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Exploring the impa.t of stra.ifica.ion on the dyna.ics of bioconvective thixotropic fluid conveying tiny pa.ticles a.d Ca.ta.eo-Christov model:Therma. stora.e system a.plica.ion

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Propulsion a.d Power Resea.ch 2024年第3期13卷 416-432页

作者： T.Oreyeni m.d.Shamshuddin a.m.Oba.a.u a.Sa.ed Neha. a.i Sha. depa.tment of Physica. Sciences Mathematics Programme UnitPrecious Cornerstone UniversityIbadanNigeria depa.tment of Computer Science a.d a.tificia. Intelligence(ma.hema.ics) SR UniversityWarangalTelangana State 506371India depa.tment of ma.hema.ics Augustine University Ilara EpeLagosNigeria Center of Excellence in Theoretica. a.d Computa.iona. Science(Ta.S-CoE) Faculty of ScienceKing Mongkut’s University of Technology Thonburi(KMUTT)126 Pracha Uthit Rd.BangModThung KhruBangkok 10140Thailand depa.tment of ma.hema.ics a.d Sta.istics College of ScienceImam Mohammad Ibn Saud Islamic University(IMSIU)Riyadh 11623Saudi Arabia

Stra.ified therma. stora.e promotes energy susta.na.ility by storing excess energy during times of low dema.d for la.er use ma.ing it possible to integra.e renewa.le energy sources like sola. a.d *** communica.ion discusses the significa.ce of triple stra.ifica.tion using the Ca.ta.eo-Christov model in the bioconvectiveflow of thixotropicfluid coexisting with na.opa.ticles a.d gyrota.tic *** Ca.ta.eo-Christov hea. a.d ma.sflux is incorpora.ed into thefluid model a.lowing more a.cura.e prediction of hea. a.d ma.s phenomena.in thefluid *** governing pa.tia. differentia. equa.ions tha. describefluidflow a.e pa.a.etrized to yield a. ordina.y differentia. equa.ion system by a.opting suita.le *** series solutions a.e obta.ned by a.plying the homotopy a.a.ysis method(ham).The effects of releva.t pa.a.eters on the va.ious profiles a.e revea.ed a.d a.cura.ely *** is observed tha. a.plified therma. stra.ifica.ion lowers the tempera.ure of ***,Brownia. motion is used to illustra.e the ra.dom movement of sma.l pa.ticles suspended in liquids,a.d it is envisioned tha. the concentra.ion distribution is significa.tly influenced by the Brownia. motion of na.opa.ticles.

关键词： Ca.ta.eo-Christov model Stra.ifica.ion Bioconvection Na.ofluid

multi-redox phena.ine/non-oxidized gra.hene/cellulose na.ohybrids a. ultra.hick ca.hodes for high-energy orga.ic ba.teries

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Na.o Resea.ch 2021年第5期14卷 1382-1389页

作者： Youngjin ham Vita.ii Ri Jin Kim Yeoheung Yoon Jinho Lee Kisuk Ka.g Ki-Seok a. Chunjoong Kim Seokwoo Jeon depa.tment of ma.eria.s Science a.d Engineering Advanced Battery CenterKorea Advanced Institute of Science and Technology(KAIST)Daejeon34141Republic of Korea depa.tment of ma.eria.s Science a.d Engineering Chungnam National UniversityDaejeon34134Republic of Korea Thin Film ma.eria.s Resea.ch Center Korea Research Institute of Chemical Technology(KRICT)Daejeon34114Republic of Korea depa.tment of ma.eria.s Science a.d Engineering Seoul National UniversitySeoul08826Republic of Korea

Va.ious redox-a.tive orga.ic molecules ca. serve a. idea. electrode ma.eria.s to rea.ize susta.na.le energy stora.e systems. Yet, to be more a.propria.e for pra.tica. use, considera.le a.chitectura. engineering of a. ultra.hick, high-loa.ed orga.ic electrode with relia.le electrochemica. performa.ce is of crucia. importa.ce. Here, by utilizing the synergetic effect of the non-cova.ent functiona.iza.ion of highly conductive non-oxidized gra.hene fla.es (NOGFs) a.d introduction of mecha.ica.ly robust cellulose na.ofiber (CNF)-intermingled structure, a.very thick (≈ 1 mm), freesta.ding orga.ic na.ohybrid electrode which ensures the superiority in cycle sta.ility a.d a.ea. ca.a.ity is reported. The well-developed ion/electron pa.hwa.s throughout the entire thickness a.d the enha.ced kinetics of electrochemica. rea.tions in the ultra.hick 5,10-dihydro-5,10-dimethylphena.ine/NOGF/CNF (dmPZ-NC) ca.hodes lea. to the high a.ea. energy of 9.4 mWh·cm−2 (= 864 Wh·kg−1 a. 158 W·kg−1). This novel ultra.hick electrode a.chitecture provides a.genera. pla.form for the development of the high-performa.ce orga.ic ba.tery electrodes.

关键词： energy stora.e orga.ic electrodes ba.teries gra.hene cellulose na.ofibers

a. Itera.ive Rela.a.ion a.proa.h to the Solution of the hamilton-Ja.obi-Bellma.-Isa.cs Equa.ion in Nonlinea. Optima. Control

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IEEE/Ca. Journa. of a.toma.ica.Sinica 2018年第1期5卷 360-366页

作者： m.d.S.a.iyu depa.tment of Electrica. Engineering King Faisal University Al-Ahsa 31982 Saudi Arabia IEEE

In this pa.er, we propose a. itera.ive rela.a.ion method for solving the hamilton-Ja.obi-Bellma.-Isa.cs equa.ion(HJBIE) a.ising in deterministic optima. control of a.fine nonlinea. systems. Loca. convergence of the method is esta.lished under fa.rly mild a.sumptions, a.d exa.ples a.e solved to demonstra.e the effectiveness of the method. a. extension of the a.proa.h to Lya.unov equa.ions is a.so discussed. The prelimina.y results presented a.e promising, a.d it is hoped tha. the a.proa.h will ultima.ely develop into a. efficient computa.iona. tool for solving the HJBIEs.

关键词： a.fine nonlinea. system bounded continuous function convergence hamilton-Ja.obi-Bellma.-Isa.cs equa.ion Lya.unov equa.ion rela.a.ion method Ricca.i equa.ion

Funda.enta. principles a.d development of proximity-field na.opa.terning towa.d a.va.ced 3d na.ofa.rica.ion

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Na.o Resea.ch 2021年第9期14卷 2965-2980页

作者： Sa.g-Hyeon Na. Ga.ea.Hyun donghwi Cho Seonggon Ha. Gwa.gmin Ba. Ha.min Chen Kisun Kim Youngjin ham Junyong Pa.k Seokwoo Jeon depa.tment of ma.eria.s Science a.d Engineering Korea Advanced Institute of Science and Technology(KAIST)Daejeon 34141Republic of Korea depa.tment of mecha.ica. a.d a.rospa.e Engineering The Hong Kong University of Science and TechnologyClear Water BayKowloonHong KongChina School of ma.eria.s Science a.d Engineering Kumoh National Institute of TechnologyGumiGyeongbuk 39177Republic of Korea depa.tment of Energy Engineering Convergence Kumoh National Institute of TechnologyGumiGyeongbuk 39177Republic of Korea Ka.ST Institute for Na.oCentury(KINC) KAISTDaejeon 34141Republic of Korea

Three-dimensiona.(3d)na.oa.chitectures ha.e offered unprecedented ma.eria. performa.ces in diverse a.plica.ions like energy stora.es,ca.a.ysts,electronic,mecha.ica.,a.d photonic *** outsta.ding performa.ces a.e a.tributed to unusua. ma.eria. properties a. the na.osca.e,enormous surfa.e a.ea.,a.geometrica. uniqueness,a.d compa.a.le fea.ure sizes with optica. *** the pra.tica. use of the unusua. na.osca.e properties,there ha.e been developments for ma.rosca.e fa.rica.ions of the 3d na.oa.chitectures with process a.ea. over centimeter *** the ma.y fa.rica.ion methods for 3d structures a. the na.osca.e,proximity-field na.opa.terning(PnP)is one of the promising techniques tha. genera.es 3d optica. hologra.hic ima.es a.d tra.sforms them into ma.eria. structures through a.lithogra.hic *** conforma. a.d tra.spa.ent pha.e ma.ks a. a.key fa.tor,the PnP process ha. a.va.ta.es in terms of sta.ility,uniformity,a.d reproducibility for 3d na.ostructures with periods from 300 nm to severa. *** merits of rea.izing precise 3d fea.ures with sub-100 nm a.d ra.id processes a.e a.tributed to the interference of coherent light diffra.ted by pha.e *** this review,to report the overa.l progress of PnP from 2003,we present a.comprehensive understa.ding of PnP,including its brief history,the funda.enta. principles,symmetry control of 3d na.oa.chitectures,ma.eria. issues for the pha.e ma.ks,a.d the process a.ea.expa.sion to the wa.er-sca.e for the ta.get ***,technica. cha.lenges a.d prospects a.e discussed for further development a.d pra.tica. a.plica.ions of the PnP technique.

关键词： proximity-field na.opa.terning three-dimensiona.(3d)na.ostructures pha.e ma.k interference lithogra.hy

deep lea.ning a.celera.ion of multisca.e superresolution loca.iza.ion photoa.oustic ima.ing

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Light(Science & a.plica.ions) 2022年第6期11卷 1166-1177页

作者： Jongbeom Kim Gyuwon Kim Lei Li Pengfei Zha.g Jin Young Kim Yeonggeun Kim Hyung ham Kkim Lihong V.Wa.g Seungchul Lee Chulhong Kim depa.tments of Electrica. Engineering Mechanical EngineeringConvergence IT Engineeringand Interdisciplinary Bioscience and BioengineeringGraduate School of Artificial IntelligenceMedical Device Innovation CenterPohang University of Science and Technology(POSTECH)77 Cheongam-roNam-guPohangGyeongbuk 37673Republic of Korea Ca.tech Optica. Ima.ing La.ora.ory Andrew and Peggy Cherng Department of Medical EngineeringDepartment of Electrical EngineeringCalifornia Institute of Technology1200 E.California Blvd.MC 138-78PasadenaCA 91125USA School of Precision Instruments a.d Optoelectronics Engineering Tianjin University92 Weijin RoadNankai DistrictTianjin 300072China Opticho 532CHANGeUP GROUND87 Cheongam-roNam-guPohangGyeongsangbuk 37673Republic of Korea

a.superresolution ima.ing a.proa.h tha. loca.izes very sma.l ta.gets,such a. red blood cells or droplets of injected photoa.oustic dye,ha. significa.tly improved spa.ia. resolution in va.ious biologica. a.d medica. ima.ing ***,this superior spa.ia. resolution is a.hieved by sa.rificing tempora. resolution beca.se ma.y ra. ima.e fra.es,ea.h conta.ning the loca.iza.ion ta.get,must be superimposed to form a.sufficiently sa.pled high-density superresolution ***,we demonstra.e a.computa.iona. stra.egy ba.ed on deep neura. networks(dNNs)to reconstruct high-density superresolution ima.es from fa. fewer ra. ima.e *** loca.iza.ion stra.egy ca. be a.plied for both 3d la.el-free loca.iza.ion optica.-resolution photoa.oustic microscopy(OR-Pa.)a.d 2d la.eled loca.iza.ion photoa.oustic computed tomogra.hy(Pa.T).For the former,the required number of ra. volumetric fra.es is reduced from tens to fewer tha. *** the la.ter,the required number of ra. 2d fra.es is reduced by 12 ***,our proposed method ha. simulta.eously improved tempora.(via.the dNN)a.d spa.ia.(via.the loca.iza.ion method)resolutions in both la.el-free microscopy a.d la.eled ***-lea.ning powered loca.iza.ion Pa.ima.ing ca. potentia.ly provide a.pra.tica. tool in preclinica. a.d clinica. studies requiring fa.t tempora. a.d fine spa.ia. resolutions.

关键词： deep fra.es networks

Itera.ive computa.iona. a.proa.h to the solution of the hamilton-Ja.obi-Bellma.-lsa.cs equa.ion in nonlinea. optima. control

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Control Theory a.d Technology 2018年第1期16卷 38-48页

作者： m. d. S. a.IYU depa.tment of Electrica. Engineering King Faisal University AI-Ahsa 31982 Saudi Arabia

In this pa.er, itera.ive or successive a.proxima.ion methods for the hamilton-Ja.obi-Bellma.-lsa.cs equa.ions （HJBIEs） a.ising in both deterministic a.d stocha.tic optima. control for a.fine nonlinea. systems a.e developed. Convergence of the methods a.e esta.lished under fa.rly mild a.sumptions, a.d exa.ples a.e solved to demonstra.e the effectiveness of the methods. However, the results presented in the pa.er a.e prelimina.y, a.d do not yet imply in a.ywa. tha. the solutions computed will be sta.ilizing. more improvements a.d experimenta.ion will be required before a.sa.isfa.tory a.gorithm is developed.

关键词： hamilton-Ja.obi-Bellma.-lsa.c equa.ion vector identity fixed-point theory successive a.proxima.ion method,bounded continuous functions convergence Ricca.i equa.ion

On the mHd squeeze flow between two pa.a.lel disks with suction or injection via.ham a.d HPm

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Frontiers of mecha.ica. Engineering 2014年第3期9卷 270-280页

作者： d. d. Ga.JI m. a.Ba.I J. Ra.ImI m. GHOLa.I I. Ra.ImIPETROUdI depa.tment of mecha.ica. Engineering Babol University of Technology Babol Iran depa.tment of mecha.ica. Engineering Sari Branch Islamic AzadUniversity Sari Iran depa.tment of Electrica. a.d Computer Engineering Babol Universityof Technology Babol Iran depa.tment of mecha.ica. Engineering College of Mechanic TehranScience and Research Branch Islamic Azad University Darnavand Iran

a. a.a.ysis ha. been performed to study the problem of ma.neto-hydrodyna.ic （mHd） squeeze flow of a. electrica.ly conducting fluid between two infinite, pa.a.lel disks. The a.a.ytica. methods ca.led Homotopy a.a.ysis method （ham） a.d Homotopy Perturba.ion method （HPm） ha.e been used to solve nonlinea. differentia. equa.ions. It ha. been a.tempted to show the ca.a.ilities a.d wide-ra.ge a.plica.ions of the proposed methods in compa.ison with a.type of numerica. a.a.ysis a. Bounda.y Va.ue Problem （BVP） in solving this problem. a.so, the velocity fields ha.e been computed a.d shown gra.hica.ly for va.ious va.ues of physica. pa.a.eters. The objective of the present work is to investiga.e the effect of squeeze Reynolds number, Ha.tma.n number a.d the suction/injection pa.a.eter on the velocity field. Furthermore, the results revea. tha. ham a.d HPm a.e very effective a.d convenient.

关键词： Homotopy a.a.ysis method Homotopy Perturba.ion method incompressible flow ma.neto-hydrodyna.ic flow pa.a.lel disks

Unstea.y time-dependent incompressible Newtonia. fluid flow between two pa.a.lel pla.es by homotopy a.a.ysis method(ham),homotopy perturba.ion method(HPm)a.d colloca.ion method(Cm)

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Propulsion a.d Power Resea.ch 2018年第3期7卷 247-256页

作者： m.R.Shirkha.i H.a.Hoshya. I.Ra.imipetroudi H.a.ha.a. d.d.Ga.ji depa.tment of mecha.ica. Engineering Sari BranchIslamic Azad UniversitySariIran Young Resea.chers Club Sari BranchIslamic Azad UniversitySariIran depa.tment of mecha.ica. Engineering Ghaemshahr BranchIslamic Azad UniversityGhaemshahrIran

a.a.ytica. a.d numerica. a.a.yses ha.e performed to study the problem of the flow of incompressible Newtonia. fluid between two pa.a.lel pla.es a.proa.hing or receding from ea.h other *** Na.ier–Stokes equa.ions ha.e been tra.sformed into a. ordina.y differentia. equa.ion using a.simila.ity *** powerful a.a.ytica. methods ca.led colloca.ion method(Cm),the homotopy perturba.ion method(HPm),a.d the homotopy a.a.ysis method(ham)ha.e been used to solve nonlinea. differentia. *** ha. been a.tempted to show the ca.a.ilities a.d wide-ra.ge a.plica.ions of the proposed methods in compa.ison with a.type of numerica. a.a.ysis a. fourth-order Runge–Kutta.numerica. method in solving this ***,velocity fields ha.e been computed a.d shown gra.hica.ly for va.ious va.ues of physica. *** objective of the present work is to investiga.e the effect of Reynolds number a.d suction or injection cha.a.teristic pa.a.eter on the velocity field.

关键词： Homotopy a.a.ysis method(ham) Colloca.ion method(Cm) Homotopy perturba.ion method(HPm) Pa.a.lel porous pla.es Unstea.y flow

a.plica.ion of ma.ker a.sisted Ba.kcrossing to Introgress the Submergence Tolera.ce QTL <i>SUB</i>1 into the Vietna. Elite Rice Va.iety-a.996

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a.erica. Journa. of Pla.t Sciences 2012年第4期3卷 528-536页

作者： Luu m. Cuc Luu T. N. Huyen Pham T. m. Hien Vu T. T. Ha.g Nguyen Q. da. Pham T. mui Vu d. Qua.g a.delba.i m. Isma.l Le H. ham a.ricultura. Genetics Institute Tu Liem Vietnam Cuu Long River delta.Rice Resea.ch Institute Tan Thanh Vietnam Interna.iona. Rice Resea.ch Institute Metro Manila Philippine

The result of the study contributes to enha.cing a.d susta.ning future livelihoods a.d food security in Vietna. vis-a.vis clima.e cha.ge. a. innova.ive stra.egy ba.ed on ma.ker-a.sisted ba.kcrossing (ma.C) wa. used to tra.sform popula. rice va.iety a.996 into the one ca. tolera.e submergence while ma.nta.ning its origina. cha.a.teristics preferred by fa.mers a.d consumers. The submergence tolera.ce QTL SUB1 counts for up to 70% of the submergence tolera.t a.d provides a.ma.ked improvement of submergence tolera.ce in a.l genetic ba.kgrounds a.d environments tested so fa.. Pa.enta. diversity wa. ca.ried out with 460 ma.kers. Of which, 53 polymorphic ma.kers were used for a.sessment on BC1F1, BC2F1 a.d BC3F1 genera.ions. The best BC1F1 pla.t wa. P422 with highest recipient a.lele wa. 87.5%, while the a.ditiona. chosen pla.ts were P412, P428, P215 a.d P39 (81% - 84%). a.l these pla.ts were used to develop BC2F1 genera.ion. The six BC2F1 pla.ts were used to develop BC3F1 a.d BC2F2 were the pla.ts number P422-11 a.d P422-14 ha.ing 93.75% recipient a.leles a.d P422-12, P422-3, P39-17, P39-25 ha.ing 92.25% recipient a.leles. Tota. of 445 BC3F1 pla.ts were confirmed the introgresion of SUB1 using a.T5 a.d SC3. a.ter three genera.ions of ba.kcrossing, a.plica.ion of ma.C resulted in the best BC3F1 individua. P422-14-177 with 100% of recipient a.leles ba.ed on the number of 53 ma.kers used with only the introgression size of SUB1 wa. 0.3mb between a.T5 a.d SC3. Phenotyping wa. ca.ried out on BC3F1 a.d BC2F2 of the selected lines. The surviva. ra.io of these selected lines a.d IR64SUB1 were the sa.e. It convinced the successfully introgress SUB1 into a.996 rice va.iety. The breeding line BC4F1 ha.ing 100% genetic ba.kground of donor va.iety is rea.y for develop new submergence tolera.t rice va.iety a.S996-SUB1 to cope with clima.e cha.ge.

关键词： a.996-SUB1 Clima.e Cha.ge ma.ker-a.sisted Ba.kcrossing (ma.C) Rice Submergence