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Indus.rial Fus.on Cas.ade Detection of s.lder Joint

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Comp.ters. Materials.and Continua 2024年第1期81卷 1197-1214页

作者： Li C. Zh.ng p. Wang s. Liu L. s.0} M. Ch.ngqing s.h.ol University of Chinese Academy of Sciences Chongqing University Chongqing 400044 China Automatic Reas.ning and Cognition Res.arch.Center Chongqing Institute ofGreen and Intelligent Technology Chinese Academy of Sciences Chongqing 400714 China College of Artificial Intelligence Chongqing School University of Chinese Academy of Sciences Chongqing 400714 China Des.gn Dep.rtment Liuzhou Fuzhen Bodywork Industrial Co. Ltd. Liuzhou 545006 China

With.th. remarkable advancements.in mach.ne vis.on res.arch.and its.ever-exp.nding ap.lications. s.h.lars.h.ve increas.ngly focus.d on h.rnes.ing various.vis.on meth.dologies.ith.n th. indus.rial realm. s.4}cifically, detecting veh.cle floor welding p.ints.p.s.s.unique ch.llenges. including h.gh.op.rational cos.s.and limited p.rtability in p.actical s.ttings. To addres. th.s. ch.llenges. th.s.p.p.r innovatively integrates.temp.ate match.ng and th. Fas.er RCNN algorith., p.es.nting an indus.rial fus.on cas.aded s.lder joint detection algorith. th.t s.amles.ly blends.temp.ate match.ng with.deep.learning tech.iques. Th.s.algorith. meticulous.y weigh.s.and fus.s.th. op.imized features.of both.meth.dologies. enh.ncing th. overall detection cap.bilities. Furth.rmore, it introduces.an op.imized multi-s.ale and multi-temp.ate match.ng ap.roach. leveraging a divers. array of temp.ates.and image p.ramid algorith.s.to bols.er th. accuracy and res.lience of object detection. By integrating deep.learning algorith.s.with.th.s.multi-s.ale and multi-temp.ate match.ng s.rategy, th. cas.aded target match.ng algorith. effectively accurately identifies.s.lder joint typ.s.and p.s.tions. A comp.eh.ns.ve welding p.int datas.t, labeled by exp.rts.s.4}cifically for veh.cle detection, was.cons.ructed bas.d on images.from auth.ntic indus.rial environments.to validate th. algorith.'s.p.rformance. Exp.riments.demons.rate th. algorith.'s.comp.lling p.rformance in indus.rial s.enarios. outp.rforming th. s.ngle-temp.ate match.ng algorith. by 21.3%, th. multi-s.ale and multitemp.ate match.ng algorith. by 3.4%, th. Fas.er RCNN algorith. by 19.7%, and th. YOLOv9 algorith. by 17.3% in terms.of s.lder joint detection accuracy. Th.s.op.imized algorith. exh.bits.remarkable robus.nes. and p.rtability, ideally s.ited for detecting s.lder joints.acros. divers. veh.cle workp.eces. Notably, th.s.s.udy's.datas.t and feature fus.on ap.roach.can be a valuable res.urce for oth.r algorith.s.s.eking to enh.nce th.ir

关键词： Cas.ade object detection deep.learning feature fus.on multi-s.ale and multi-temp.ate match.ng s.lder joint datas.t

Des.gn & Tes. of an Advanced Web s.curity Analys.s.Tool (AWs.T)

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Journal of s.ftware Engineering and Ap.lications 2024年第5期17卷 448-461页

作者： Meenaks.0} s. p. Manikandas.amy Vijay Madis.tti s.h.ol of Cybers.curity and p.ivacy Georgia Institute of Technology Atlanta USA

Cons.dering th. es.alating frequency and s.p.is.ication of cyber th.eats.targeting web ap.lications. th.s.p.p.r p.op.s.s.th. develop.ent of an automated web s.curity analys.s.tool to addres. th. acces.ibility gap.for non-s.curity p.ofes.ionals. Th.s.p.p.r p.es.nts.th. des.gn and imp.ementation of an automated web s.curity analys.s.tool, AWs.T, aimed at enabling individuals.with.limited s.curity exp.rtis. to effectively as.es. and mitigate vulnerabilities.in web ap.lications. Leveraging advanced s.anning tech.iques. th. tool identifies.common th.eats.s.ch.as.Cros.-s.te s.rip.ing (Xs.), s.L Injection, and Cros.-s.te Reques. Forgery (Cs.F), p.oviding detailed rep.rts.with.actionable ins.gh.s. By integrating s.mp.e p.yloads.and reference s.udy links. th. tool facilitates.informed decis.on-making in enh.ncing th. s.curity p.s.ure of web ap.lications. Th.ough.its.us.r-friendly interface and robus. functionality, th. tool aims.to democratize web s.curity p.actices. emp.wering a wider audience to p.oactively s.feguard agains. cyber th.eats.

关键词： Web s.curity Automated Analys.s Vulnerability As.es.ment Web s.anning Cros.-s.te s.rip.ing s.L Injection Cros.-s.te Reques. Forgery

Fuzzy Inventory Model under s.lling p.ice Dep.ndent Demand and Variable Deterioration with.Fully Backlogged s.2}rtages

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American Journal of Op.rations.Res.arch 2024年第2期14卷 87-103页

作者： Tanzim s. s.0}ikh.s.ntos.0}p. Gite Dep.rtment of s.atis.ics University of Mumbai Mumbai India

Th. objective is.to develop.a model cons.dering demand dep.ndent on s.lling p.ice and deterioration occurs.after a certain p.riod of time, wh.ch.follows.two-p.rameter Weibull dis.ribution. s.0}rtages.are allowed and fully backlogged. Fuzzy op.imal s.lution is.obtained by cons.dering h.xagonal fuzzy numbers.and for defuzzification Graded Mean Integration Rep.es.ntation Meth.d. A numerical examp.e is.p.ovided for th. illus.ration of cris.1}and fuzzy, both.models. To obs.rve th. effect of ch.nges.in p.rameters. s.ns.tivity analys.s.is.carried out.

关键词： Deterioration s.lling p.ice Dep.ndent Demand Fully Backlogged h.xagonal Fuzzy Numbers Graded Mean Integration Rep.es.ntation Meth.d

A Blade Altering Toolbox for Automating Rotor Des.gn Op.imization

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Communications.on Ap.lied Math.matics.and Comp.tation 2024年第1期6卷 688-704页

作者： Akiva Wernick jen-p.ng Ch.n Mech.nical and Aeros.1}ce Engineering The Ohio State University201 W.19th Ave.ColumbusOH43210USA

Th. Blade Altering Toolbox(BAT)des.ribed in th.s.p.p.r is.a tool des.gned for fas. recons.ruction of an altered blade geometry for des.gn op.imization *** BAT algorith. is.cap.ble of twis.ing a given rotor’s.angle of attack and s.retch.ng th. ch.rd length.along th. s.2}n of th. *** tes. cas.s.were run us.ng th. BAT’s.*** BAT code’s.twis.ing,s.retch.ng,and mes.0}recons.ruction cap.bilities.p.oved to be able to h.ndle reas.nably large geometric alterations.to a p.ovided inp.t rotor *** tes. examp.es.s.0}wed th.t th. toolbox’s.algorith. could h.ndle any s.retch.ng of th. blade’s.ch.rd as.long as.th. blade remained with.n th. original bounds.of th. unaltered *** algorith. ap.ears.to fail wh.n th. net twis. angle ap.lied th. geometry exceeds.ap.roximately 30 degrees.h.wever th.s.limitation is.dep.ndent on th. initial geometry and oth.r inp.t ***,th. algorith. is.a very p.werful tool for automating a des.gn op.imization p.ocedure.

关键词： Mes.0}recons.ruction Mes.0}alteration Rotor alteration Des.gn op.imization

Exp.oring one material for dual ap.lications.A red-emitting Mg_(2)GeO_(4):Eu^(3+)nanop.os.0}or for future generation energy efficient WLEDs.and dos.metric ap.lications

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Journal of Rare Earth. 2024年第10期42卷 1835-1845页

作者： Aks.0}y Arjun G.p.Dars.0}n s.C.s.0}rma h.Nagabh.s.0}na D.V.s.nith. h.B.p.emkumar Dep.rtment of p.ys.cs Faculty of Mathematical and Physical SciencesM.S.Ramaiah University of Applied SciencesBengaluru560054India h.norary p.ofes.or of Law and Forens.c Materials Jain UniversityBengaluru560069India C.N.R.Rao Centre for Advanced Materials Tumkur UniversityTumkur572103India s.h.ol of Ap.lied s.iences.p.ys.cs. REVA UniversityBengaluru560064India

Th. envis.ged des.gn and develop.e nt of individual mate rials.to excavate a broader s.1}ctrum of des.red p.op.rties.and offer multip.e ap.lications.are h.gh.y *** th.s.in mind,a s.ries.of fors.erite-s.ructured Mg_(2)GeO_(4):Eu^(3+)(1 mol%-9 mol%)nanop.os.1}ors.was.s.nth.s.zed via a s.lution combus.ion meth.d us.ng oxalyl dih.drazide as.a *** X-ray diffraction p.tterns.confirm th. orth.rh.mbic crys.al s.s.em with.a p.ma s.1}ce *** res.lts.clearly s.0}w irregularly s.0}p.d clus.er-like s.ructures.with.aggregation of th. *** diffus. reflectance s.1}ctra,th. op.ical energy band gap.of th. Mg_(2)GeO_(4):Eu^(3+)(1 mol%-9 mol%)nanop.os.1}ors.was.es.imated and obtained to be~4.12-4.32 *** p.otolumines.ence emis.ion s.1}ctra exh.bit intens. p.aks.at^(5)79,589,610,661,and 707 nm,wh.ch.are due to ch.racteris.ic^(5)D_(0)→^(7)F_(0),^(5)D_(0)→^(7)F_(1),^(5)Do→^(7)F_(2),^(5)D_(0)→^(7)F_(3)and^(5)D_(0)→^(7)F_(4)trans.tions.of Eu^(3+)ions.*** Commis.ion International de L'Eclairage color coordinates.are gradually tuned from p.le red(0.5980,0.4012)to a p.re red(0.6385,0.3611)*** glow p.aks.s.0}wcas. excellent s.p.r-linear res.1}ns. at low dos.s.ofγ-irradiations.indicating th.t th. p.ep.red p.os.1}or can be us.d in th.rmolumines.ent p.rs.nal dos.metry wh.ch.is.a biological tis.ue *** aforementioned res.lts.demons.rate th.t th. p.ep.red Mg_(2)GeO_(4):Eu^(3+)(1 mol%-9 mol%)nanop.os.1}ors.are cons.dered an excellent candidate for dual ap.lications.i.e.,red comp.nent in future generation wh.te-ligh.-emitting diodes.WLEDs.and p.rs.nal dos.metric ap.lications.

关键词： Nanop.os.0}ors p.otolumines.ence Th.rmolumines.ence Dos.metry p.otometric p.op.rties Rare earth.

Exact s.lutions.for magnetoh.drodynamic nanofluids.flow and h.at trans.er over a p.rmeable axis.mmetric radially s.retch.ng/s.0}inking s.0}et

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Ch.nes. p.ys.cs.B 2024年第2期33卷 108-114页

作者： U.s.Mah.bales.0}ar G.p.Vanith. L.M.p.rez Emad h.Aly I.p.p Dep.rtment of s.udies.in Math.matics Davangere UniversityShivagangothriDavangereIndia Dep.rtamento de F´ıs.ca FACIUniversidad de Tarapac´aCasilla 7DAricaChile Dep.rtment of Math.matics Faculty of EducationAin Shams UniversityRoxyCairoEgypt Dep.rtment of Math.matics Babes-Bolyai University400084 Cluj-NapocaRomania

We rep.rt on th. magnetoh.drodynamic imp.ct on th. axis.mmetric flow of Al_(2)O_(3)/Cu nanop.rticles.s.s.0}nded in h.(2)O p.s. a s.retch.d/s.1}inked *** th. us. of p.rtial differential equations.and th. corres.0}nding th.rmop.ys.cal ch.racteris.ics.of nanop.rticles.th. p.ys.cal flow p.oces. is.*** res.ltant nonlinear s.s.em of p.rtial differential equations.is.converted into a s.s.em of ordinary differential equations.us.ng th. s.itable s.milarity *** trans.ormed differential equations.are s.lved *** of th. magnetic p.rameter,s.lid volume fraction and s.retch.ng/s.1}inking p.rameter on momentum and temp.rature dis.ribution h.ve been analyzed and interp.eted *** s.in friction and Nus.elt number were als. *** addition,exis.ence of dual s.lution was.deduced for th. s.1}inking s.1}et and unique s.lution for th. s.retch.ng ***,Al_(2)O_(3)/h.(2)O nanofluid flow h.s.better th.rmal conductivity on comp.ring with.Cu/h.(2)O ***,it was.found th.t th. firs. s.lutions.of th. s.ream are s.able and p.ys.cally realizable,wh.reas.th.s. of th. s.cond ones.are uns.able.

关键词： magnetoh.drodynamic nanofluid s.retch.ng/s.0}inking s.0}et axis.mmetric flow analytical s.lution s.ction/injection

Enh.nced entrop. generation and h.at trans.er ch.racteris.ics.of magnetic nano-encap.ulated p.as. ch.nge materials.in latent h.at th.rmal energy s.orage s.s.ems

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Ap.lied Math.matics.and Mech.nics.Englis.1}Edition) 2024年第6期45卷 1051-1070页

作者： p.s.REDDY p.s.EEDEVI Dep.rtment of Math.matics Rajeev Gandhi Memorial College of Engineering and TechnologyNandyal 518501India

Th. objective of th. current s.udy is.to inves.igate th. imp.rtance of entrop. generation and th.rmal radiation on th. p.tterns.of velocity,is.ntrop.c lines.and temp.rature contours.with.n a th.rmal energy s.orage device filled with.magnetic nanoencap.ulated p.as. ch.nge materials.NEp.Ms..Th. vers.tile finite element meth.d(FEM)is.imp.emented to numerically s.lve th. governing *** effects.of various.p.rameters.including th. vis.os.ty p.rameter,ranging from 1 to 3,th. th.rmal conductivity p.rameter,ranging from 1 to 3,th. Rayleigh.p.rameter,ranging from 102 to 3×10^(2),th. radiation number,ranging from 0.1 to 0.5,th. fus.on temp.rature,ranging from 1.0 to 1.2,th. volume fraction of NEp.Ms.ranging from 2%to 6%,th. s.efan number,ranging from 1 to 5,th. magnetic number,ranging from 0.1 to 0.5,and th. irrevers.bility p.rameter,ranging from 0.1 to 0.5,are examined in detail on th. temp.rature contours.is.ntrop.c lines.h.at cap.city ratio,and velocity ***,th. h.at trans.er rates.at both.th. cold and h.t walls.are analyzed,and th. findings.are p.es.nted *** res.lts.indicate th.t th. time taken by th. NEp.Ms.to trans.tion from s.lid to liquid is.p.olonged ins.de th. ch.mber region as.th. fus.on temp.ratureθf ***,th. contours.of th. h.at cap.city ratio Cr decreas. with.th. increas. in th. s.efan number s.e.

关键词： volume fraction of nano-encap.ulated p.as. ch.nge material(NEp.M) radiation s.efan number h.at cap.city ratio entrop. generation

s.tured s.leral fixation of exis.ing s.bluxated/dis.ocated acrylic one-p.ece intraocular lens.s

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International Journal of Op.th.lmology(Englis.1}edition) 2024年第4期17卷 665-669页

作者： Wei-Yu h.ang Yung-jen Ch.n Dep.rtment of Op.th.lmology Chi Mei Medical CenterTainan City 710TaiwanChina Dep.rtment of Op.th.lmology Chang Gung Memorial HospitalKaohsiung City 833TaiwanChina

AIM:To evaluate th. vis.al and refractive outcomes.in cas.s.after s.tured s.leral fixation of exis.ing s.bluxated or dis.ocated acrylic one-p.ece intraocular lens.s.IOLs..METh.Ds.Th.s.s.udy retros.1}ctively enrolled a cons.cutive s.ries.of p.tients.wh. underwent a s.rgery of s.tured exis.ing s.bluxated or dis.ocated IOLs.from October 2018 to June *** p.tients.underwent comp.eh.ns.ve p.eop.rative and p.s.op.rative op.th.lmologic examination,and data were collected including age,s.x,s.rgical indications.bes.-corrected vis.al acuity,refractive error,intraocular *** of intraop.rative and p.s.op.rative s.rgical comp.ications.was.***:A total of 20 cons.cutive cas.s.were enrolled for analys.s.with.mean final follow-up.p.riod 9.8±*** acuity imp.oved from a mean of 0.35(0.46±0.32 logMAR)p.eop.ratively to 0.61(0.21±0.18 logMAR)at th. 3-month.follow-up.p.0.002).Th. mean amount of p.eop.rative keratometric as.igmatis. and total p.s.op.rative refractive as.igmatis. was.1.24±0.80 diop.ers.D)and-1.42±0.97 D,*** was.no s.atis.ically s.gnificant difference between p.eop.rative and p.s.op.rative as.igmatis.(p.0.156).Th. mean IOL-induced as.igmatis. was.0.23±0.53 *** mean s.1}erical equivalent at th. 3-month.follow-up.was.0.1±0.94 *** major comp.ications.were noted during th. follow-up.***:s.rgical tech.iques.us.ng s.tured s.leral fixation of exis.ing s.bluxated or dis.ocated acrylic one-p.ece IOLs.res.lt in favorable vis.al and refractive outcomes.with.ut major comp.ications.

关键词： intraocular lens.dis.ocation intraocular lens.s.bluxation lens.dis.ocation lens.s.bluxation s.leral fixation

Cons.ruction of 2D/2D Ti_(3)C_(2)T_(x)MXene/Cds.h.terojunction with.p.ototh.rmal effect for efficient p.otocatalytic h.drogen p.oduction

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Journal of Materials.s.ience & Tech.ology 2024年第4期171卷 1-9页

作者： T.Y.h.ang Z.Yang s.Y.Yang Z.h.Dai Y.J.Liu J.h.Liao G.Y.Zh.ng Z.J.Xie Y.p.Fang s.s.Zh.ng Key Laboratory for Biobas.d Materials.and Energy of Minis.ry of Education Guangdong Laboratory for Lingnan Modern AgricultureCollege of Materials and EnergySouth China Agricultural UniversityGuangzhou 510643China s.h.ol of p.ys.cs.and Op.oelectronics South China University of TechnologyGuangzhou 510640China s.h.ol of Ch.mical Engineering and Energy Tech.ology Guangdong Provincial Key Laboratory of Distributed Energy SystemsDongguan University of TechnologyDongguan 523808China

Th. ins.ns.tivity of s.miconductors.to vis.ble and infrared ligh. is.a key cons.raint on th. utilization of ligh. energy in p.otocatalytic *** p.otocatalys.s.with.full-s.4}ctrum abs.rp.ion th.ough.s.rface engineering is.an effective ap.roach.to fully h.rnes.ing ligh. energy in s.miconductor ***,a novel s.able Ti_(3)C_(2)T_(x)MXene/Cds.h.terojunction catalys. is.obtained by in-s.tu ep.taxial growth.of two-dimens.onal(2D)Cds.nanos.0}ets.on 2D MXene interface via a s.lvoth.rmal *** excep.ional ligh. abs.rp.ion p.op.rties.of MXene confer outs.anding full-s.4}ctrum driven p.otocat-alytic h.drogen evolution cap.bility up.n th. h.terogeneous.*** unique 2D/2D s.ructure effectively mitigated th. recombination of p.otogenerated carriers.enh.ncing th. p.otocatalytic p.rformance of th. ***,th. comp.s.te catalys. exh.bits.a s.gnificantly h.gh.r s.rface temp.rature of 80.4℃under vis.ble ligh. irradiation at an intens.ty of 0.1 W/cm^(2),wh.ch.is.1.84 times.h.gh.r th.n th.t of *** irradiation of vis.ble and near infrared ligh.,th. comp.s.te catalys. with.p.ototh.rmal ef-fect demons.rates.a remarkable h.drogen evolution rate of 65.4 mmol g^(-1)h.(-1),wh.ch.is.7.2 times.h.gh.r th.n th.t of Cds.*** s.udy introduces.a novel ap.roach.for cons.ructing full-s.4}ctrum abs.rp.ion catalys.s.and exp.nds.th. ap.lication of th. p.ototh.rmal effect in p.otocatalytic h.drogen evolution res.arch.

关键词： Two-dimens.onal s.ructure h.teros.ructure p.ototh.rmal effect p.otocatalys. h.drogen evolution