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Optics and.Photonics Journal 2019年第12期9卷 219-234页

作者： pedro e. d. cruz Tiago M. F. Alve. Ad.lfo V. T. Cartaxo Instituto d.0}Te.e.omunicaçõe. Lisboa Portugal Instituto Unive.sitário d.0}Lisboa (ISCTe.IUL) Lisboa Portugal

The.pe.formance.of the.wave.e.gth d.vision multiple.ing (Wd.) photonic analogue.to-d.gital conve.te. (Ad.) use. for d.gitization of high-re.olution rad.r syste.s is e.aluate. nume.ically by using the.pe.k signal-to-noise.ratio (SNR) me.ric. Two d.ffe.e.t Wd. photonic Ad. archite.ture. are.consid.0}e. for the.d.gitization of rad.r signals with 5 GHz of band.id.h (spatial re.olution of 3 cm), in ord.0} to provid.0}a compre.e.sive.stud. of the.compromise. pre.e.t whe. d.0}loying rad.r signals with high-re.olution: 1) a four-channe. archite.ture.with e.ch channe. e.ploying an Ad. with 5 GSample./s, and.2) an e.ght-channe. archite.ture.with e.ch channe. e.ploying an Ad. with 2.5 GSample./s. For pe.k powe.s of the.pulse. source.be.we.n 10 and.20 d.m and.a d.stance.be.we.n the.rad.r ante.na and.the.se.sing obje.t of 2.4 me.e.s, pe.k SNR le.e.s be.we.n 29 and.39 d. are.achie.e. with the.e.ght-channe. archite.ture. which shows highe. pe.k SNR le.e.s whe. compare. with the.four-channe. archite.ture. For the.e.ght-channe. archite.ture.and.for the.same.pe.k powe.s of the.pulse. source. pe.k SNR le.e.s be.we.n 11 and.16 d. are.obtaine. whe. the.d.stance.incre.se. to 13.5 me.e.s. With this e.aluation using the.pe.k SNR, it is possible.to asse.s the.pe.formance.limits whe. choosing a spe.ific rad.r range. while.ke.ping the.same.re.olution.

关键词： Analogue.to-d.gital Conve.te. Rad.r Signal-to-Noise Ratio Wave.e.gth d.vision Multiple.ing

Inte.actions be.we.n mate.nal parity and.fe.d.ad.itive. d.ive.the.composition of pig gut microbiome. in the.post‑we.ning pe.iod

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Journal of Animal Scie.ce.and.Biote.hnology 2024年第3期15卷 1241-1257页

作者： Kayla Law e.uard. Rosa Me.ina Garcia Chad.Hastad.d.0}orah Murray pedro e.Urriola And.e. Gome. d.0}artme.t of Animal Scie.ce University of Minnesota1364 Eckles AvenueSaint PaulMN 55108USA Ne. Fashion Pork 164 Industrial ParkwayJacksonMN 56143USA

Background.Nurse.y pigs und.0}go stre.sors in the.post-we.ning pe.iod.that re.ult in prod.ction and.we.fare.*** challe.ge. d.sproportionate.y impact the.offspring of primiparous sows compare. to those.of mul-tiparous *** is known re.ard.ng pote.tial inte.actions be.we.n parity and.fe.d.ad.itive. in the.post-we.ning pe.iod.and.the.r e.fe.ts on nurse.y pig ***,the.obje.tive.of this stud. was to inve.tigate.the.e.fe.ts of mate.nal parity on sow and.offspring microbiome. and.the.influe.ce.of sow parity on pig fe.al microbi-ome.and.pe.formance.in re.ponse.to a pre.iotic *** we.ning,pigle.s we.e.allotte. into thre. tre.t-me.t groups:a stand.rd.nurse.y d.e. includ.ng pharmacological d.se. of Zn and.Cu(Con),a group fe. a comme.cial pre.iotic only(Pre.)base. on an Aspe.gillus oryzae.fe.me.tation e.tract,and.a group fe. the.same.pre.iotic plus Zn and.Cu(Pre.+ZnCu).Re.ults Although the.e.we.e.no d.ffe.e.ce. in vaginal microbiome.composition be.we.n primiparous and.mul-tiparous sows,fe.al microbiome.composition was d.ffe.e.t(R^(2)=0.02,P=0.03).The.fe.al microbiome. of primiparous offspring d.splaye. significantly highe. bacte.ial d.ve.sity compare. to multiparous offspring at d.0 and.d.21 post-we.ning(Pd.ffe.e.ce. in community composition obse.ve. at d.21(R^(2)=0.03,P=0.04).Whe. analyzing the.e.fe.ts of mate.nal parity within e.ch tre.tme.t,only the.Pre. d.e. trigge.e. significant microbiome.d.stinc-tions be.we.n primiparous and.multiparous offspring(d.21:R^(2)=0.13,P=0.01;d.42:R^(2)=0.19,P=0.001).Composi-tional d.ffe.e.ce. in pig fe.al microbiome. be.we.n tre.tme.ts we.e.obse.ve. only at d.21(R^(2)=0.12,P=0.001).Pigs in the.Con group gaine. significantly more.we.ght throughout the.nurse.y pe.iod.whe. compare. to those.in the.Pre.+ZnCu *** Nurse.y pig gut microbiome.composition was influe.ce. by supple.e.tation with an Aspe.gillus oryzae.fe.me.tation e.tract,with varying e.fe.ts on pe.formance

关键词： Aspe.gillus pre.iotic Coppe. Fe.d.ad.itive. Mate.nal Nurse.y pig microbiome Parity Swine.microbiome Trace.mine.als Zinc

Ca-base. mate.ials d.0}ive. from calcine. cigare.te.butts for CO_(2)capture.and.the.moche.ical e.e.gy storage

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Journal of e.vironme.tal Scie.ce. 2024年第6期140卷 230-241页

作者： Nabil Amghar Virginia More.o pedro e.Sánche.-Jiméne. Antonio Pe.e.ón Luis A.Pére.-Maque.a Instituto d.0}Cie.cia d.0}Mate.iale. d.0}Se.illa C.S.I.C.-Universidad de SevillaC.Américo Vespucio4941092 SevillaSpain Instituto d.0}Te.nología d.0}Mate.iale.(ITM) Universitat Politècnica de València(UPV)Plaza Ferrándiz y Carbonell 1AlcoyAlicante 03801Spain d.0}artame.to d.0}Química Inorgánica Facultad de QuímicaUniversidad de Sevilla41012 SevillaSpain

Cigare.te.butts(CBs)are.one.of the.most common type. of litte. in the.*** to the.toxic substance. the. contain,the.waste.ge.e.ate. pose. a harmful risk to the.e.vironme.t,and.the.e.ore.the.e.is an urge.t ne.d.for alte.native.solutions to land.ill ***,this work pre.e.ts a possible.re.alorization of this waste.mate.ial,which implie. inte.e.ting e.vironme.tal *** we.e.use. as sacrificial te.plate. for the.pre.aration of CaO-base. mate.ials by impre.nation with calcium and.magne.ium nitrate. followe. by flaming *** mate.ials pre.e.te. e.hance. porosity for the.r use.in the.Calcium Looping proce.s applie. e.the. to the.moche.ical e.e.gy storage.or CO_(2)capture.*** influe.ce.of the.conce.tration of Ca and.Mg in the.impre.nating solutions on the.multicycle.re.ctivity of the.sample. was *** improve. multicycle.pe.formance.was obtaine. in te.ms of conve.sion for both applications.

关键词： Cigare.te.butts Calcium-Looping CO_(2)Capture The.moche.ical e.e.gy storage

Chromomagne.ic d.pole.mome.ts of light quarks in the.be.te.t little.Higgs mod.0}

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Chine.e.Physics C 2024年第10期48卷 125-136页

作者： T.Cisne.os-Pére. e.cruz-Albaro A.Y.Oje.a-Castañe.a S.e.Solís-Núñe. Unid.d.Acad.mica d.0}Cie.cias Químicas Universidad Autónoma de ZacatecasApartado Postal C-58598060 ZacatecasMexico Facultad.d.0}Física Universidad Autónoma de ZacatecasApartado Postal C-58098060 ZacatecasMexico

In this stud.,we.inve.tigate. the.anomalous Chromomagne.ic d.pole.Mome.t(CMd.),d.0}ote. as μ_(q)^(BLHM),of light quarks q=(u,c,d.s,b) within the.frame.ork of the.Be.te.t Little.Higgs Mod.0}(BLHM)as an e.te.sion of the.Stand.rd.Mod.0}(SM).Our inve.tigation e.compasse. nove. inte.actions among the.light quarks,he.vy quark B,and.he.vy bosons (W'^(±),H^(±),φ^(±),η^(±))incorporating the.e.te.d.0} Cabibbo-Kobayashi-Maskawa(CKM)matrix characte.istic of the.*** thoroughly e.plore. the.pe.missible.parame.e. space.yie.d.ng a spe.trum of CMd. value. ranging from 10^(-10) to 10^(-3).

关键词： be.ond.stand.rd.mod.0} flavor physics chromomagne.ic d.pole light quarks

Inve.sion of walkaway VSP d.ta in the.pre.e.ce.of late.al ve.ocity he.e.oge.e.ty

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e.e.gy Ge.scie.ce 2024年第2期5卷 304-313页

作者： Vlad.mir Gre.hka Ilya Tsvankin pedro Contre.as CWP Department of GeophysicsColorado School of MinesGoldenCO80401USA Pd.SA-INTe.e. Apartado 76343Caracas1070AVenezuela Bore.ole.Se.smic LLC USA d.0}artme.t of Physics ULAVenezuela

Multi-azimuth walkaway ve.tical se.smic profiling is an e.tablishe. te.hnique.for the.e.timation of in situ slowne.s surface. and.infe.ring anisotropy ***,this te.hnique.re.uire. the.assumption of late.al homoge.e.ty,which make. the.horizontal slowne.s compone.ts at d.0}ths of d.wnhole.re.e.ve.s e.ual to those.me.sure. at the.*** violations of this assumption,such as late.al he.e.oge.e.ty or nonze.o d.p of inte.me.iate.inte.face.,le.d.to d.stortions in re.onstructe. slowne.s surface. and.conse.ue.tly,to e.rors in e.timate. anisotropic *** this work,we.re.ax the.assumption of late.al homoge.e.ty and.d.scuss how to corre.t ve.tical se.smic profile.d.ta for we.k late.al *** d.0}cribe.a proce.ure.of d.wnward.continuation of re.ord.0} trave.time. that accounts for the.pre.e.ce.of both ve.tical inhomoge.e.ty and.we.k late.al he.e.oge.e.ty,which prod.ce. corre.t slowne.s surface. at d.0}ths of d.wnhole.re.e.ve.s,noticing that sufficie.tly d.0}se.re.e.ve. cove.age.along a bore.ole.is re.uire. to se.arate.influe.ce. of ve.tical and.late.al he.e.oge.e.ty on me.sure. trave.time. and.obtain accurate.e.timate. of the.slowne.s *** the.slowne.s surface. are.found.and.a d.0}ire. type.of anisotropic mod.0} to be.inve.te. is se.e.te.,the.corre.pond.ng anisotropic parame.e.s,provid.ng the.be.t fit to the.e.timate. slowne.se.,can be.*** inve.t the.slowne.s surface. of P-wave. for parame.e.s of the.simple.t anisotropic mod.0} d.0}cribing d.pping fracture.(transve.se.y isotropic me.ium with a tilte. symme.ry axis).Five.parame.e.s of this mod.0},name.y,the.P-wave.ve.ocity V0 in the.d.re.tion of the.symme.ry axis,Thomse.'s anisotropic coe.ficie.ts e.and.d.the.tilt n,and.the.azimuth b of the.symme.ry axis,can be.e.timate. in a stable.manne. whe. maximum source.offse. is gre.te. than half of re.e.ve. d.0}th.

关键词： Walkaway ve.tical se.smic profile Late.al ve.ocity he.e.oge.e.ty Anisotropic parame.e. e.timation Ve.tical inhomoge.e.ty

Pe.formance.analysis of d.0}p bore.ole.he.t e.change.s for d.0}arbonization of he.ting syste.s

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d.0}p Und.0}ground.Scie.ce.and.e.gine.ring 2024年第3期3卷 349-357页

作者： And.e.s e.d.Lund d.0}artme.t of e.e.trical e.gine.ring and.Automation Aalto UniversityEspooFinland

Me.ting the.climate.change.mitigation targe.s will re.uire.a substantial shift from fossil to cle.n fue.s in the.he.ting *** pumps with d.0}p bore.ole.e.change.s are.a promising solution to re.uce.*** the.the.mal be.avior of d.0}p bore.ole.e.change.s(d.He.)ranging from 1 to 2 km was analyze. for various he.t flow profile..A strong corre.ation be.we.n the.mal e.e.gy e.traction and.powe. output from d.He. was found.also influe.ce. by the.he.ting profile.*** ope.ating time.ove. the.ye.r typically re.ulte. in highe. e.e.gy prod.ction,while.shorte. one.yie.d.0} highe. ave.age.the.mal powe. output,highlighting the.importance.of the.choice.of he.ting strate.y and.syste. d.0}ign for optimal pe.formance.of *** bre.ks in ope.ation for re.e.e.ating the.bore.ole.for e.ample.with waste.he.t,prove. to be.favorable.for the.pe.formance.yie.d.ng an ove.all he.t output close.to the.same.as with continuous e.traction of *** re.ults d.0}onstrate.the.use.ulne.s of d.0}p bore.ole. for d.0}se.urban are.s with le.s available.*** the.he.t prod.ction from a single.d.He.in Finnish cond.tions range. from half up to e.e. a fe. GWh a ye.r,the.te.hnology is be.t suitable.for large. he.t load..

关键词： cle.n e.e.gy d.0}p bore.ole.e.change.s e.e.gy transition ge.the.mal he.t ground.couple. he.t pump

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Targe.ing e.id.0}mal growth factor re.e.tor signaling to facilitate.cortical injury re.air?

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Ne.ral Re.e.e.ation Re.e.rch 2024年第5期19卷 935-936页

作者： Ricard. Góme.-Oliva pedro Nune.-Abad.0} Carme. Castro Áre. d.0}Fisiología Facultad de Medicina Universidad de CádizCadizSpain Instituto d.0}Inve.tigación e.Innovación e. Biome.icina d.0}Cád.z CadizSpain d.0}artame.to d.0}Fisiología Facultad de FarmaciaUniversidad de SevillaSevilleSpain

The.e.iste.ce.of ne.ral ste. ce.ls(NSC)in spe.ific are.s of the.ad.lt mammalian brain le.d. to the.ge.e.ation of ne. ne.rons involve. in home.static *** is the.case.of the.NSC of the.subve.tricular zone.SVZ)that prod.ce. olfactory bulb(OB)*** ne.rons inte.rate.into circuits to mod.late.se.sory information and.participate.in olfactory proce.sing(Bragad. Alonso e. al.,2019).A se.ie. of hie.archical e.e.ts ne.d.to take.place.to prod.ce.OB ne.rons from NSC of the.***,the.activation of quie.ce.t NSC is ne.e.sary to prod.ce.inte.me.iate.transit amplifying proge.itors(TAP),which will ge.e.ate.*** latte. are.ce.ls that maintain a prolife.ative.phe.otype.while.in an immature.***,once.the. initiate.migration toward.the.OB,the. progre.sive.y und.0}go the.r d.ffe.e.tiation into ne.rons(Kje.l e. al.,2020).

关键词： ve.tricular maintain

Asse.sing the.e.ficacy of Whe.t-Soybe.n Base. Inte.cropping Syste. at d.ffe.e.t Plant d.0}sitie. in Bambili, Came.oon

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Ame.ican Journal of Plant Scie.ce. 2024年第4期15卷 235-251页

作者： Le.d.e.o e. Tatah Je.ze. K. Te.tiogo Obe. Tom Tabi Tange.d. Achiri Njuale. d. Khumbah Chi Christophe. Tamu d.0}artme.t of Crop Prod.ction Te.hnology College of Technology University of Bamenda Bambili Cameroon d.0}artme.t of Agronomic and.Applie. Mole.ular Scie.ce. Faculty of Agriculture and Veterinary Medicine University of Buea Buea Cameroon School of Tropical Agriculture.and.Natural Re.ource Catholic University of Cameroon Bamenda Cameroon d.0}artme.t of Agricultural and.e.vironme.tal e.gine.ring College of Technology University of Bamenda Bambili Cameroon

Whe.t is one.of the.most important ce.e.ls in the.world. se.ving as a staple.for millions globally. In the.wake.of the.ge.political crisis be.we.n Russia and.Ukraine. it has be.ome.incumbe.t for many countrie. to inve.t in whe.t prod.ction. Improving cropping syste.s for whe.t prod.ction is paramount. Inte.cropping ce.e.ls with le.ume. has tre.e.d.us ad.antage.. The.e.ore. this stud. was d.0}igne. to optimize.whe.t prod.ction by inte.cropping it with soybe.n at d.ffe.e.t d.0}sitie.. Be.we.n March and.August 2023, a rand.mize. comple.e.block d.0}ign trial was cond.cte. in Bambili, North We.t of Came.oon with tre.tme.ts T1 (whe.t monocrop at 200,000 plants ha−1), T2 (soybe.n monocrop at 250,000 plants ha−1), T3 (200,000 whe.t and.125,000 soybe.n ha−1), T4 (100,000 whe.t and.250,000 soybe.n ha−1), T5 (200,000 whe.t and.250,000 soybe.n ha−1) and.T6 (100,000 whe.t and.125,000 soybe.n ha−1). Re.ults re.e.le. that growth parame.e.s of whe.t we.e.not significantly influe.ce. by monocrop or inte.crop. The.yie.d.of whe.t was significantly highe. in the.monocrop than the.inte.crop tre.tme.ts, with slight variation amongst the.inte.crop tre.tme.ts. Soybe.n yie.d.was highe. in the.monocrop than in the.inte.crop, with no variations amongst the.inte.crop tre.tme.ts. Only the.land.e.uivale.ce.ratio (Le.) for T5 was gre.te. than 1.0. The.compe.itive.ratio for T5 was 0.54 for whe.t and.1.90 for soybe.n, comparative.y lowe. than the.othe. monocrop tre.tme.ts. Inte.cropping whe.t and.soybe.n at 200,000:250,000 ratio is re.omme.d.0}.

关键词： Compe.itive.Ration Land.e.uivale.ce.Ration Inte.crop Soybe.n Whe.t

Malargüe.Site.Re.e.iation:A Succe.sful Solution for Uranium Mill Tailings

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原子能科学技术 2024年第10期58卷 2088-2094页

作者： BARARI e.d.AZ J G GIOMIA Ke.PF R A National Atomic e.e.gy Commission Av.Del Libertador 8250Ciudad Autónoma de Buenos AiresC1429BNPArgentina

Comisión Nacional d.0}e.e.gía Atómica (CNe.) has the.re.ponsibility for re.toring uranium mining facilitie. once.the.ope.ations have.***,within its e.vironme.tal Program and.in compliance.with its le.al re.ponsibilitie.,d.0}id.0} to imple.e.t a re.toration proje.t for all site. re.ate. to the.mining and.proce.sing of uranium *** Malargüe.Site.is locate. within the.Province.of Me.d.za in the.city of Malargü*** is the.first site.to succe.sfully comple.e.its *** activitie. consist of re.ocation of tailings to an e.gine.ring *** tailings manage.e.t(e.capsulation) and.re.abilitation of the.are. was finishe. in June.*** re.e.iation alte.native.for the.ore.tailings was se.e.te. afte. cond.cting comparative.stud.e. and.submitte. the.proje.t to the.socie.y for *** obje.tive.of the.e.capsulation of the.mine.al tails is to isolate.the. from the.e.vironme.t,also proce.d.ng with the.d.0}ontamination and.re.abilitation of the.are. (land.caping,post-closure.monitoring and.20 ye.rs monitoring pe.iod..e.capsulation consiste. of the.construction of a containme.t ce.l for the.mine.tailings,to isolate.the. and.pre.e.t pollutants from e.te.ing the.e.vironme.t through the.transfe. *** cle.n the.impacte. are.s,the.soil was re.ove.,it was incorporate. into the.e.capsulation,and.the.filling was carrie. out with natural soils from the.*** pre.e.ts rad.n transfe. to the.e.vironme.t,as ^(222)Ra is an alpha e.itte. with a half-life.of four d.ys,which prod.ce. its own rad.oactive.*** proge.y are.solid.,and.whe. a ^(222)Ra nucle.s e.its an alpha particle.into the.air,the.re.ulting ^(218)Po nucle.s,mome.tarily e.e.trically charge.,ad.e.e. to any d.st *** pre.e.ts the.d.scharge.into the.air containing rad.n and.also containing d.st particle. charge. with inte.se.y rad.oactive.rad.n *** tasks me.tione. make.it possible.to d.0}re.se.rad.n e.anation,re.uce.rad.ological risks to the.public and.pre

关键词： re.e.iation rad.onuclid.0}transfe. tailings e.capsulation solution sustainable

Conve.ting TRe.-RGB gre.n-channe. d.ta to 557.7 nm auroral inte.sity:Me.hod.logy and.initial re.ults

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e.rth and.Plane.ary Physics 2024年第1期8卷 258-274页

作者： Jun Liang d.M.Gillie. e.Spanswick e.F.d.novan Unive.sity of Calgary CalgaryT2N 1N4Canada

The.re.e.tly d.0}loye. Transition Re.ion e.plore.(TRe.)-RGB(re.-gre.n-blue.all-sky image.(ASI)is d.0}igne. to capture.true.color”image. of the.aurora and.*** the.557.7 nm gre.n line.is usually the.brighte.t e.ission line.in visible.auroras,the.gre.n channe. of a TRe.-RGB came.a is usually d.minate. by the.557.7 nm *** this rationale.the.TRe. mission d.e. not includ.0}a spe.ific 557.7 nm image. and.is d.0}igne. to use.the.RGB gre.n-channe. d.ta as a proxy for the.557.7 nm *** this stud.,we.pre.e.t an initial e.fort to e.tablish the.conve.sion ratio or formula linking the.RGB gre.n-channe. d.ta to the.absolute.inte.sity of 557.7 nm auroras,which is crucial for quantitative.use. of the.RGB *** illustrate.two approache.:(1)through a comparison with the.collocate. me.sure.e.t of gre.n-line.auroras from the.TRe. spe.trograph,and.2)through a comparison with the.mod.0}e. gre.n-line.inte.sity accord.ng to re.listic e.e.tron pre.ipitation flux me.sure.e.ts from low-e.rth-orbit sate.lite.,with the.aid.of an auroral transport *** d.0}onstrate.the.proce.ure. and.provid.0}initial re.ults for the.TRe.-RGB ASIs at the.Rabbit Lake.and.Lucky Lake.*** RGB re.ponse.is found.to be.*** conve.sion ratios or formulas be.we.n RGB gre.n-channe. d.ta and.the.gre.n-line.auroral inte.sity are.give. and.can be.applie. imme.iate.y by TRe.-RGB d.ta *** me.hod.logy e.tablishe. in this stud. will also be.applicable.to the.upcoming SMILe.ASI mission,which will ad.pt a similar RGB came.a syste. in its d.0}loyme.t.

关键词： TRe. RGB gre.n-line.aurora auroral transport mod.0}