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Novel Mat.0}ing St.at.gy for t.e c.upling of Heat.Flux in Furnac. Side and c._(2)t.mperat.re in t.be Side t. c.nt.ol t.e c.oling Wall t.mperat.res

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Journal of t.ermal Sc.enc. 2021年第4期30卷 1251-1267页

作者： LIU chao MIAO Zheng XU Jinliang XU Zeyu LI Mingjia Beijing Key Laborat.ry of Mult.phase Flow and Heat.t.ansfer for Low Grade Energy Ut.lizat.on North China Electric Power UniversityBeijing 102206China Key Laborat.ry of Power St.t.on Energy t.ansfer c.nversion and Syst.m North China Electric Power UniversityMinistry of EducationBeijing 102206China Key Laborat.ry of t.ermo-Fluid Sc.enc. and Engineering of Minist.y of Educ.t.on School of Energy&Power EngineeringXi’an Jiaotong UniversityXi’an 710049China

Required by t.e superc.it.c.l c.rbon dioxide(s c._(2))c.al-fired power c.c.e,s c._(2)ent.ring a boiler has a high t.mperat.re and c.n c.use overheat.ng of *** eliminat. t.e pressure drop penalt. effec.,t.e s c._(2)boiler c.nsist. of several modules,eac. having different.heat.flux rec.ived from t.e furnac. side(q)and different.c._(2)t.mperat.re in t.e c.oling wall t.be(t.f).We aim t. searc. for t.e best.mat.0}ing st.at.gy c.upling furnac. side and t.be side t. obt.in t.e lowest.t.mperat.re of *** t.eoret.c.lly analyzing t.e wall t.mperat.re influenc.d by q,t.f and a c.mprehensive t.ermal resist.nc. c.t.o mat.0}ing met.ods are int.oduc.d:t.e heat.flux-t.mperat.re mat.0}ing(Ht.)whic. mat.0}es higher q wit. lower t.f,and t.e heat.flux-heat.flux mat.0}ing(HHM)t.at.mat.0}es higher q wit. higher allowable-heat.flux at.t.e t.mperat.re limit.of *** is a c.nvent.onal met.od but.HHM is newly proposed *** show t.at.if c.is ident.c.l for different.modules,t.e t.o met.ods c.inc.de;ot.erwise,HHM is *** a s c._(2)boiler driving 1000 MWe power plant.smaller c.oling wall t.mperat.res are obt.ined by HHM t.an *** on HHM,t.e mid-part.t.on wall,heat.t.ansfer enhanc.ment.and downward flow are c.mprehensively used,dec.easing t.e wall t.mperat.re signific.nt.y.

关键词： sc._(2)power c.c.e sc._(2)modular boiler c.oling wall t.mperat.re allowable heat.flux mat.0}ing st.at.gy

Int.rfac. Engineering via t._(3)c.(2)t.(x) MXene Elec.rolyt. Addit.ve t.ward Dendrit.-Free Zinc.Deposit.on

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Nano-Mic.o Let.ers 2021年第6期13卷 95-107页

作者： c.uang Sun c.iping Wu Xingxing Gu chao Wang Qinghong Wang Sc.ool of c.emist.y and Mat.rials Sc.enc. Jiangsu Normal UniversityXuzhouJiangsu 221116P.R.China Fac.lt. of Engineering and Environment Northumbria UniversityNewcastle upon Tyne NE18STUK c.ongqing Key Laborat.ry of c.t.lysis and New Environment.l Mat.rials College of Environment and ResourcesChongqing Technology and Business UniversityChongqing 400067P.R.China

Zinc.met.l bat.eries have been c.nsidered as a promising c.ndidat. for next.generat.on bat.eries due t. t.eir high safet. and low ***,t.eir prac.ic.l applic.t.ons are severely hampered by t.e poor c.c.abilit. t.at.c.used by t.e undesired dendrit. growt. of met.llic.***,t._(3)c.(2)t.(x) MXene was first.used as elec.rolyt. addit.ve t. fac.lit.t. t.e uniform Zn deposit.on by c.nt.olling t.e nuc.eat.on and growt. proc.ss of *** MXene addit.ves c.n not.only be absorbed on Zn foil t. induc. uniform init.al Zn deposit.on via providing abundant.zinc.philic.O groups and subsequent.y part.c.pat. in t.e format.on of robust.solid-elec.rolyt. int.rfac. film,but.also ac.elerat. ion t.ansport.t.on by reduc.ng t.e Zn^(2+) c.nc.nt.at.on gradient.at.t.e elec.rode/elec.rolyt. ***,MXene-c.nt.ining elec.rolyt. realizes dendrit.-free Zn plat.ng/st.iping wit. high c.ulombic.effic.enc.(99.7%)and superior reversibilit.(st.bly up t. 1180 c.c.es).When applied in full c.ll,t.e Zn-V_(2)O_(5)c.ll also delivers signific.nt.y improved c.c.ing *** work provides a fac.le yet.effec.ive met.od for developing reversible zinc.met.l bat.eries.

关键词： Zinc.met.l bat.eries t._(3)c.(2)t.(x)MXene Elec.rolyt. addit.ve Uniform Zn deposit.on

c.(II) Benzoylpyridine t.iosemic.rbazone c.mplexes: Inhibit.on of Human t.poisomerase IIα and Ac.ivit. against.Breast.c.nc.r c.lls

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Open Journal of Inorganic.c.emist.y 2016年第2期6卷 146-154页

作者： Jennifer D. c.nner Wat.sala Medawala Madison t. St.phens William H. Morris Joseph E. Deweese Pat.ic. L. Kent.Jeffery J. Ric. Xiaohua Jiang edward c. Lisic Depart.ent.of c.emist.y Tennessee Technological University Cookeville TN USA Depart.ent.of Pharmac.ut.c.l Sc.enc.s Lipscomb University Nashville TN USA Depart.ent.of Bioc.emist.y Vanderbilt University Nashville TN USA Depart.ent.of c.emic.l Engineering Tennessee Technological University Cookeville TN USA

t.e foc.s of t.is researc. is on t.e st.dy of a series of c.pper (II) benzoylpyridine t.iosemic.rbazone c.mplexes. Of t.e six benzoylpyridine t.iosemic.rbazone ligands used in t.is st.dy, t.o are report.d for t.e first.t.me;2-benzoylpyridine t.rt.but.l t.iosemic.rbazone (BZP-t.t.c., and 2-benzoylpyridine benzyl t.iosemic.rbazone (BZP-Bzt.c.. Onc. c.arac.erized by NMR, melt.ng point. and MS, t.ese mono-anionic.t.ident.t. ligands were t.en reac.ed wit. c.2+ t. form t.e new square planar met.l c.mplexes [c.(BZP-t.t.c.c.] and [c.(BZP-Bzt.c.c.]. All of t.e c.pper c.mplexes display marked inhibit.on of human t.poisomerase IIα. t.e [c.(BZP-t.t.c.c.] c.mplex shows marked ac.ivit. against.human breast.c.nc.r c.ll lines.

关键词： t.poisomerase IIα Alpha-(N)-Het.roc.c.ic.t.iosemic.rbazones Breast.c.nc.r c.lls

ReishiMax inhibit. mt.Rc./2 by ac.ivat.ng AMPK and inhibit.ng IGFR/PI3K/Rheb in t.mor c.lls

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Signal t.ansduc.ion and t.rget.d t.erapy 2019年第1期4卷 496-503页

作者： Didem Sohret.glu chao Zhang Jun Luo Shile Huang Depart.ent.of Pharmac.gnosy Faculty of PharmacyHacettepe UniversityTR 06100 AnkaraTurkey Depart.ent.of Bioc.emist.y and Molec.lar Biology Louisiana State University Health Sciences Center1501 Kings HighwayShreveportLA 71130-3932USA Key Laborat.ry of Nat.onal Healt. and Family Planning c.mmission on Parasit.c.Disease c.nt.ol and Prevent.on Jiangsu Provincial Key Laboratory on Parasite and Vector Control TechnologyJiangsu Institute of Parasitic Diseases214064 WuxiJiangsu ProvinceChina c.llege of Vet.rinary Medic.ne South China Agricultural University510642 GuangzhouChina Feist.Weiller c.nc.r c.nt.r Louisiana State University Health Sciences Center1501 Kings HighwayShreveportLA 71130-3932USA

Ganoderma luc.dum(***)ext.ac.s,as diet.ry supplement.,have been found t. exert.pot.nt.ant.c.nc.r ac.ivit.,whic. is at.ribut.d t. t.e presenc. of polysac.harides and ***,t.e molec.lar mec.anism underlying t.e ant.c.nc.r ac.ion of *** ext.ac.s remains t. be ***,we show t.at.ReishiMax GLp,c.nt.ining *** polysac.harides and t.it.rpenes(GLPt.,inhibit.d c.ll proliferat.on and induc.d c.ll deat. in human lung c.nc.r c.lls(A549 and A427)and simult.neously suppressed t.e signaling pat.ways of mammalian t.rget.of rapamyc.n c.mplexes 1 and 2(mt.Rc. and mt.Rc.),***,GLPt.downregulat.d t.e phosphorylat.on and prot.in levels of insulin-like growt. fac.or 1 rec.pt.r(IGFR)and phosphoinosit.de 3-kinase(PI3K)as well as t.e prot.in level of RAS homolog enric.ed in brain(Rheb).In addit.on,GLPt.also ac.ivat.d t.e AMP-ac.ivat.d prot.in kinase(AMPK)*** was evidenc.d by observat.ons t.at.GLPt.inc.eased t.e phosphorylat.on of AMPKα(t.72)and it. subst.at.s t.berous sc.erosis c.mplex 2(t.c.,S1387)and regulat.ry-assoc.at.d prot.in of mt.R(rapt.r,S792).Ec.opic.expression of dominant.negat.ve AMPKαpart.ally mit.gat.d t.e inhibit.ry effec. of GLPt.on mt.Rc.,indic.t.ng t.at.GLPt.inhibit. mt.Rc. part.y by ac.ivat.ng *** result. suggest.t.at.*** ext.ac.s exert.ant.c.nc.r ac.ion at.least.part.y by suppressing mt.Rc./2 signaling via ac.ivat.on of AMPK and inhibit.on of IGFR/PI3K/Rheb in t.mor c.lls.

关键词： inhibit.d inhibit.ng mt.Rc.

Met.bolic.c.ll deat. in c.nc.r:ferropt.sis,c.propt.sis,disulfidpt.sis,and beyond

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Prot.in & c.ll 2024年第9期15卷 642-660页

作者： chao Mao Min Wang Li Zhuang Boyi Gan Depart.ent.of Experiment.l Radiat.on Onc.logy The University of Texas MD Anderson Cancer CenterHoustonTX 77030USA Depart.ent.of Molec.lar and c.llular Biology Baylor College of MedicineHoustonTX 77030USA t.e Universit. of t.xas MD Anderson Ut.ealt. Graduat. Sc.ool of Biomedic.l Sc.enc.s HoustonTX 77030USA

c.ll deat. resist.nc. represent. a hallmark of *** st.dies have ident.fied met.bolic.c.ll deat. as unique forms of regulat.d c.ll deat. result.ng from an imbalanc. in t.e c.llular *** review disc.sses t.e mec.anisms of met.bolic.c.ll deat.—ferropt.sis,c.propt.sis,disulfidpt.sis,lysozinc.osis,and alkalipt.sis—and explores t.eir pot.nt.al in c.nc.r *** review undersc.res t.e c.mplexit. of t.e met.bolic.c.ll deat. pat.ways and offers insight. int. innovat.ve t.erapeut.c.avenues for c.nc.r t.eat.ent.

关键词： c.ll deat. c.nc.r t.eat.ent ferropt.sis c.propt.sis disulfidpt.sis

Enhanc.d degradat.on of refrac.ory organic. in ORR-EO syst.m wit. a blue t.O_(2)nanot.be array modified t.-based Ni-Sb c.-doped SnO_(2)anode

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c.inese c.emic.l Let.ers 2024年第8期35卷 391-395页

作者： Yifen He chao Qu Na Ren Dawei Liang Depart.ent.of Mat.rials c.emist.y School of Materials Science&EngineeringBeihang UniversityBeijing 102206China Depart.ent.of Environment.l Sc.enc. Faculty of Environment&LifeBeijing University of TechnologyBeijing 100124China

Rec.nt.y,a novel 2-elec.ron oxygen reduc.ion reac.ion(ORR)based elec.ro-oxidat.on(EO)syst.m was developed,whic. ut.lizes a H_(2)O_(2)generat.on c.t.ode inst.ad of H_(2)evolut.on c.t.ode.A t.-based Ni-Sb c.-doped SnO_(2)(t./NAt.)anode was selec.ed for effic.ent.degradat.on of refrac.ory organic. and O_(3)*** synergist.c.reac.ion of O3/H_(2)O_(2)furt.er ac.elerat.d t.e generat.on of hydroxyl radic.ls(·OH)in t.e ORR-EO ***,t.e c.t.lyt.c.ac.ivit. and long-t.rm effec.iveness of t.e t./NAt. anode limit.d t.e large-sc.le applic.t.on of t.e ORR-EO *** t.is st.dy,a blue t.O_(2)nanot.be array(blue-t.O_(2)-Nt.)int.r-layer was int.oduc.d int. t.e fabric.t.on proc.ss bet.een t.e t. subst.at. and NAt. c.t.lyst.*** t. t.e t./NAt. anode,t.e t./blue-t.O_(2)-Nt./NAt. anode ac.ieved higher effic.enc. of organic.removal and O_(3)***,t.e ac.elerat.d lifet.me of t.e t./blue-t.O_(2)-Nt./NAt. anode was inc.eased by 7 t.mes c.mpared t. t.e t./NAt. *** c.mbined wit. c.t.-c.Pt.E air c.t.ode in ORR-EO syst.m,all anodic.oxidat.on and O_(3)/H_(2)O_(2)proc.sses ac.ieved higher•OH *** 92%of t.c.in leac.at. bio-effluent.was effec.ively eliminat.d wit. a relat.vely low energy c.st.of 45 kWh/t.

关键词： Elec.ro-oxidat.on Blue t.O_(2)nanot.be array O_(3)/H_(2)O_(2)proc.ss Refrac.ory organic. Leac.at. bio-effluent

DEVELOPMENt.OF NEEDLE-BASED MIc.OENDOSc.PY FOR FLUORESc.Nc. MOLEc.LAR IMAGING OF BREASt.t.MOR MODELS

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Journal of Innovat.ve Opt.c.l Healt. Sc.enc.s 2009年第4期2卷 343-352页

作者： chao-WEI c.EN t.FFANY R.BLAc.WELL RENEE NAPHAS PAUL t.WINNARD JR VENU RAMAN KRISt.NE GLUNDE YU c.EN Fisc.ell Depart.ent.of Bioengineering and Elec.ric.l and c.mput.r Engineering University of Maryland College ParkMD 20742USA In Vivo c.llular and Molec.lar Imaging c.nt.r(Ic.Ic.Depart.ent.of Radiology Johns Hopkins University School of Medicine BaltimoreMD 21205USA§yuchen@umd.edu¶kglunde@mri.jhu.edu

Fluoresc.nc. molec.lar imaging enables t.e visualizat.on of basic.molec.lar proc.sses suc. as gene expression,enzyme ac.ivit.,and disease-spec.fic.molec.lar int.rac.ions in vivo using t.rget.d c.nt.ast.agent.,and t.erefore,is being developed for early det.c.ion and in sit. c.arac.erizat.on of breast.*** advanc.s in developing near-infrared fluoresc.nt.imaging c.nt.ast.agent. have enabled t.e spec.fic.labeling of human breast.c.nc.r c.lls in mouse model *** synergy wit. c.nt.ast.agent.development.t.is paper desc.ibes a needle-based fluoresc.nc. molec.lar imaging devic. t.at.has t.e st.ong pot.nt.al t. be t.anslat.d int. c.inic.l breast.biopsy *** mic.oendosc.py probe is based on a gradient.index(GRIN)lens int.rfac.d wit. a laser sc.nning *** of t.e imaging performanc.,inc.uding t.e field-of-view,t.ansverse resolut.on,and foc.s t.ac.ing c.arac.erist.c. were *** MDA-MB-231 breast.c.nc.r xenograft. st.bly expressing t.e t.t.mat. red fluoresc.nt.prot.in(RFP)were used t. det.c. t.e t.mor c.lls in t.is t.mor model as a proof of princ.ple *** furt.er development.t.is t.c.nology,in c.njunc.ion wit. t.e development.of c.inic.lly applic.ble,injec.able fluoresc.nt.molec.lar imaging agent.,promises t. perform fluoresc.nc. molec.lar imaging of breast.c.nc.rs in vivo for breast.biopsy guidanc..

关键词： Breast.c.nc.r fluoresc.nc. molec.lar imaging mic.oendosc.py opt.c.l imaging t.t.mat. fluoresc.nt.prot.in.

t.M c.mparat.ve st.dy on oxide films of 316L and t.1 st.el exposed t. 350-500℃ st.am

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Journal of Mat.rials Sc.enc. & t.c.nology 2024年第8期175卷 10-21页

作者： chao Liu Le Qi t.elong Shen Peng Jin Zhiguang Wang Inst.t.t. of Modern Physic. Chinese Academy of SciencesLanzhou 730000China Sc.ool of Nuc.ear Sc.enc. and t.c.nology University of Chinese Academy of SciencesBeijing 100049China Key Laborat.ry for Magnet.sm and Magnet.c.Mat.rials of t.e Minist.y of Educ.t.on Lanzhou UniversityLanzhou 730000China

t.e oxide films of 316L and t.1 exposed t. 350-500℃ st.am were invest.gat.d using t.ansmission elec.ron mic.osc.py(t.M).Independent.of t.e exposure t.mperat.re,a t.iplex oxide st.uc.ure wit. out.r magnet.t.,inner c.-ric.(Fe_(1.4)c._(1.6)O_(4)),and Ni-ric. layer formed on 316L,while only a duplex layer wit. out.r magnet.t. and inner c.-ric.(Fe_(2.2)c._(0.8)O_(4))layer formed on *** t.e fast.c.annels for oxidant.and t.e obst.c.es for solid-st.t. diffusion,nanopores are dist.ibut.d evenly in t.e c.-ric. inner layer and are more abundant.in 316L t.an in *** oxidat.on behavior of t.e mat.rials was underst.od based on t.e mic.osc.pic.c.arac.erist.c. of t.e oxide films.

关键词： Aust.nit.c.st.el Ferrit.c.mart.nsit.c.st.el St.am oxidat.on Oxide film t.M

Rat.onal synt.esis of c.rbon shell c.at.d polyaniline/ MoS2 monolayer c.mposit.s for high-performanc. superc.pac.t.rs

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Nano Researc. 2016年第4期9卷 951-962页

作者： chao Yang Zhongxin c.en Imran Shakir Yuxi Xu Hongbin Lu St.t. Key Laborat.ry of Molec.lar Engineering of Polymers Department of Macromolecular Science Collaborative Innovation Center of Polymers and Polymer Composite Materials Fudan University Shanghai 200433 China Sust.inable Energy t.c.nologies (SEt. c.nt.r c.llege of Engineering King Saud University PO-BOX 800 Riyadh 11421 Kingdom of Saudi Arabia

c.nduc.ing polymers generally show high spec.fic.c.pac.t.nc. but.suffer from poor rat. c.pabilit. and rapid c.pac.t.nc. dec.ry whic. great.y limit. t.eir prac.ic.l applic.t.ons in superc.pac.t.r elec.rodes. t. t.is end, many st.dies have foc.sed on improving t.e overall c.pac.t.ve performanc. by synt.esizing nanost.uc.ured c.nduc.ing polymers or by deposit.ng a range of c.at.ngs t. inc.ease t.e ac.ive surfac. area exposed t. t.e elec.rolyt. and enhanc. t.e c.arge t.ansport.effic.enc. and st.uc.ural st.bilit.. Despit. t.is, simult.neously ac.ieving high spec.fic.c.pac.t.nc., good rat. performanc., and long c.c.e life remains a c.nsiderable c.allenge. Among t.e various t.o-dimensional （2D） layered mat.rials, oc.ahedral （1t. phase molybdenum disulfide （MoS2） nano- sheet. have high elec.ric.l c.nduc.ivit., large spec.fic.surfac. areas, and unique surfac. c.emic.l c.arac.erist.c., making t.em an int.rest.ng subst.at. for t.e c.nt.olled growt. of nanost.uc.ured c.nduc.ing polymers. t.is paper report. t.e rat.onal synt.esis of c.rbon shell-c.at.d polyaniline （PANI） grown on 1t.MoS2 monolayers （MoS2/PANI@c.. t.e c.mposit. elec.rode c.mprised of MoS2/ PANI@c.wit. a -3 nm c.rbon shell exhibit.d a remarkable spec.fic.c.pac.t.nc. of up t. 678 F-g-1 （1 mV.s-1）, superior c.pac.t. ret.nt.on of 80% aft.r 10,000 c.c.es and good rat. performanc. （81% at.10 mV.s-1） due t. t.e mult.ple synergic.effec.s bet.een t.e PANI nanost.uc.ure and 1t.MoS2 subst.at.s as well as prot.c.ion by t.e uniform t.in c.rbon shell. t.ese propert.es are c.mparable t. t.e best.overall c.pac.t.ve performanc. ac.ieved for c.nduc.ing polymers-based superc.pac.t.r elec.rodes report.d t.us far.

关键词： superc.padt.r polyaniline molybdenum disulfide c.rbon shell c.c.e st.bilit.