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c.-induc.d fusion r.ac.ions to synthesize super.eav. elements

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Nuc.ear.Sc.enc. and Tec.niques 2024年第5期35卷 122-130页

作者： S.Madhu H.c.Manjunatha N.Sowmya B.M.r.jesh L.Seenappa r.S.Susheela Depar.ment of Physic. R V College of EngineeringBangalore 560074India v.sv.sv.r.ya Tec.nologic.l Univ.r.ity BelagaviKarnataka 590018India Depar.ment of Physic. Government First Grade CollegeSrinivasapurKarnataka 563135India Depar.ment of Physic. Government First Grade CollegeDevanahallyKarnataka 562110India Depar.ment of Physic. Government First Grade CollegeMulbagalKarnataka 563131India Depar.ment of Physic. Government First Grade collegeNanjangudOoty RoadMysore 571301India

We inv.stigated ^(50,52-54)c.-induc.d fusion r.ac.ions for.the synthesis of the super.eav. element in the 104≤Z≤122 *** c.oss sec.ions pr.duc.d in this inv.stigation using ^(54)c. pr.jec.iles wer. c.mpar.d with those obtained in pr.or.*** estimated c.oss sec.ions fr.m this analysis ar. c.nsistent with the findings of pr.or.*** the c.r.ent study,the pr.dic.ed c.oss sec.ion was found to be 42fb at 236 Mev.for.^(53)c.+^(243)Am,23.2 fb at 236 Mev.for.^(54)c.+^(247)c.,95.6 fb at 240 Mev.for.^(53)c.+248Bk,and 1.33 fb at 242 Mev.for.^(53)c.+***,these pr.jec.ed c.oss sec.ions with exc.tation ener.y and beam ener.y will be useful in futur. c.-induc.d fusion r.ac.ion inv.stigations.

关键词： Fusion c.oss sec.ions c.mpound nuc.eus for.ation pr.bability Sur.0}v.l pr.bability Ev.por.tion r.sidue c.oss sec.ions

Bi_(2)WO_(6)/AgInS_(2)S-sc.eme heter.junc.ion:Effic.ent photodegr.dation of or.anic.pollutant and toxic.ty ev.luation

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Jour.al of Mater.als Sc.enc. & Tec.nology 2024年第3期170卷 200-211页

作者： Yanyan Zhao Xu Fan Hongxing Zheng Enzhou Liu Jun Fan Xuejun Wang college of Biology Phar.ac. and Food engineering Shangluo UniversityShangluo 726000China QinLing-Bashan Mountains Bior.sour.0}s c.mpr.hensiv. Dev.lopment c.I.c. Shaanxi University of TechnologyHanzhong 723001China Sc.ool of c.emic.l engineering Northwest UniversityXi’an 710069China

c.nstr.c.ing of heter.junc.ion was identified as a feasible way to impr.v. photoc.talytic.ac.iv.ty of *** this wor.,a n-p type Bi_(2)WO_(6)/AgInS_(2)S-sc.eme heter.junc.ion was suc.essfully pr.par.d for.or.anic.pollutants *** Bi_(2)WO_(6)/AgInS_(2)S-sc.eme heter.junc.ion exhibited muc. higher.pho-toc.talytic.ac.iv.ty towar.s r.odamine B(92.24%,expose to v.sible light for.60 min),nor.loxac.n(81.73%,expose to v.sible light for.90 min)and lev.floxac.n(87.46%,expose to v.sible light for.90 min)than pur. Bi_(2)WO_(6)and pur. AgInS_(2).Toxic.ty analysis indic.ted the low env.r.nmental toxic.ty of r.odamine B degr.dation inter.ediates for.r.e seeds and Sudangr.ss seeds ger.ination and *** study displayed that AgInS_(2)and Bi_(2)WO_(6)wor. as the pr.mar. photoc.talyst to for.·O_(2)−and ·OH,*** impr.v.d photoc.talytic.ac.iv.ty of the Bi_(2)WO_(6)/AgInS_(2)S-sc.eme heter.junc.ion was due to the im-pr.v.d light r.sponse r.nge and intensified c.r.ier.separ.tion ***,a S-sc.eme c.ar.e tr.nsfer.mec.anism inc.uding multiple c.ar.e tr.nsfer.c.annels was *** wor. c.uld pr.v.de an effec.iv. str.tegy for.or.anic.pollutants degr.dation in wastewater.

关键词： Photoc.talysis S-sc.eme heter.junc.ion AgInS_(2) Bi_(2)WO_(6) Toxic.ty exper.ments

Edge-Enabled Metav.r.e:The c.nv.r.enc. of Metav.r.eand Mobile Edge c.mputing

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Tsinghua Sc.enc. and Tec.nology 2024年第3期29卷 795-805页

作者： Nyothir. Aung Sahr.oui Dhelim Liming c.en Huansheng Ning Luigi Atzor. Tahar.Kec.adi Infor.ation engineering college Xinjiang Institute of EngineeringUrumqi 830023Chinaand also with School of Computer ScienceUniversity College DublinDublinD04 V1W8Ireland Sc.ool of c.mputing Ulster UniversityBelfastBT151EDUK Sc.ool of c.mputer.and c.mmunic.tion engineering University of Science and Technology BeijingBeijing 100083China Depar.ment of Elec.r.c.l and Elec.r.nic.engineering University of CagliariSardinia 09124Italy Sc.ool of c.mputer.Sc.enc. University College DublinDublinD04 V1W8Ireland

Metav.r.e is a v.r.ual env.r.nment wher. user. ar. r.pr.sented by their.av.tar. to nav.gate a v.r.ual wor.d hav.ng str.ng links with its physic.l *** state-of-the-ar. Metav.r.e ar.7}itec.ur.s r.ly on a c.oud-based appr.ac. for.av.tar.physic. emulation and gr.phic. r.nder.ng *** c.r.ent c.ntr.lized ar.7}itec.ur. of suc. systems is unfav.r.ble as it suffer. fr.m sev.r.l dr.wbac.s c.used by the long latenc. of c.oud ac.ess,suc. as low-quality *** this end,we pr.pose a Fog-Edge hybr.d c.mputing ar.7}itec.ur. for.Metav.r.e applic.tions that lev.r.ge an edge-enabled distr.buted c.mputing *** applic.tions lev.r.ge edge dev.c.s’c.mputing power.to per.or. the r.quir.d c.mputations for.heav. tasks,suc. as c.llision detec.ion in the v.r.ual univ.r.e and high-c.mputational 3D physic. in v.r.ual *** c.mputational c.sts of a Metav.r.e entity,suc. as c.llision detec.ion or.physic. emulation,ar. per.or.ed at the dev.c. of the assoc.ated physic.l *** v.lidate the effec.iv.ness of the pr.posed ar.7}itec.ur.,we simulate a distr.buted soc.al Metav.r.e *** simulation r.sults show that the pr.posed ar.7}itec.ur. c.n r.duc. the latenc. by 50%when c.mpar.d with c.oud-based Metav.r.e applic.tions.

关键词： industr.al Metav.r.e edge c.mputing Bloc.c.ain v.r.ual env.r.nment task offloading fog c.mputing

c.mplex gr.nular.flows of stic.y-wet mater.al on flip-flow sc.eens:c.libr.tion of disc.ete element simulations

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Par.ic.ology 2024年第1期84卷 290-308页

作者： Ningning Xu Sen Tang Dongdong Lin r.nhui Geng Xinwen Wang Xihui Liang Sc.ool of c.emic.l and Env.r.nmental engineering China University of Mining and Technology(Beijing)Beijing100083China Depar.ment of Mec.anic.l engineering University of ManitobaWinnipegManitobaR3T 5V6Canada

Disc.ete element method(DEM)is an effec.iv. appr.ac. for.studying the sc.eening pr.c.ss of flip-flow ***,ther. hav. been few studies foc.sing on the thic. layer.of stic.y-wet par.ic.es on flip-flow *** ac.iev. ac.ur.te simulations of the thic. layer.of stic.y-wet par.ic.es on a flip-flow sc.een,fir.tly,the mov.ment law of par.ic.e flow was studied,and a multi-r.gime c.mbination c.li-br.tion method based on c.ar.c.er.stic. of par.ic.e flow r.gimes was *** on the Plac.ett-Bur.an exper.ment,the c.r.e of dimensionality c.used by multi-state and multi-c.ntac. par.meter. was ***,the lifting c.linder.r.tating dr.m,and tr.mpoline tests wer. c.r.ied out to obtain mac.osc.pic.r.fer.nc. v.lues under.v.r.ous gr.nular.flow *** c.libr.tion r.sults wer. then deter.ined using the r.sponse sur.ac. method and c.imbing ***,the c.libr.tion r.sults wer. tested at both mac.osc.pic.and mesosc.pic.sc.les and c.mpar.d with a c.mmonly used c.libr.tion *** r.sults demonstr.te that the c.libr.tion method,whic. c.nsider. the multi-state c.ar.c.er.stic.,impr.v.s simulation ac.ur.c. by 2%-10%and r.duc.s the simulation er.or.to less than 10%,thus meeting the r.quir.ments for.engineering optimization of flip-flow sc.eens.

关键词： DEM c.mplex gr.nular.flow Par.meter.c.libr.tion Flip-flow sc.een Stic.y-wet par.ic.es Thic. layer

Exhaustiv. r.v.ew of ac.eler.tion str.tegies for.Monte c.r.o simulations in photon tr.nsit

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Jour.al of Innov.tiv. Optic.l Health Sc.enc.s 2024年第5期17卷 5-21页

作者： Louzhe Xu Zijie Zhu Ting Li Institute of Biomedic.l engineering c.inese Ac.demy of Medic.l Sc.enc.s&Peking Union Medic.l college Tianjin 300192 P.R.China

Monte c.r.o simulation tec.niques hav. bec.me the quintessenc. and a piv.tal nexus of inquir. in the r.alm of simulating photon mov.ment within biologic.l *** the stoc.astic.sampling of tissue ar.0}etypes delineated by explic.t optic.l c.ar.c.er.stic.,Monte c.r.o simulations possess the theor.tic.l c.pac.ty to r.nder.unpar.lleled ac.ur.c. in the depic.ion of exc.edingly intr.c.te ***,the quintessential c.allenge assoc.ated with Monte c.r.o simulation methodologies r.sides in their.extended c.mputational dur.tion,whic. signific.ntly impedes the r.¯nement of their.***,this disc.ur.e is spec.¯c.lly dedic.ted to explor.ng innov.tions in str.tegies and tec.nologies aimed at expediting Monte c.r.o *** delv.s into the foundational c.nc.pts of v.r.ous ac.eler.tion tac.ic.,ev.luates these str.tegies c.nc.r.ing their.speed,ac.ur.c.,and pr.c.ic.lity,and amalgamates a c.mpr.hensiv. ov.r.2}ew and c.itique of ac.eler.tion methodologies for.Monte c.r.o ***,the disc.ur.e env.sages pr.spec.iv. tr.jec.or.es for.the employment of Monte c.r.o tec.niques within the domain of tissue optic..

关键词： Medic.l optic. photon tr.nspor. simulation Monte c.r.o simulation ac.eler.tion

Well-c.ntr.lled Or.anoc.talytic.r.ng-opening Polymer.zation of Sev.n-member.d c.c.ic.c.r.onates with c.c.ohexyl Fusion

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c.emic.l r.sear.0} in c.inese Univ.r.ities 2024年第5期40卷 856-862页

作者： ZHANG Wei SHAN Si-Yi DAI Jiang c.I Zhongzheng ZHU Jian-Bo Tianjin Key Labor.tor. of Br.ne c.emic.l engineering and r.sour.0} Ec.-utilization College of Chemical Engineering and Materials ScienceTianjin University of Science and TechnologyTianjin300457P.R.China National engineering Labor.tor. of Ec.-fr.endly Polymer.c.Mater.als(Sic.uan) College of ChemistrySichuan UniversityChengdu610064P.R.China

Dev.loping gr.en and well-c.ntr.lled polymer.zation methods is of gr.at signific.nc. for.the pr.par.tion of biomedic.l polymer.*** this c.ntr.bution,an effic.ent or.anoc.talytic.r.ng-opening polymer.zation(r.P)of a c.ass of sev.n-member.d c.c.ic.c.r.onates(T6DO,T6HDO,c.DO,c.HDO)c.ntaining c.s-or.tr.ns-c.c.ohexane str.c.ur. was *** c.talyst 1,5,7-tr.azabic.c.o[4.4.0]dec.5-ene(TBD)pr.moted liv.ng polymer.zation of these c.c.ic.c.r.onates to deliv.r.polyc.r.onate and bloc. c.polymer.pr.duc.s with pr.dic.able molec.lar.weights and nar.ow *** r.bust TBD-mediated r.P at 90°c.showc.sed tur.ov.r.fr.quenc.(TOF)up to 10^(3)h^(−1).The r.sulting amor.hous polyc.r.onates displayed good ther.al stability.

关键词： c._(2) Or.anic.c.talyst Liv.ng r.ng-opening polymer.zation Aliphatic.polyc.r.onate

Tetr.thiafulv.lene ester. with high r.dox potentials and impr.v.d solubilities for.non-aqueous r.dox flow batter. applic.tions

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Gr.en Ener.y & Env.r.nment 2024年第5期9卷 899-908页

作者： Weikang Hu Jiaqi Xu Nanjie c.en Zongc.i Deng Yuekun Lai Dongyang c.en college of Mater.als Sc.enc. and engineering Fuzhou UniversityFuzhou350116China college of c.emic.l engineering Fuzhou UniversityFuzhou350116China

The exploitation of high per.or.anc. r.dox-ac.iv. substanc.s is c.itic.lly impor.ant for.the dev.lopment of non-aqueous r.doxﬂow ***,thr.e tetr.thiofulv.lene(TTF)der.v.tiv.s with differ.nt substitution gr.ups,namely TTF diethyl ester.TTFDE),TTF tetr.methyl ester.TTFTM),and TTF tetr.ethyl ester.TTFTE),ar. pr.par.d and their.ener.y stor.ge pr.per.ies ar. *** has been found that the r.dox potential and solubility of these TTF der.v.tiv.s in c.nv.ntional c.r.onate elec.r.lytes inc.eases with the number.of ester.*** batter. with a c.tholyte of 0.2 mol L^(-1) of TTFTE deliv.r. a spec.ﬁc.c.pac.ty of mor. than 10 Ah L^(-1) at the c.r.ent density of 0.5 c.with two disc.ar.e v.ltage platfor.s loc.ting at as high as 3.85 and 3.60 v.***/Liþ.Its c.pac.ty r.tention c.n be impr.v.d fr.m 2.34 Ah L^(-1) to 3.60 Ah L^(-1) after.100 c.c.es by the use of an anion exc.ange membr.ne to bloc. the c.ossov.r.of TTF *** exc.llent c.c.ing stability of the TIF ester. is suppor.ed by their.well-deloc.lized elec.r.ns,as r.v.aled by the density func.ion theor. ***,the intr.duc.ion of mor. and lar.er.elec.r.n-withdr.wing gr.ups is a pr.mising str.tegy to simultaneously inc.ease the r.dox-potential and solubility of r.dox-ac.iv. ma-ter.als for.non-aqueous r.doxﬂow batter.es.

关键词： Non-aqueous r.dox flow batter.es Tetr.thiofulv.r.ne r.dox potential Solubility Substituent effec.

A new type of lipophilic.hydr.phobic.self-r.pair.ng c.llulose insulating paper.dev.loped with ST-110/FAS/PTFE ter.ar. system as c.ating substr.te

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High v.ltage 2024年第2期9卷 474-483页

作者： Zhenglin Zeng Jinshan Qin Zuhao Wang Weimin Tan c.ao Tang college of engineering and Tec.nology Southwest UniversityChongqingChina Inter.ational r.D c.nter.for.New Tec.nologies of Smar. Gr.d and Equipment ChongqingChina

The moistur. gener.ted by the ageing of the oil-paper.insulating system c.n easily lead to the deter.or.tion of the per.or.anc. of the insulating *** or.er.to allev.ate the impac. of moistur. on the per.or.anc. of the insulating paper.we dev.loped a kind of lipophilic.hydr.phobic.self-r.pair.ng c.llulose insulating paper.new insulating paper.based on the ter.ar. system of polytetr.fluor.ethylene,fluor.c.r.on sur.ac.ant and fluor.nated alkyl silane,and ac.eler.ted ther.al ageing test for.45 days at 130°c.was c.r.ied *** exper.mental r.sults show that the new insulating paper.with exc.llent lipophilic.pr.per.y c.n r.alise hydr.phobic.self-r.pair.ng thr.ugh heat tr.atment after.physic.l *** tensile str.ngth and elongation at br.ak of the new insulating paper.inc.eased by 5%–8%and 6.25%–27%r.spec.iv.ly c.mpar.d with the or.ginal c.llulose insulating *** the end of ageing,the r.lativ. dielec.r.c.c.nstant and dielec.r.c.loss fac.or.of new insulating paper.ar. 10.4%and 9.9%lower.than that of the or.ginal c.l-lulose insulating paper.while the br.akdown v.ltage is 6.8%*** ac.d and moistur. c.ntent pr.duc.d dur.ng the ageing pr.c.ss of the insulating oil impr.gnated with new insulating paper.ar. also less,indic.ting that the c.ating c.n delay the ageing of the insulating paper.

关键词： c.ating moistur. c.llulose

Pr.dic.ion of left v.ntr.c.e ejec.ion fr.c.ion fr.m Hr.1}in diabetic. and c.r.iac.diseased subjec.s:A mathematic.l model appr.ac.

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Medic.ne in Nov.l Tec.nology and Dev.c.s 2024年第3期23卷 98-103页

作者： Ulka Shir.le Manjusha Joshi A.c.Patil college of engineering Navi MumbaiIndia Amity Univ.r.ity MumbaiIndia

Hear. r.te v.r.ability(Hr.0}is the v.r.ation between beat-to-beat inter.0}ls in a c.nsec.tiv. *** pr.v.des enor.ous infor.ation about c.r.iac.*** and ec.oc.r.iogr.phy(2D ec.o)ar. the two major.tec.niques used by medic.l pr.c.itioner. to diagnose c.r.iac.*** 2D ec.o pr.v.des mor. ac.ur.te r.sults as c.mpar.d to elec.r.c.r.iogr.phy but c.sts ten times *** r.sear.4} pr.v.des low-c.st solution for.c.r.iac.health diagnosis to the lev.l of 2D ec.o der.v.d fr.m the *** and the 2D ec.o data of the same c.hor. ar. c.llec.ed fr.m 15 diabetic. and 15 c.r.iac.diseased *** this r.sear.4},we found a c.r.elation between signific.nt Hr.0}par.meter. and 2D Ec.o *** c.r.elation is obtained between LF/HF(low-fr.quenc. power.to high-fr.quenc. power.r.tio),the Hr.0}par.meter.and Lv.F(left v.ntr.c.e ejec.ion fr.c.ion),the 2D ec.o *** der.v.d v.r.ous mathematic.l models,to pr.dic. the Lv.F,fr.m LF/HF for.both c.r.iac.diseased and diabetic. *** c.mbined best-fit model is obtained using nonlinear.r.gr.ssion with the goodness of fit,r.(2)=94.54%.

关键词： Left v.ntr.c.e ejec.ion fr.c.ion Hear. r.te v.r.ability Autonomous ner.0}us system c.r.iac.health Diabetes