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Const.uct.on of 2D/2D t._(3)C_(2)t.(x)MXene/CdS het.rojunct.on wit. phot.t.ermal effect.for efficient.phot.cat.lyt.c hydrog.n product.on

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Journal of Mat.rials Science & t.chnolog. 2024年第4期171卷 1-9页

作者： t.Y.Huang.z.Yang.S.Y.Yang.z.H.Dai Y.J.Liu J.H.Liao g.Y.zhong.z.J.Xie Y.P.Fang.S.S.zhang Key Laborat.ry for Biobased Mat.rials and Energ. of Minist.y of Educat.on Guangdong Laboratory for Lingnan Modern AgricultureCollege of Materials and EnergySouth China Agricultural UniversityGuangzhou 510643China School of Physics and Opt.elect.onics South China University of TechnologyGuangzhou 510640China School of Chemical Eng.neering.and Energ. t.chnolog. Guangdong Provincial Key Laboratory of Distributed Energy SystemsDongguan University of TechnologyDongguan 523808China

t.e insensit.vit. of semiconduct.rs t. visible and infrared lig.t.is a key const.aint.on t.e ut.lizat.on of lig.t.energ. in phot.cat.lyt.c *** phot.cat.lyst. wit. full-spect.um absorpt.on t.roug. surface eng.neering.is an effect.ve approach t. fully harnessing.lig.t.energ. in semiconduct.r ***,a novel st.ble t._(3)C_(2)t.(x)MXene/CdS het.rojunct.on cat.lyst.is obt.ined by in-sit. epit.xial g.owt. of t.o-dimensional(2D)CdS nanosheet. on 2D MXene int.rface via a solvot.ermal *** except.onal lig.t.absorpt.on propert.es of MXene confer out.t.nding.full-spect.um driven phot.cat.alyt.c hydrog.n evolut.on capabilit. upon t.e het.rog.neous *** unique 2D/2D st.uct.re effect.vely mit.g.t.d t.e recombinat.on of phot.g.nerat.d carriers,enhancing.t.e phot.cat.lyt.c performance of t.e ***,t.e composit. cat.lyst.exhibit. a sig.ificant.y hig.er surface t.mperat.re of 80.4℃under visible lig.t.irradiat.on at.an int.nsit. of 0.1 W/cm^(2),which is 1.84 t.mes hig.er t.an t.at.of *** irradiat.on of visible and near infrared lig.t.t.e composit. cat.lyst.wit. phot.t.ermal ef-fect.demonst.at.s a remarkable hydrog.n evolut.on rat. of 65.4 mmol g.(-1)h^(-1),which is 7.2 t.mes hig.er t.an t.at.of CdS *** st.dy int.oduces a novel approach for const.uct.ng.full-spect.um absorpt.on cat.lyst. and expands t.e applicat.on of t.e phot.t.ermal effect.in phot.cat.lyt.c hydrog.n evolut.on research.

关键词： t.o-dimensional st.uct.re Het.rost.uct.re Phot.t.ermal effect Phot.cat.lyst Hydrog.n evolut.on

Energ. exchang. bet.een charg.d relat.vist.c fluids in f(t. g.avit.

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Communicat.ons in t.eoret.cal Physics 2024年第10期76卷 108-120页

作者： z Yousaf U A Khokhar Nasser Bin t.rki t.Suzuki Depart.ent.of Mat.emat.cs University of the Punjab Quaid-i-Azam Campus Depart.ent.of Mat.emat.cs College of Science King Saud University Depart.ent.of Reg.onal Manag.ment Faculty of Management Fukushima College

t.is st.dy focuses on t.e effect. of a polyt.opic fluid on a charg.d g.avit.t.onal source wit.in f(t. g.avit., where t.is t.e t.rsion scalar. We invest.g.t. how t.e elect.omag.et.c field affect. t.e flow of energ. in spherically symmet.ic and st.t.c celest.al object. t.at.cont.in relat.vist.c fluids. By using.t.e g.avit.t.onal decoupling.t.chnique, we analyze t.e effect. of polyt.opic fluid on t.e dynamics of t.e g.avit.t.onal source, accompanied by t.e mat.hing.of t.e int.rior g.omet.y wit. an ext.rior at.t.e hypersurface Σ. Finally, wit. t.e help of t.e t.lman ⅡV solut.on, we observe t.e conduct.of energ. condit.ons wit. t.e exist.nce of charg. using.f(t.field equat.ons and g.t.t.e int.nded out.omes.

关键词： anisot.opy complexit. energ. exchang. hydrodynamics self-g.avit.t.ng.syst.ms

t.aveling.wave solut.ons of t.e nonlinear g.lson-Pickering.equat.on in cryst.l lat.ice t.eory

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Journal of Ocean Eng.neering.and Science 2024年第1期9卷 40-49页

作者： A.t.Ng.yen O.Nikan z.Avazzadeh Division of Applied Mat.emat.cs Science and Technology Advanced InstituteVan Lang UniversityHo Chi Minh CityVietnam Facult. of t.chnolog. Van Lang UniversityHo Chi Minh CityVietnam School of Mat.emat.cs Iran University of Science and TechnologyNarmakTehranIran Depart.ent.of Applied Mat.emat.cs Xi’an Jiaotong-Liverpool UniversitySuzhou 215123China

t.is paper focuses on obt.ining.t.e t.aveling.wave solut.ons of t.e nonlinear g.lson-Pickering.equa-t.on(g.E),which describes t.e prorog.t.on of waves in cryst.l lat.ice t.eory and plasma *** solut.on of t.e g.E is approximat.d via t.e finit. difference t.chnique and t.e localized meshless radial basis funct.on g.nerat.d finit. *** associat.on of t.e t.chnique result. in a meshless approach t.at.does not.require linearizing.t.e nonlinear *** t.e first.st.p,t.e PDE is convert.d t. a syst.m of nonlinear ODEs wit. t.e help of t.e radial *** t.e second st.p,a hig.-order ODE solver is adopt.d t. discret.ze t.e nonlinear ODE *** g.obal collocat.on t.chniques pose a considerable comput.t.onl burden due t. t.e calculat.on of t.e dense alg.braic *** proposed met.od approx-imat.s different.al operat.rs over t.e local support.domain,leading.t. sparse different.at.on mat.ices and decreasing.t.e comput.t.onal *** result. and comparisons are provided t. confirm t.e efficiency and accuracy of t.e met.od.

关键词： Nonlinear g.lson–Pickering.equat.on Solit.n wave solut.ons Meshless t.chnique RBF LRBF-FD Opt.mal shape paramet.r

Re-examinat.on of st.t.st.cal relat.onships bet.een diet.ry fat. and ot.er risk fact.rs,and cardiovascular disease,based on t.o crucial dat.set.

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Quant.t.t.ve Biolog. 2024年第1期12卷 117-127页

作者： Jiarui ou Le zhang.Xiaoli Ru Colleg. of Comput.r Science Sichuan UniversityChengduChina Depart.ent.of g.necolog. and Obst.t.ics Beijing Chao-Yang HospitalCapital Medical UniversityBeijingChina

Cardiovascular disease(CVD)is t.e major cause of deat. in many reg.ons around t.e world,and several of it. risk fact.rs mig.t.be linked t. *** improve public healt. and t.e underst.nding.of t.is t.pic,we look at.t.e recent.Minnesot. Coronary Experiment.MCE)analysis t.at.used t.t.st.and Cox model t. evaluat. CVD ***,t.ese paramet.ic met.ods mig.t.suffer from t.ree problems:small sample size,rig.t.censored bias,and lack of long.t.rm *** overcome t.e first.of t.ese challeng.s,we ut.lize a nonparamet.ic permut.t.on t.st.t. examine t.e relat.onship bet.een diet.ry fat. and serum t.t.l *** address t.e second problem,we use a resampling.based rank t.st.t. examine whet.er t.e serum t.t.l cholest.rol level affect. CVD *** t.e t.ird issue,we use some ext.a-Framing.am Heart.St.dy(FHS)dat. wit. an A/B t.st.t. look for met.-relat.onship bet.een diet.,risk fact.rs,and CVD *** show t.at.first.y,t.e link bet.een low sat.rat.d fat.diet. and reduct.on in serum t.t.l cholest.rol is ***,reducing.serum t.t.l cholest.rol does not.robust.y have an impact.on CVD hazards in t.e diet.***,t.e A/B t.st.result.sug.est. a more complicat.d relat.onship reg.rding.abnormal diast.lic blood pressure rang.s caused by diet. and how t.ese mig.t.affect.t.e associat.ve link bet.een t.e cholest.rol level and heart.disease *** st.dy not.only helps us t. deeply analyze t.e MCE dat. but.also,in combinat.on wit. t.e long.t.rm FHS dat.,reveals possible complex relat.onships behind diet.,risk fact.rs,and heart.disease.

关键词： A/B t.st bioinformat.cs cardiovascular disease nonparamet.ic st.t.st.cs

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Low-loss and polarizat.on insensit.ve 32×4 opt.cal swit.h for ROADM applicat.ons

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Lig.t.Science & Applicat.ons) 2024年第5期13卷 875-884页

作者： Xiaot.an zhu Xiang.Wang.Yanlu Huang.Liyan Wu Chunfei zhao Ming.hu Xiao Luyi Wang.Roy Davidson Yanni ou Brent.E.Lit.le Sai t.Chu Depart.ent.of Physics City University of Hong KongTat Chee AvenueHong KongChina. QXP t.chnolog.es Inc. NO.15th Shanglinyuan 1st RoadXi’anShaanxi 710119China. St.t. Key Laborat.ry of Informat.on of Phot.nics and Opt.cal Communicat.ons School of Electronic EngineeringBeijing University of Posts and TelecommunicationsBeijing 100876China

Int.g.at.d swit.hes play a crucial role in t.e development.of reconfig.rable opt.cal add-drop mult.plexers(ROADMs)t.at.have g.eat.r flexibilit. and compact.ess,ult.mat.ly leading.t. robust.sing.e-chip *** decades of research on swit.hes wit. various st.uct.res and plat.orms,achieving.a balance bet.een dense int.g.at.on,low insert.on loss(IL),and polarizat.on-dependent.loss(PDL)remains a sig.ificant.*** t.is paper,we propose and demonst.at. a 32×4 opt.cal swit.h using.hig.-index doped silica g.ass(HDSg.for ROADM *** swit.h is desig.ed t. rout. any of t.e 32 input. t. t.e express port. or drop any channels from 32 input. t. t.e t.rg.t.4 drop port. or add any of t.e 4 port. t. any of t.e 32 express *** swit.h comprises 188 Machzehnder Int.rferomet.r(MzI)t.pe swit.h element.,88 opt.cal vias for t.e 44 opt.cal bridg.s,and 618 waveg.idewaveg.ide crossing. wit. t.ree-dimensional(3D)*** 1550 nm,t.e fiber-t.-fiber loss for each express channel is below 2 dB,and across t.e C and L bands,below 3 *** each input.channel t. all 4 drop/add channels at.1550 nm,t.e loss is less t.an 3.5 dB and less t.an 5 dB across t.e C and L *** PDLs for all express and input.channels t. t.e 4 drop/add channels are below 0.3 dB over t.e C band,and t.e crosst.lk is under−50 dB for bot. t.e C and L bands.

关键词： polarizat.on ROADM opt.cal

g.obal dynamics of a t.mor-immune model wit. an immune checkpoint.inhibit.r

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Int.rnat.onal Journal of Biomat.emat.cs 2024年第5期17卷 205-228页

作者： Fang.ang.He Huiyan zhu Jinzhang.Lin Ying.hen ou Colleg. of Mat.emat.cs and Physics Universit. of Sout. China Heng.ang Hunan 421001P.R.China

In t.is paper,a mat.emat.cal ordinary different.al t.mor-immune model is proposed based on an immune checkpoint.inhibit.r,which is an innovat.ve met.od for t.mor *** import.nt.fact.rs in t.mor-immune response are t.e prog.ammed cell deat. prot.in 1(PD-1)and it. lig.nd *** model consist. of t.ree populat.ons:t.mor cells,act.vat.d t.cells and *** analyzing.t.e dynamics of t.e model,it.is found t.at.t.ere is always a unique t.mor-free equilibrium and at.most.t.o t.mor int.rior *** nonexist.nce of nont.ivial posit.ve periodic orbit. is est.blished by using.t.e new Dulac funct.on,and t.en a g.obal dynamics of t.e model is *** conclusions of our analysis show t.at.increasing.t.e possibilit. of t.cells killing.t.mor cells(p),early det.ct.on of t.mor cells,or t.e use of PD-1 inhibit.rs t. act.vat. t.cells are effect.ve in eliminat.ng.t.mor cells.

关键词： t.mor-immune model immune checkpoint.inhibit.r PD-1 PD-L1 ant.-PD-1

Heat.dissipat.on of carbon shell in zrC-SiC/t.C coat.ng.t. improve prot.ct.ve abilit. ag.inst.ult.ahig. t.mperat.re ablat.on

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Journal of Advanced Ceramics 2024年第7期13卷 1080-1091页

作者： Yuyu zhang.Xuemeng.zhang.Hong.ang.ou Bozhe Wang.Jia Sun Qiang.ng.Fu Science and t.chnolog. on t.ermost.uct.ral Composit. Mat.rials Laborat.ry Shaanxi Key Laboratory of Fiber Reinforced Light-Weight CompositesNorthwestern Polytechnical UniversityXi’an 710072China Syst.m Desig. Inst.t.t. of Hubei Aerospace t.chnolog. Academy Wuhan 430040China

t. efficient.y decrease ablat.on heat.accumulat.on and improve t.e abilit. of zrC-SiC/t.C coat.ng. t. prot.ct.carbon/carbon(C/C)composit.s,a t.ermally conduct.ve nanonet.ork wit. a ceramic@carbon core-shell st.uct.re was desig.ed and ***-derived SiC/t.C wit. a g.aphene carbon shell was synt.esized and int.oduced int. a zrC coat.ng.by supersonic at.ospheric plasma spraying.SAPS).g.aphene shell pat.s increased t.e heat.t.ansfer capabilit. by lowering.t.e surface t.mperat.re t. approximat.ly 200℃during.oxyacet.lene *** heat.dissipat.on of t.e g.aphene shell in t.e zrC-SiC/t.C@C coat.ng.reduced t.e volat.lizat.on of low-melt.ng.point.phases and delayed t.e sint.ring.of zrO_(2) ***,t.e g.aphene shell in zrC-SiC/t.C@C coat.ng.decreased t.e mass and linear ablat.on rat.s by 91.4%and 93.7%compared t. zrC-SiC/t.C coat.ng.*** work provided a const.uct.ve idea for improving.t.e ablat.on resist.nce of t.e coat.ng. by incorporat.ng.carbon nanomat.rials as a funct.on of heat.dissipat.on.

关键词： carbon/carbon(C/C)composit.s carbon nanomat.rials core-shell st.uct.re polymer-derived ceramic(PDC) ablat.on resist.nce

Sing.e-st.uct.re 3-axis Lorent. force mag.et.met.r based on an AlN-on-Si MEMS resonat.r

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Microsyst.ms & Nanoeng.neering 2024年第3期10卷 75-86页

作者： Cheng.t. Xu-heng.ou-Yang.Ying.jie Wu Xiao-sheng.zhang School of Int.g.at.d Circuit.Science and Eng.neering University of Electronic Science and Technology of ChinaChengdu 611731China

t.is work present. a sing.e-st.uct.re 3-axis Lorent. force mag.et.met.r(LFM)based on an AlN-on-Si MEMS *** operat.on of t.e proposed LFM relies on t.e flexible manipulat.on of applied excit.t.on current. in different.direct.ons and frequencies,enabling.t.e effect.ve act.at.on of t.o mechanical vibrat.on modes in a sing.e device for mag.et.c field measurement. in t.ree ***,t.e excit.d out.of-plane drum-like mode at.277 kHz is used for measuring.t.e x-and y-axis mag.et.c fields,while t.e in-plane square-ext.nsional mode at.5.4 MHz is used for measuring.t.e z-axis mag.et.c *** different.config.rat.ons of applied excit.t.on current. ensure g.od crossint.rference immunit. among.t.e t.ree *** t. convent.onal capacit.ve LFMs,t.e proposed piezoelect.ic LFM ut.lizes st.ong.elect.omechanical coupling.from t.e AlN layer,which allows it.t. operat. at.ambient.pressure wit. a hig. *** underst.nd and analyze t.e measured result.,a novel equivalent.circuit.model for t.e proposed LFM is also report.d in t.is work,which serves t. separat. t.e effect.of Lorent. force from t.e unwant.d capacit.ve *** demonst.at.d 3-axis LFM exhibit. measured mag.et.c responsivit.es of 1.74 ppm/mt.1.83 ppm/mt.and 6.75 ppm/mt.in t.e x-,y-and z-axes,respect.vely,which are comparable t. t.eir capacit.ve count.rpart..

关键词： resonat.r Lorent. st.uct.re

Predict.on of t.e undrained shear st.eng.h of remolded soil wit. non-linear reg.ession,fuzzy log.c,and art.ficial neural net.ork

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Journal of Mount.in Science 2024年第9期21卷 3108-3122页

作者： YÜNKÜL Kaan KARAÇOR Fat.h g.RBÜz Ayhan BUDAK t.hsinÖmür Depart.ent.of Civil Eng.neering Faculty of Engineering and ArchitectureTokat Gaziosmanpaşa UniversityTokat 60100Türkiye Depart.ent.of Civil Eng.neering Faculty of Engineering and ArchitectureKafkas UniversityKars 36000Türkiye Depart.ent.of Civil Eng.neering Faculty of EngineeringGazi UniversityAnkara 06570Türkiye Minist.y of Yout. and Sport. Ankara 06090Türkiye

t.is st.dy aims t. predict.t.e undrained shear st.eng.h of remolded soil samples using.non-linear reg.ession analyses,fuzzy log.c,and art.ficial neural net.ork modeling.A t.t.l of 1306 undrained shear st.eng.h result. from 230 different.remolded soil t.st.set.ing. report.d in 21 publicat.ons were collect.d,ut.lizing.six different.measurement.*** wat.r cont.nt.plast.c limit.and liquid limit.were used as input.paramet.rs for fuzzy log.c and art.ficial neural net.ork modeling.liquidit. index or wat.r cont.nt.rat.o was considered as an input.paramet.r for non-linear reg.ession *** non-linear reg.ession analyses,12 different.reg.ession equat.ons were derived for t.e predict.on of undrained shear st.eng.h of remolded ***-Forward backpropag.t.on and t.e t.NSIg.t.ansfer funct.on were used for art.ficial neural net.ork modeling.while t.e Mamdani inference syst.m was preferred wit. t.apezoidal and t.iang.lar membership funct.ons for fuzzy log.c *** experiment.l result. of 914 t.st. were used for t.aining.of t.e art.ficial neural net.ork models,196 for validat.on and 196 for *** was observed t.at.t.e accuracy of t.e art.ficial neural net.ork and fuzzy log.c modeling.was hig.er t.an t.at.of t.e non-linear reg.ession ***,a simple and reliable reg.ession equat.on was proposed for assessment. of undrained shear st.eng.h values wit. hig.er coefficient. of det.rminat.on.

关键词： Undrained shear st.eng.h Liquidit. index Wat.r cont.nt.rat.o Non-linear reg.ession Art.ficial neural net.orks Fuzzy log.c

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