot.imaging of ult.ashort.elect.on bunches

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Light.Science & Applicat.ons) 2024年第7期13卷 1226-1228页

作者： And.eas d.pp Lud.ig-Maximilian-Universit.t.München Am Coulombwall 185748GarchingGermany Max Planck Inst.t.t.für Quant.nopt.k Hans-Kopfermann-Strasse 1Garching85748Germany

New measurement. combine spat.al and.t.mporal informat.on from opt.cal t.ansit.on rad.at.on t. est.mat. t.e t.ree-d.mensional st.uct.re of elect.on bunches from a laser wakefield.accelerat.r.

关键词： ult.ashort Snapshot elect.on

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Laborat.ry evaluat.on of t.xicit. of select.d.insect.cid.s against.egg and.larval st.ges of cot.on pink bollworm, Pect.nophora gossypiella (Saund.rs) (Lepid.pt.ra: Gelechiid.e)

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Journal of Cot.on Research 2024年第1期7卷 15-28页

作者： BUSNOOR Abhishek V. WAd.SKAR R.M. FANd.Babasaheb B. t.MBE V.J. PILLAI t. MAHULE d.J. NAGRARE V.S. PRASAd.Y.G. Ent.mology Sect.on College of Agriculture(Dr.Panjabrao Deshmukh Krishi Vidyapeeth)Nagpur 440001MaharashtraIndia Ind.an Council of Agricult.ral Research-Cent.al Inst.t.t. for Cot.on Research Nagpur 441108MaharashtraIndia

Background.t.e crypt.c nat.re of pink bollworm Pect.nophora gossypiella(Saund.rs)larvae enables it. red.ced.vul-nerabilit. t. insect.cid.l ***,t.e d.velopment.of resist.nce against.Bacillus t.uringiensis(Bt.t.xins posed.a serious t.reat.t. t.ansgenic cot.on *** necessit.t.d.d.t.rmining t.e crit.cal t.ming of spray applicat.ons on t.e cont.ol *** st.d. assessed.t.e influence of egg age(freshly laid.***-d.y-old.and.t.e loca-t.on of larvae(d.rect.y exposed.t. t.e insect.cid. resid.es on t.e boll rind.*** insid. t.e bolls)on insect.cid. cont.ol *** t.e result. revealed.a significant.d.crease in t.e ovicid.l act.vit. of t.st.d.insect.cid.s wit. an increase in t.e age of eggs from one d.y old.t. t.ree d.ys old.paired.t.t.st.Pt.e larvae d.rect.y exposed.t. t.e insec-t.cid. resid.es on t.e boll rind.were more suscept.ble(>80%mort.lit.)t.an t.e larvae exposed.aft.r t.ey had.bur-rowed.insid. t.e bolls(t.lit.).t.e inhibit.ry effect. of t.st.d.insect.cid.s on d.velopment.l biology were more pronounced.in t.e experiment.on pre-larval release insect.cid. t.eat.ent.compared.wit. insect.cid. t.eat.ent.given post.larval release and.ent.y insid. t.e *** Egg age influences t.e insect.cid. suscept.bilit.,as d.es t.e larval locat.on,d.rect.y exposed.vs bur-rowed.insid. t.e *** eggs and.t.e larvae t.at.had.burrowed.insid. t.e green bolls of cot.on were relat.vely less suscept.ble t. t.e insect.cid. *** t.xic effect. of insect.cid.s on egg and.larval st.ges were primar-ily *** find.ngs are significant.for d.vising a comprehensive st.at.gy for pink bollworm management.on a sust.inable basis.

关键词： Bioefficacy Cot.on Insect.cid.s Pink bollworm Pect.nophora gossypiella t.mings of spray

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Assessing t.e Efficacy of Wheat.Soybean Based.Int.rcropping Syst.m at.d.fferent.Plant.d.nsit.es in Bambili, Cameroon

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American Journal of Plant.Sciences 2024年第4期15卷 235-251页

作者： Lend.emo E. t.t.h Jeazet.K. t.it.ogo Oben t.m t.bi t.nge d. Achiri Njualem d. Khumbah Chi Christ.pher t.mu d.part.ent.of Crop Prod.ct.on t.chnology College of Technology University of Bamenda Bambili Cameroon d.part.ent.of Agronomic and.Applied.Molecular Sciences Faculty of Agriculture and Veterinary Medicine University of Buea Buea Cameroon School of t.opical Agricult.re and.Nat.ral Resource Catholic University of Cameroon Bamenda Cameroon d.part.ent.of Agricult.ral and.Environment.l Engineering College of Technology University of Bamenda Bambili Cameroon

Wheat.is one of t.e most.import.nt.cereals in t.e world. serving as a st.ple for millions globally. In t.e wake of t.e geopolit.cal crisis bet.een Russia and.Ukraine, it.has become incumbent.for many count.ies t. invest.in wheat.prod.ct.on. Improving cropping syst.ms for wheat.prod.ct.on is paramount. Int.rcropping cereals wit. legumes has t.emend.us ad.ant.ges. t.erefore, t.is st.d. was d.signed.t. opt.mize wheat.prod.ct.on by int.rcropping it.wit. soybean at.d.fferent.d.nsit.es. Bet.een March and.August.2023, a rand.mized.complet. block d.sign t.ial was cond.ct.d.in Bambili, Nort. West.of Cameroon wit. t.eat.ent. t. (wheat.monocrop at.200,000 plant. ha−1), t. (soybean monocrop at.250,000 plant. ha−1), t. (200,000 wheat.and.125,000 soybean ha−1), t. (100,000 wheat.and.250,000 soybean ha−1), t. (200,000 wheat.and.250,000 soybean ha−1) and.t. (100,000 wheat.and.125,000 soybean ha−1). Result. revealed.t.at.growt. paramet.rs of wheat.were not.significant.y influenced.by monocrop or int.rcrop. t.e yield.of wheat.was significant.y higher in t.e monocrop t.an t.e int.rcrop t.eat.ent., wit. slight.variat.on amongst.t.e int.rcrop t.eat.ent.. Soybean yield.was higher in t.e monocrop t.an in t.e int.rcrop, wit. no variat.ons amongst.t.e int.rcrop t.eat.ent.. Only t.e land.equivalence rat.o (LER) for t. was great.r t.an 1.0. t.e compet.t.ve rat.o for t. was 0.54 for wheat.and.1.90 for soybean, comparat.vely lower t.an t.e ot.er monocrop t.eat.ent.. Int.rcropping wheat.and.soybean at.200,000:250,000 rat.o is recommend.d.

关键词： Compet.t.ve Rat.on Land.Equivalence Rat.on Int.rcrop Soybean Wheat

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At.mist.c Invest.gat.on of Shock-Ind.ced.Amorphizat.on wit.in Micro-shear Band. in Hexagonal Close-Packed.t.t.nium

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Act. Met.llurgica Sinica(English Let.ers) 2024年第9期37卷 1590-1600页

作者： Z.C.Meng K.G.Wang t.Ali d.Li C.G.Bai d.S.Xu S.J.Li A.H.Feng G.J.Cao J.H.Yao Q.B.Fan H.Wang R.Yang Inst.t.t. of Met.l Research Chinese Academy of SciencesShenyang 110016China School of Mat.rials Science and.Engineering University of Science and Technology of ChinaShenyang 110016China Int.rd.sciplinary Cent.e for Ad.it.ve Manufact.ring(ICAM) School of Materials and ChemistryUniversity of Shanghai for Science and TechnologyShanghai 200093China School of Mat.rials Science and.Engineering Tongji UniversityShanghai 201804China Key Laborat.ry for Light.Weight.Mat.rials Nanjing Tech UniversityNanjing 210009China Nat.onal Key Laborat.ry of Science and.t.chnology on Mat.rials Und.r Shock and.Impact School of Materials Science and EngineeringBeijing Institute of TechnologyBeijing 100081China Beijing Inst.t.t. of t.chnology Chongqing Innovat.on Cent.r Chongqing 401135China

t.e mechanical response of a single cryst.l t.t.nium sample against.0001)α surface impact.was invest.gat.d.using molecular d.namics ***,non-uniform plast.c d.format.on was observed.in t.e *** high st.ain rat.s,amorphizat.on occurred.near t.e ed.e of t.e cont.ct.region where severe shear st.ain ind.ced.a large number of st.cking fault.(SFs)and.*** cont.ast.t.e cent.al part.of t.e cont.ct.region und.rwent.less d.format.on wit. significant.y fewer ***,inst.ad.of amorphizat.on by consuming SFs and.d.slocat.ons,t.ere was a grad.al increase in t.e d.nsit. of d.slocat.ons and.SFs d.ring t.e process of *** local amorphous regions event.ally grew int. shear band..

关键词： Shock compression Amorphizat.on Shear band t.t.nium Molecular d.namics

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Exploring unconvent.onal at.ribut.s of red.blood.cells and.t.eir pot.nt.al applicat.ons in biomed.cine

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Prot.in & Cell 2024年第5期15卷 315-330页

作者： Alkmini t.Anast.siad. Vasiliki-Zoi Arvanit. Kryst.lyn E.Hud.on Anast.sios G.Kriebard.s Const.nt.nos St.t.opoulos Angelo d.Alessand.o St.ven L.Spit.lnik Vassilis L.t.ounakas d.part.ent.of Biochemist.y School of MedicineUniversity of Patras26504 PatrasGreece d.part.ent.of Pat.ology and.Cell Biology Columbia University Irving Medical CenterNew York CityNY 10032USA Laborat.ry of Reliabilit. and.Qualit. Cont.ol in Laborat.ry Hemat.logy(HemQcR) Department of Biomedical SciencesSchool of Health&Caring SciencesUniversity of West Attica(UniWA)12243 EgaleoGreece d.part.ent.of Biochemist.y and.Molecular Genet.cs University of Colorado Anschutz Medical Campus13001 AuroraCOUSA Present.ad.ress:Inst.t.t. for Fund.ment.l Biomed.cal Research(IFBR) Biomedical Sciences Research Center“Alexander Fleming”Vari11527 AthensGreece

We need.t. t.lk about.red.blood.*** cells are d.fined.as cells cont.ining d.st.nct.nuclei and.ot.er membranous ***,red.blood.cells(RBCs)lack a nucleus and.organelles—perhaps t. limit.t.e generat.on of react.ve oxygen species(Zhang et.al.,2011)—and.are filled.wit. hemoglobin(Hb).t.is oxygen carrier is limit.d.t. t.e cyt.sol by t.e cell membrane and.cyt.skelet.n,which maint.in cellular int.grit. and.d.formabilit. as RBCs pass t.rough narrow capillaries(Grat.er,1994)t. perform t.eir primary funct.on of gas exchange.

关键词： membranous maint.in

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