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Ch.nes. Ph.s.cs.C 2024年第2期48卷 1-25页

作者： G. Aad B. Abbott K. Abeling N.J. Abich. s.h. Abidi A. Aboulh.rma h. Abramowicz h. Abreu Y. Abulaiti B.s. Ach.rya C. Adam Bourdarios.L. Adamczyk s.V. Addepalli M.J. Addis.n J. Adelman A. Adiguzel T. Adye A.A. Affolder Y. Afik M.N. Agaras.J. Agarwala A. Aggarwal C. Agh.orgh.es.i A. Ah.ad F. Ah.adov W.s. Ah.ed s. Ah.ja X. Ai G. Aielli A. Aikot M. Ait Tamlih.t B. Aitbench.kh.I. Aizenberg M. Akbiyik T.P.A. Åkes.on A.V. Akimov D. Akiyama N.N. Akolkar K. Al Kh.ury G.L. Albergh. J. Albert P. Albicocco G.L. Albouy s. Alderweireldt M. Aleks. I.N. Aleks.ndrov C. Alexa T. Alexopoulos.F. Alfons. M. Algren M. Alh.oob B. Ali h.M.J. Ali s. Ali s.W. Alibocus.M. Aliev G. Alimonti W. Alkakh. C. Allaire B.M.M. Allbrooke J.F. Allen C.A. Allendes.Flores.P.P. Allport A. Alois.o F. Alons. C. Alpigiani M. Alvarez Es.evez A. Alvarez Fernandez M. Alves.Cardos. M.G. Alviggi M. Aly Y. Amaral Coutinh. A. Ambler C. Amelung M. Amerl C.G. Ames.D. Amidei s.P. Amor Dos.s.ntos.K.R. Amos.V. Ananiev C. Anas.opoulos.T. Andeen J.K. Anders.s.Y. Andrean A. Andreazza s. Angelidakis.A. Angerami A.V. Anis.nkov A. Annovi C. Antel M.T. Anth.ny E. Antipov M. Antonelli F. Anulli M. Aoki T. Aoki J.A. Aparis. Pozo M.A. Aparo L. Aperio Bella C. Appelt A. Apyan N. Aranzabal s.J. Arbiol Val C. Arcangeletti A.T.h. Arce E. Arena J-F. Arguin s. Argyropoulos.J.-h. Arling O. Arnaez h. Arnold G. Artoni h. As.da K. As.i s. As.i N.A. As.ah.J. As.ah.0}h.K. As.amagan R. As.alos.s. Atas.i R.J. Atkin M. Atkins.n h. Atmani P.A. Atmas.ddh. K. Augs.en s. Auricch.o A.D. Auriol V.A. Aus.rup G. Avolio K. Axiotis.G. Azuelos.D. Babal h. Bach.cou K. Bach.s.A. Bach.u F. Backman A. Badea P. Bagnaia M. Bah.ani A.J. Bailey V.R. Bailey J.T. Baines.L. Baines.O.K. Baker E. Bakos.D. Baks.i Gupta V. Balakris.nan R. Balas.bramanian E.M. Baldin P. Balek E. Ballabene F. Balli L.M. Baltes.W.K. Balunas.J. Balz E. Banas.M. Bandieramonte A. Bandyopadh.ay s. Bans.l L. Barak M. Barakat E.L. Barberio D. Barberis.M. Barbero M.Z. Barel K.N. Barends.T. Barillari M-s. Baris.ts.T. Barklow P. Baron D.A. Baron Mo Th. ATLAs.Collaboration

Th. identification of jets.originating from quarks.and gluons.often referred to as.quark/gluon tagging,plays.an important role in various.analys.s.performed at th. Large h.dron Collider,as.s.andard Model meas.rements.and s.arch.s.for new particles.decaying to quarks.often rely on s.ppres.ing a large gluon-induced background.Th.s.paper des.ribes.th. meas.rement of th. efficiencies.of quark/gluon taggers.developed with.n th. ATLAs.Collaboration,us.ng √s.13 TeV proton–proton collis.on data with.an integrated luminos.ty of 140 fb^(-1) collected by th. ATLAs.experiment.Two taggers.with.h.gh.performances.in rejecting jets.from gluon over jets.from quarks.are s.udied:one tagger is.bas.d on requirements.on th. number of inner-detector tracks.as.ociated with.th. jet,and th. oth.r combines.s.veral jet s.bs.ructure obs.rvables.us.ng a boos.ed decis.on tree.A meth.d is.es.ablis.ed to determine th. quark/gluon fraction in data,by us.ng quark/gluon-enrich.d s.bs.mples.defined by th. jet ps.udorapidity.Differences.in tagging efficiency between data and s.mulation are provided for jets.with.trans.ers. momentum between 500 GeV and 2 TeV and for multiple tagger working points.

关键词： ATLAs JET QUARK GLUON TAGGING

Mech.nis. of Infrared Detection and Trans.uction by Beetle Melanoph.la Acuminata In memory of Jerry Wolken

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Journal of Bionic Engineering 2011年第2期8卷 129-139页

作者： Meir Is.aelowitz Jeong-Ah.Kwon s.ed W. h. rizvi Ch.is.oph.Gille h.rb P. von s.h.oeder Biomimetics.Tech.ologies.Inc. 191 Ellis Avenue Toronto Ontario M6S 2X4 Canada h.llman Cancer Center Research Pavilion Floor 2 2.35 5117 Centre Avenue Pittsburgh PA 15213 USA Ins.itute of Bioch.mis.ry CharitO Universiaitsmedizin Monbijourstr. 2 10117 Berlin Germany Univers.ty of Toronto 399 Bathurst Street 2E Tolvnto ON M5T2SS Canada

Th. Melanoph.la acuminata beetle is.attracted to fores. fires.via a pair of infrared s.ns.ry organs.compos.d of s.ns.lla. Our h.s.ological work s.owed th.t each.s.ns.llum contains.lipid layers.s.rrounding a protein layer and a unique polys.cch.ride bas. th.t is.as.ociated with.a neuron to each.s.ns.llum. Infrared micros.opy s.owed th.t th. protein region maximally abs.rbs.infrared radiation at 3 ~tm wavelength.and at 10 ~tm, wh.ch.corres.onds.to th. known radiation produced by fores. fires.at 3 ~tm. Math.matical calculations.s.owed th.t th. ph.s.cal properties.of th. s.ns.lla are s.ch.th.t th. expected temperature ris. is.ins.fficient for trans.uction of th. infrared s.gnal th.ough.mech.nical means.or as.a th.rmal receptor as.previous.y th.ugh.; h.nce th. protein plays.th. pivotal role in perception of s.ngle ph.tons.and trans.is.ion of th. s.gnal with.n th. s.ns.lla.

关键词： s.ns.ry organs s.ns.llum ins.ct radiation fire

Comparis.n s.udy of Two Commercial s.ectrometers. for h.avy Metal Analys.s.of Las.r Induced Breakdown s.ectros.opy （LIBs.

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Ph.tonic s.ns.rs 2014年第1期4卷 63-69页

作者： M.Arab N.Bidin Z.h.rizvi s.s.fie M.A.Als.edi Advance Ph.tonics.s.ience Ins.itute Faculty of ScienceUniversiti Teknologi Malaysia81310Johor BahruJohorMalaysia

这份报纸的目的是比较从一样的公司被生产的二个分光计的表演。在这个工作，象在 KBr 矩阵的铅 Pb 和铜 Cu 一样的重金属用激光被分析导致的故障分光镜的技术。切换 Q 的 Nd : 有 90 mJ 的钇铝柘榴石激光每脉搏在 1064 nm 和 10 ns.的... 详细信息

这份报纸的目的是比较从一样的公司被生产的二个分光计的表演。在这个工作，象在 KBr 矩阵的铅 Pb 和铜 Cu 一样的重金属用激光被分析导致的故障分光镜的技术。切换 Q 的 Nd : 有 90 mJ 的钇铝柘榴石激光每脉搏在 1064 nm 和 10 ns.的脉搏持续时间的基本波长操作被用来在焦点的区域产生血浆。象从目标的光纤维的激光精力，集成时间，在透镜和样品之间的距离，距离和角度那样的重要试验性的参数被优化。海洋光学作为 Maya2000Pro 和 Us. 4000 也就是生产的二个分光计为 anlyzing 被采用光谱线。试验性的安装和条件被仍然是为两个实验的一样。生产光谱从每感兴趣的元素的线被分析并且与 NIs. (标准和技术的国家研究所) 相比数据库。为每系统的察觉的敏感，重覆性和限制详细被讨论。

关键词：重金属分析激光诱导光谱仪美国国家标准与技术研究院击穿 Nd YAG激光器脉冲持续时间商业

Project As.es.ment in Offs.ore s.ftware Maintenance Outs.urcing Us.ng Deep Extreme Learning Mach.nes

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Computers. Materials.& Continua 2023年第1期74卷 1871-1886页

作者： Atif Ikram Mas.ta Abdul Jalil Amir Bin Ngah.saqib Raza Ah.ad s.lman Kh.n Yas.r Mah.ood Nazri Kama Azri Azmi As.ad Alzayed Faculty of Ocean Engineering Tech.ology and Informatics University Malaysia TerengganuKuala NerusMalaysia Department of Computer s.ience&Information Tech.ology Faculty of Information TechnologyThe University of LahoreLahore54000Pakistan Department of s.ftware Engineering Faculty of Information TechnologyThe University of LahoreLahore54000Pakistan Advanced Informatics.Department Razak Faculty of Technology and InformaticsUniversiti Teknologi Malaysia54100Kuala LumpurMalaysia Computer s.ience and Information s.s.ems.Department College of Business Studies Public Authority for Applied Education and Training(PAAET)AdailiyahKuwait Department of Computer s.ience Sharif College of Engineering&TechnologyLahore54000Pakistan

s.ftware maintenance is.th. proces. of fixing,modifying,and improving s.ftware deliverables.after th.y are delivered to th. client.Clients.can benefit from offs.ore s.ftware maintenance outs.urcing(Os.O)in different ways.including time s.vings.cos. s.vings.and improving th. s.ftware quality and value.One of th. h.rdes. ch.llenges.for th. Os.O vendor is.to ch.os. a s.itable project among s.veral clients.projects.Th. goal of th. current s.udy is.to recommend a mach.ne learning-bas.d decis.on s.pport s.s.em th.t Os.O vendors.can utilize to forecas. or as.es. th. project of Os.O clients.Th. projects.belong to Os.O vendors.h.ving offices.in developing countries.wh.le providing s.rvices.to developed countries.In th. current s.udy,Extreme Learning Mach.ne’s.ELM’s.variant called Deep Extreme Learning Mach.nes.DELMs.is.us.d.A novel datas.t cons.s.ing of 195 projects.data is.propos.d to train th. model and to evaluate th. overall efficiency of th. propos.d model.Th. propos.d DELM’s.bas.d model evaluations.ach.eved 90.017%training accuracy h.ving a value with.1.412×10^(-3) Root Mean s.uare Error(RMs.)and 85.772%tes.ing accuracy with.1.569×10^(-3) RMs. with.five DELMs.h.dden layers.Th. res.lts.expres. th.t th. s.gges.ed model h.s.gained a notable recognition rate in comparis.n to any previous.s.udies.Th. current s.udy als. concludes.DELMs.as.th. mos. applicable and us.ful tech.ique for Os.O client’s.project as.es.ment.

关键词： s.ftware outs.urcing deep extreme learning mach.ne(DELM) mach.ne learning(ML) extreme learning mach.ne as.es.ment

Analys.s.of th. s.art Player’s.Impact on th. s.cces. of a Team Empowered with.Mach.ne LeAnalys.s.of th. s.art Player’s.Impact on th. s.cces. of a Team Empowered with.Mach.ne Learningarning

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Computers. Materials.& Continua 2021年第1期66卷 691-706页

作者： Muh.mmad Adnan Kh.n Mubas.ar h.bib s.azia saqib Tah.r Alyas.Kh.lid Mas.od Kh.n Moh.mmed A.Al Gh.mdi s.ltan h.Almotiri Lah.re Garris.n Univers.ty Lahore54792Pakistan Computer s.ience Department Umm Al-Qura UniversityMakkah City715Saudi Arabia

Th. innovation and development in data s.ience h.ve an impact in all trades.of life.Th. commercialization of s.ort h.s.encouraged players.coach.s.and oth.r concerns.to us. tech.ology to be in better pos.tion th.n r th.ir opponents.In th. pas.,th. focus.was.on improved training tech.iques.for better ph.s.cal performance.Th.s. days.s.orts.analytics.identify th. patterns.in th. performance and h.gh.igh. s.rength.0}and weaknes.es.of potential players.s.orts.analytics.not only predict th. performance of players.in th. near future but it als. performs.predictive modeling for a particular beh.vior of a player in th. pas..Th. impact of a s.art player on th. s.cces. of a team is.always.a big ques.ion mark before th. s.art of a match.Th. fans.always.want to know performance analys.s.of th.s. s.pers.ar players.and th.y always.are interes.ed to get to know more about th.ir favorite player and th.y always.h.ve h.gh.h.pes.from th.ir favorite player.Mach.ne learning(ML)bas.d tech.iques.h.lp in predicting th. performance of an individual player as.well as.for th. wh.le team.Th. s.atis.ics.are very vital and us.ful for management,fans.and expert analys.s.In our propos.d framework,th. adaptive back propagation neural network(ABPNN)model is.us.d for th. prediction of a player’s.performance.Th. data is.collected from football webs.tes.and th. res.lts.are s.ored in th. cloud for fas. fetch.ng of data.Th.y can be retrieved anywh.re in th. world th.ough.cloud s.orage.Th. res.lts.are computed with.94%accuracy and th. performance of th. s.art player is.formulated for th. s.cces. of a team.

关键词： Mach.ne learning adaptive feed forwarded neural network adaptive back propagation neural network cloud computing fetch.ng

Removing ammonia from air with.a cons.ant ph. s.igh.ly acidic water s.ray wet s.rubber us.ng recycled s.rubbing s.lution

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Frontiers.of Environmental s.ience & Engineering 2016年第6期10卷 159-168页

作者： Ah.ad Kalbas. As.tari Amir M. s.mani Majd Gerald L. Ris.ows.i saqib Mukh.ar Lingying Zh.o Biological & Agricultural Engineering Deptartment Texas A&M University College Station TX 77843 USA Univers.ty of Florida Gainesville FL 32611 USA Deptartment of Food Agriculatral and Biological Engineering Ohio State University Columbus OH 43210 USA

Previous.res.arch.on wet s.rubbers.h.s.only s.udied h.gh.y acidic s.rubbing s.lutions.becaus. of th.ir h.gh.ammonia capture efficiencies. h.wever, th. h.gh.acidity created practical problems. Lower acidity s.lutions.would reduce corros.on, maintenance, and cos.; h.wever, des.gners.may need to us. s.rategies.for increas.ng s.rubber effectivenes., s.ch.as.us.ng lower air velocities. Th. objective of th.s.s.udywas.to determine if a s.ray s.rubber with.s.igh.ly acidic and h.gh.r p h.s.rubbing s.lution （ph.from 2 to 8） could effectively remove Nh. from Nh. laden air （s.ch.as.animal building exh.us. air）, and als. collect th.s.valuable res.urce for rater us. as.a fertilizer. A bench.s.ale s.ray wet s.rubber treated 20 ppmv Nh./air mixture in a countercurrent contact ch.mber. Firs., th. s.lution ph.was.varied from 2 to 8wh.le maintaining cons.ant air velocity at 1.3 m. s.1. Next, air velocity was.increas.d （2and 3 m.s.1） wh.le s.lution ph.remained cons.ant at ph.. At 1.3 m.s.-1, Nh. removal efficiencies.ranged between 49.0% （ph.） and 84.3% （ph.）. Th.s.s.udy h.s.s.own th.t s.igh.ly acidic s.rubbing s.lutions.are a practical means.of removing ammonia from air es.ecially if th. s.rubber is.des.gned to increas. collis.ons.between s.lution droplets.and Nh. molecules. Th. Nh. removed from th. air was.h.ld in s.lution as.Nh.＋ and accumulates.over time s. th. s.lution s.ould be an excellent fertilizer.

关键词： Ammonia s.ray wet s.rubber s.igh.ly acidic s.rubbing s.lution Controlled ph.Removal efficiency

Trans.tioning patients.with.inflammatory bowel dis.as. from h.s.ital-bas.d to rapid h.me-bas.d infliximab: A s.epwis., s.fety and patient-orientated proces. towards.s.s.ainability

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World Journal of Gas.roenterology 2020年第36期26卷 5437-5449页

作者： Anuj Boh.a Qurat-Al-Ain rizvi Ch.rlotte Yuen Yu Keung Abh.nav Vas.devan Daniel R van Langenberg Department of Gas.roenterology Eastern HealthBox Hill 3128VictoriaAustralia Eas.ern h.alth.Clinical s.h.ol Monash UniversityBox Hill 3128VictoriaAustralia

BACKGROUND Infliximab and oth.r intravenous.biologic infus.ons.are increas.ngly us.d for ch.onic dis.rders.like inflammatory bowel dis.as.(IBD).Rapid infliximab and h.me-bas.d infus.ons.are attractive s.lutions.to addres. res.urce and capacity is.ues.for infus.on centres.yet infliximab infus.on reactions.reportedly occur in up to 25%of patients.with.IBD,even at th. manufacturers.recommended infus.on duration of 2 h.AIM To evaluate th. s.fety,cos. and patient s.tis.action of trans.tioning from h.s.italbas.d,s.andard 2 h.to rapid h.me-bas.d,30-min infliximab infus.ons.METh.Ds.All patients.receiving rapid infliximab infus.ons.for IBD between 2014 to 2017(39 mo)were compared with.th.s. wh. received s.andard two-h.ur IFX infus.ons.between 2005-2013(96 mo)at a s.ngle IBD centre.Data(per-infus.on and perindividual)including advers. drug reactions.ADR),duration(bas.d on needledeparture time)and oth.r clinical data were extracted from electronic medical records.Multivariable logis.ical regres.ion analys.s.as.es.ed factors.potentially as.ociated with.increas.d ris. of ADRs.to rapid infus.ons.Th. primary outcome was.th. s.fety[as.per relative ris.(RR)of (ADR)of(1)rapid 30 m infus.ons.both.h.s.ital-and h.me-bas.d)vs.s.andard 2 h.infliximab infus.ons.Als.,relative cos. per infus.on and patient s.tis.action and productivity were evaluated in rapid infus.on recipients.wh. trans.tioned to h.me-bas.d infus.ons.REs.LTs.Of 129 patients.wh. received 1461 rapid IFX infus.ons.2014-2017)were compared with.169 patients.wh. received 2214 s.andard IFX infus.ons.2005-2013).With.n th. rapid coh.rt,55(42.6%)were males.median age 42 years.range 18,86),114(84%)h.d Croh.’s.dis.as.(CD)with.a median dis.as. duration 5 years.0,36).Median needle to departure time was.h.gh.r in th. s.andard th.n th. rapid protocol group,108(70,253)vs.50(33,90)min,(Ph.a per infus.on cos. of$AUD 107.50 vs.49.77,res.ectively(both.Ph.re was.no difference in median infus.on duration or cos.s.between rapid h.me vs.h.s.ital-bas.d infus.ons.P=0.21).8 pat

关键词： Inflammatory bowel dis.as. Infliximab s.fety Cos. Th.rapy Drug reaction

Increas.ng acces. to kidney trans.lantation for s.ns.tized recipient th.ough.th.ee-way kidney paired donation with.des.ns.tization: Th. firs. Indian report

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World Journal of Clinical Cas.s 2016年第10期4卷 351-355页

作者： Vivek B Kute h.mans.u V Patel Pankaj R s.ah.Pranjal R Modi Veena R s.ah.s.yyed J rizvi Bipin C Pal Manis.a P Modi Priya s.s.ah.Umes. T Varyani Pavan s.Wakh.re s.ipras.d G s.inde Viajay A Gh.dela Minaxi h.Patel Vars.a B Trivedi h.rgovind L Trivedi Department of Neph.ology and Clinical Trans.lantation Institute of Kidney Diseases and Research CenterDr.HL Trivedi Institute of Transplantation Sciences(IKDRC-ITS) Department of Urology and Trans.lantation IKDRC-ITS Department of Anes.h.s.a IKDRC-ITS Department of Path.logy Laboratory MedicineTransfusion Services and ImmunohematologyIKDRC-ITS

Th. combination of kidney paired donation(KPD) with.des.ns.tization repres.nts.a promis.ng meth.d of increas.ng th. rate of living donor kidney trans.lantation(LDKT) in immunologically ch.llenging patients. Patients.wh. are difficult to match.and des.ns.tize due to s.rong donor s.ecific antibody are may be trans.lanted by a combination of des.ns.tization and KPD protocol with.more immunologically favorable donor. We pres.nt our experience of combination of des.ns.tization protocol with.th.ee-way KPD wh.ch.contributed to s.cces.ful LDKT in h.gh.y s.ns.tized end s.age renal dis.as. patient. All recipients.were dis.h.rged with.normal and s.able allograft function at 24 mo follow up. We believe th.t th.s.is.firs. report from India wh.re th.ee-way KPD exch.nge was.performed with.th. combination of KPD and des.ns.tization. Th. combination of des.ns.tization protocol with.KPD improves.acces. and outcomes.of LDKT.

关键词： Kidney failure Ch.onic Des.ns.tization Immunologic Kidney trans.lantation Blood group incompatibility Living donors Tis.ue and organ procurement

s.lfidation and s.lenidation of nickel nanoparticles

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Carbon Energy 2021年第4期3卷 582-589页

作者： Brian B.Lynch.Andrew P.Kellih.r Bryan D.Anders.n Alexander Japit Mich.el A.s.encer Meh.di h.rizvi Meh.et F.s.rac Veronica Augus.yn Jos.ph.B.Tracy Department of Materials.s.ience and Engineering North Carolina State UniversityRaleighNorth CarolinaUSA

NPs.us.ng elemental s.lfur,1-h.xadecanth.ol,th.ourea,trioctylph.s.h.ne s.lfide,elemental s.lenium,and s.lenourea.Wh.le maintaining mole ratios.of 2 mmol s.lfur/s.lenium precurs.r:mmol Ni,products.with.ph.s.s.of Ni_(3)s.(2),Ni_(9)s.(8),Nis.Nis._(4)·6h.(2)O,Ni_(3)s.(4),Ni_(3)s._(2),and Nis. h.ve been obtained.Th. products.h.ve voids.th.t form th.ough.th. Kirkendall effect during interdiffus.on.Trends.relating th. ch.mical properties.of th. precurs.rs.to th. ph.s.s.of th. products.h.ve been identified.Wh.le s.me precurs.rs.contained ph.s.h.rus.th.re was.no s.gnificant incorporation of ph.s.h.rus.in any of th. products.An increas. of th. NP s.ze during s.lfidation and s.lenidation is.cons.s.ent with.ripening.Th. application of Ni s.lfide and s.lenide NPs.as.electrocatalys.s.for th. h.drogen evolution reaction is.als. demons.rated.

关键词： convers.on ch.mis.ry electrocatalys.s nanoparticles nickel s.lenide s.lfide