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Marin.an.glaciation.in.th. In.ian.subcon.in.n.——An.tomy an. global implication.

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Journ.l of Palaeogeograph. 2024年第2期13卷 293-308页

作者： h.n.Bh.ttach.rya Departmen. of Earth.Scien.es Techno India UniversityWest BengalSector VSalt LakeKolkata700091India

Detailed sedimen.ological an.lysis of th. Pokaran.Boulder Bed,represen.in. th. most basal un.t of th. n.oproterozoic-Lower Cambrian.Marwar Supergroup,clearly in.icates its glacial *** glacial sedimen.s are in.erpreted as an.ice-con.act submarin. fan.*** on.th. detrital an. in.0}rited zircon.population.of th. Marwar Supergroup sedimen.s an. in.erlayered pyroclastic deposits,a Marin.an.cryoch.on.of th. Cryogen.an.Period is en.isaged for th. Pokaran.Boulder *** well-preserved Ediacaran.elemen.s in.th. post-glacial sedimen.ary succession.also support a Cryogen.an.to Early Cambrian.age of th. Marwar *** glacial deposition.at th. base of th. Marwar Supergroup stren.th.n. th. region.l correlation.between.th. studied sedimen.s with.th. Lesser h.malayan.Blain.-Krol-Tal sedimen.s an. th. h.qf Supergroup of *** available zircon.ages an. paleomagn.tic data of th. Malan. Ign.ous suite,alon. with.th. Marin.an.glacial deposits,detrital zircon.ages,an. Ediacaran.fossil elemen.s of th. Marwar Supergroup add sign.fican. in.ormation.to th. n.oproterozoic Earth.h.story.

关键词： n.oproterozoic Marin.an.glaciation Diamictites Pokaran.Boulder Bed Marwar Supergroup

A Review on.n.n.material-based Strategies for Man.pulatin. Tumor Microen.iron.en. to En.0}n.e Ch.modyn.mic Th.rapy

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Ch.mical Research.in.Ch.n.se Un.versities 2024年第2期40卷 202-212页

作者： CAO Men.yu XIn. Xin.r Sh.n.Xiaoton. OUYAn. Jin.n. n. Key Laboratory of Radioph.rmaceuticals Ministry of EducationCollege of ChemistryBeijing Normal UniversityBeijing100875P.R.China Departmen. of Ch.mistry College of Arts and SciencesBeijing Normal University at ZhuhaiZhuhai519087P.R.China State Key Laboratory of Biogeology an. En.iron.en.al Geology China University of GeosciencesWuhan430074P.R.China

Can.er is a leadin. cause of death.worldwide,an. a series of strategies h.s been.reported for tumor-specific ***,ch.modyn.mic th.rapy(CDT)h.s become a research.h.tspot for an.itumor treatmen. due to its advan.ages of h.gh.specificity,en.ogen.us stimulation.an. h.gh.***,th. th.rapeutic effects of CDT are n.rmally limited in.th. complex tumor microen.iron.en.(TME),such.as in.ufficien. acidity,tumor h.poxia,low h.drogen.peroxide(h.O2),an. h.gh.glutath.on.(GSh..Con.equen.ly,differen. kin.s of multifun.tion.l n.n.materials h.ve been.design.d to man.pulate TME con.ition.,wh.ch.provided more opportun.ties to improve th. efficien.y of *** review focuses on.n.n.material-based strategies for en.0}n.in. CDT th.ough.man.pulatin. *** CDT en.0}n.emen.s,th.s review would provide a referen.e for th. future developmen. of efficien. CDT n.n.materials.

关键词： Ch.modyn.mic th.rapy Tumor microen.iron.en. n.n.material Man.pulatin. strategy Fen.on.Fen.on.like reaction

Towards kern.lizin. th. classifier for h.perbolic data

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Fron.iers of Computer Scien.e 2024年第1期18卷 17-31页

作者： Meimei YAn. Qiao LIU Xin.ai SUn.n. Sh. h.i XUE Sch.ol of Computer Scien.e an. En.in.erin. Southeast UniversityNanjing 210096China MOE Key Laboratory of Computer Scien.e an. In.ormation.In.egration.South.ast Un.versity) Nanjing 210096China

Data h.erarch.,as a h.dden.property of data structure,exists in.a wide ran.e of mach.n. learn.n. application..A common.practice to classify such.h.erarch.cal data is first to en.ode th. data in.th. Euclidean.space,an. th.n.train.a Euclidean.***,such.a paradigm leads to a performan.e drop due to distortion.of data embeddin. in.th. Euclidean.*** relieve th.s issue,h.perbolic geometry is in.estigated as an.altern.tive space to en.ode th. h.erarch.cal data for its h.gh.r ability to capture th. h.erarch.cal *** meth.ds can.ot explore th. full poten.ial of th. h.perbolic geometry,in.th. sen.e th.t such.meth.ds defin. th. h.perbolic operation. in.th. tan.en. plan.,causin. th. distortion.of data *** th.s paper,we develop two n.vel kern.l formulation. in.th. h.perbolic space,with.on. bein. positive defin.te(PD)an. an.th.r on. bein. in.efin.te,to solve th. classification.tasks in.h.perbolic *** PD on. is defin.d via mappin. th. h.perbolic data to th. Drury-Arveson.DA)space,wh.ch.is a special reproducin. kern.l h.lbert space(RKh.).To furth.r in.rease th. discrimin.tion.of th. classifier,an.in.efin.te kern.l is furth.r defin.d in.th. Krein.***,we design.a 2-layer n.sted in.efin.te kern.l wh.ch.first maps h.perbolic data in.o th. DA spaces,followed by a mappin. from th. DA spaces to th. Krein.*** experimen.s on.real-world datasets demon.trate th. superiority ofth. proposed kern.ls.

关键词： data h.erarch. h.perbolic cgeometry drury-arveson.space krein.space

En.0}n.ed degradation.of refractory organ.cs in.ORR-EO system with.a blue TiO_(2)n.n.tube array modified Ti-based n.-Sb co-doped Sn._(2)an.de

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Ch.n.se Ch.mical Letters 2024年第8期35卷 391-395页

作者： Yifen.h. Ch.o Qu n. Ren.Dawei Lian. Departmen. of Materials Ch.mistry School of Materials Science&EngineeringBeihang UniversityBeijing 102206China Departmen. of En.iron.en.al Scien.e Faculty of Environment&LifeBeijing University of TechnologyBeijing 100124China

Recen.ly,a n.vel 2-electron.oxygen.reduction.reaction.ORR)based electro-oxidation.EO)system was developed,wh.ch.utilizes a h.(2)O_(2)gen.ration.cath.de in.tead of h.(2)evolution.cath.de.A Ti-based n.-Sb co-doped Sn._(2)(Ti/n.TO)an.de was selected for efficien. degradation.of refractory organ.cs an. O_(3)*** syn.rgistic reaction.of O3/h.(2)O_(2)furth.r accelerated th. gen.ration.of h.droxyl radicals(·Oh.in.th. ORR-EO ***,th. catalytic activity an. lon.-term effectiven.ss of th. Ti/n.TO an.de limited th. large-scale application.of th. ORR-EO *** th.s study,a blue TiO_(2)n.n.tube array(blue-TiO_(2)-n.A)in.er-layer was in.roduced in.o th. fabrication.process between.th. Ti substrate an. n.TO catalyst *** to th. Ti/n.TO an.de,th. Ti/blue-TiO_(2)-n.A/n.TO an.de ach.eved h.gh.r efficien.y of organ.c removal an. O_(3)***,th. accelerated lifetime of th. Ti/blue-TiO_(2)-n.A/n.TO an.de was in.reased by 7 times compared to th. Ti/n.TO *** combin.d with.Cn.s-C/PTFE air cath.de in.ORR-EO system,all an.dic oxidation.an. O_(3)/h.(2)O_(2)processes ach.eved h.gh.r•Oh.*** 92%of TOC in.leach.te bio-effluen. was effectively elimin.ted with.a relatively low en.rgy cost of 45 kWh.t.

关键词： Electro-oxidation Blue TiO_(2)n.n.tube array O_(3)/h.(2)O_(2)process Refractory organ.cs Leach.te bio-effluen.

DFT in.estigation.of h.lf-metallic ferromagn.tic rare earth.based spin.ls Mgh._(2)Z_(4)(Z=S,Se)

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Journ.l of Rare Earth. 2024年第1期42卷 121-128,I0005页

作者： Maiza Zan.b Mumtaz Man.oor n.A.n.or M.Waqas Iqbal Mazia Asgh.r h.h.h.gazy A.Laref Departmen. of Ph.sics Riphah International UniversityLahore CampusPakistan Research.Cen.re for Advan.ed Materials Scien.e King Khalid UniversityP.O.Box 9004AbhaSaudi Arabia Departmen. of Ph.sics Faculty of ScienceKing Khalid UniversityP.O.Box 9004AbhaSaudi Arabia Departmen. of Ph.sics an. Astron.my College of ScienceKing Saud UniversityRiyadh11451Saudi Arabia

h.lf-metallic ferromagn.tism,mech.n.cal as well as th.rmoelectric properties for rare earth.based spin.ls Mgh._(2)Z_(4)(Z=S,Se)were in.estigated usin. den.ity fun.tion.l th.ory(DFT).Structural optimization.was don. with.Perdew-Burke-Eh.en.orf(PBE)sol-gen.ralized gradien. approximation.GGA)to calculate th. lattice con.tan. of both.spin.ls comparable to experimen.al *** addition.Born.stability criteria an. n.gative formation.en.rgy sh.w th.t our studied spin.ls are also structurally an. dyn.mically stable in.th. cubic *** ferromagn.tic(FM)state stability,we also calculated th. en.rgy differen.es amon. FM,an.iferromagn.tic(AFM),an. n.n.magn.tic(n.)***,Curie temperatures of ferromagn.tic ph.ses were also *** used Tran.-Blah. improved BeckeJoh.son.TB-mBJ)poten.ial fun.tion.l for electron.cs as well as magn.tic ch.racteristics,wh.ch.lead to th. con.isten. explan.tion.of h.lf-metallic ferromagn.tism,represen.in. th. wh.le ban.-occupan.y in.material with.exact detail of den.ity of states(DOS).Th. stable FM state was examin.d in.spin.ls due to th. exch.n.e splittin. of h. cation.con.istin. of p-d h.bridization. compatible with.th. result ach.eved for electron.cs ban. structure an. ***,spin.magn.tic momen. was explain.d in.terms of an.on.cation.an. sh.rin. ch.rge on.studied *** addition.th. calculated th.rmoelectric properties clearly sh.w th.t operation.ran.e of th.se systems may be utilized by future experimen.al works for iden.ifyin. th. poten.ial application. of th.se systems.

关键词： h.-based spin.ls DFT simulation. Mech.n.cal parameters Electron.c properties h. ferromagn.tism Figure of merit

Bioin.pired Double-stran.ed Yarn.with.Altern.tin. h.droph.bic/h.droph.lic Pattern. for h.gh.efficien.y Fog Collection

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Ch.n.se Journ.l of Polymer Scien.e 2024年第7期42卷 968-975,I0008页

作者： Lan.Lan.h.u Men.-n. Qiu Ya-Qion. Wan. Ton.-h.a Bai Zh.-Min.Cui Jin.-Ch.n. Liu Yin.-Qun.Qi n. Wan. Yon. Li Yon. Zh.o Beijin. In.titute of Graph.c Commun.cation Beijing102600China Key Laboratory of Bioin.pired Smart In.erfacial Scien.e an. Tech.ology of Min.stry of Education Beijing Key Laboratory of Bioinspired Energy Materials and DevicesSchool of ChemistryBeijing Advanced Innovation Center for Biomedical EngineeringBeihang UniversityBeijing100191China Key Laboratory of Cryogen.cs Technical Institute of Physics and ChemistryChinese Academy of SciencesBeijing100190China Beijin. Key Laboratory for Bioen.in.erin. an. Sen.in. TechnologyDaxing Research InstituteSchool of Chemistry and Biological EngineeringUniversity of Science and Technology BeijingBeijing100083China

Efforts to develop in.ovative water h.rvestin. strategies offer powerful solution. to alleviate th. water crisis,especially in.remote an. arid *** by th. h.droph.bic/h.droph.lic pattern.of desert beetles an. water self-propulsion.property of spider silks,a double-stran. h.droph.bic PVDF-h.P/h.droph.lic PAn.n.n.fibers yarn.is proposed by electrospin.in. an. twistin. *** double-stran. cooperation.approach.allows for water deposition.on.h.droph.bic PVDF-h.P segmen. an. tran.port un.er th. asymmetric capillary drivin. force of h.droph.lic PAn.segmen.,th.s speeded up th. aggregation.an. growth.of *** effects of th. composition.an. th. diameter ratio of th. two primary yarn. were studied an. optimized for boostin. fog collection.*** double-stran. an.sotropic yarn.n.t on.y provide an.effective meth.d for water h.rvestin.,but also h.ld th. poten.ial to in.pire in.ovative design.con.epts for fog collection.materials in.ch.llen.in. en.iron.en.s.

关键词： Fog collection Wettability Electrospin.in. n.n.fibers Spider silk

Emergin. clin.cal relevan.e of microbiome in.can.er:promisin. biomarkers an. th.rapeutic targets

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Protein.& Cell 2024年第4期15卷 239-260页

作者： Jia-h.o Dai Xi-Ron. Tan.h.n.Qiao n. Liu State Key Laboratory of On.ology in.South.Ch.n. Guangdong Key Laboratory of Nasopharyngeal Carcinoma Diagnosis and TherapyGuangdong Provincial Clinical Research Center for CancerSun Yat-sen University Cancer CenterGuangzhou 510050China

Th. profoun. in.luen.e of microbiota in.can.er in.tiation.an. progression.h.s been.un.er th. spotligh. for years,leadin. to n.merous research.s on.can.er microbiome en.erin. clin.cal *** promisin. biomarkers an. th.rapeutic targets,th. critical in.olvemen. of microbiota in.can.er clin.cal practice h.s been.in.reasin.ly ***,recen. progress in.th.s field is *** describe th. poten.ial of tumor-associated microbiota as effective diagn.stic an. progn.stic biomarkers,*** addition.we h.gh.igh. th. relation.h.p between.microbiota an. th. th.rapeutic efficacy,toxicity,or side effects of common.y utilized treatmen.s for can.er,in.ludin. ch.moth.rapy,radioth.rapy,an. *** th.t microbial factors in.luen.e th. can.er treatmen. outcome,we furth.r summarize some domin.tin. microbial in.erven.ion. an. discuss th. h.dden.risks of th.se *** review aims to provide an.overview of th. application. an. advan.emen.s of microbes in.can.er clin.cal relevan.e.

关键词： microbiome can.er diagn.sis progn.sis th.rapy

In.erfacial growth.of n.S-codoped mesoporous carbon.on.o biomass-derived carbon.for superior potassium-ion.storage

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n.n. Research 2024年第4期17卷 2619-2627页

作者： n. h.an. Ch.n. Tan. h.o Jian. Jie Sun.Aijun.Du h.ijiao Zh.n. In.titute of n.n.ch.mistry an. n.n.biology School of Environmental and Chemical EngineeringShanghai UniversityShanghai 200444China Sch.ol of Ch.mistry an. Ph.sics an. Cen.re for Materials Scien.e Queensland University of TechnologyBrisbaneQLD 4001Australia Sh.n.h.i En.in.erin. Research.Cen.er of h.erarch.cal n.n.materials Frontiers Science Center for Materiobiology and Dynamic ChemistrySchool of Materials Science and EngineeringEast China University of Science and TechnologyShanghai 200237China

Carbon.ceous materials h.ve been.recogn.zed as on. of th. most promisin. an.de materials for potassium-ion.batteries(PIBs)due to th.ir abun.an. raw materials,con.rollable structure,superior con.uctivity,an. good ch.mical ***,th. large radius of K ion. an. th. low potassium con.en. of in.ercalation.compoun.s result in.th. sluggish.storage kin.tics an. low reversible capacity of carbon.*** th.s work,we presen. a un.que h.teroatom-doped carbon.composite(den.ted as n.-MC/SC)th.ough.a facile in.erfacial assembly route an. simple h.at-treatmen. process,wh.re n.-MC is well grafted on.o th. biomass-derived spore carbon.SC).Th.s un.que structural design.en.ows it with.abun.an. mesoporous ch.n.els,expan.ed layer spacin.,an. h.gh.y doped n.an. *** th.se merits,th. n.-MC/SC an.de in.PIBs exh.bits a h.gh.reversible capacity of 350.4 mAh.g^(-1) at 100 mA·g^(-1) after 300 cycles,an. an.outstan.in. cyclin. ***,in.situ Raman.spectra furth.r verify th. h.gh.reversibility of K ion. in.ertion.***,th.oretical simulation. also reveal th.t th. n.S dual-dopin. is an.efficien. approach.for improvin. th. potassium-ion.storage performan.e of n.-MC/SC.

关键词： mesoporous carbon.MC) biomass-derived carbon.BC) n S co-dopin. in.erfacial assembly potassium-ion.batteries(PIBs)

Boosted sustain.d-release with.iron.based MOF-derived mesoporouscarbon.sph.res as a n.troimidazole drugs carrier

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Particuology 2024年第3期86卷 269-280页

作者： Dan.in. Wu Jiayin. Zou Jun.i Ch.n.Yan.Li n. Ma Wei Dai College of Ch.mistry an. Materials Scien.e Zhejiang Normal UniversityJinhua321004China College of Life Scien.es Zhejiang Normal UniversityJinhua321004China College of Geograph. an. En.iron.en.al Scien.es Zhejiang Normal UniversityJinhua321004China

Metal-organ.c framework(MoF)with.a buildable in.ern.l structure h.s aroused great in.erest focus as self-sacrificin. precursors of porous carbon.PC).h.wever,as a drug carrier,th. MOF-derived PC developed th.s far are gen.rally composed of irregular powder sh.pe due to th.ir crystallin. n.ture,wh.ch.con.equen.ly causin. th. cerebral in.arction.cerebral th.ombosis,an. oth.r blood *** th.s article,we propose a n.vel approach.to con.tructin. amorph.us carbon.microsph.res(AcMs)by dis-tortin. th. topological n.twork th.ough.h.droth.rmal treatmen. precursors of MIL-101(Fe).Th.n.a distin.tive MIL-101(Fe)-derived sph.rical porous carbon.(MSPC)is ach.eved th.ough.h.gh.temperature calcin.tion.toward *** of th. glucose in.tial con.en.ration.an. h.droth.rmal treatmen. time on.th. sph.ricity of th. as-prepared mesoporous MsPC were in.estigated in.*** th. loadin. capacities an. sustain.d-release performan.es of n.troimidazole drugs over MsPC th.ough.simulation.in.ern.l en.iron.en. of h.man.body at differen. ph.values was systematically *** n.tro-imidazole drugs loadin. rate an. release time of MsPC are 10% an. 17 h.un.er preferred ***,th. MSPC exh.bited very low toxicity on.h.la cells an. 293T cells at th. con.en.ration. tested(10-800μg mL^(-1)).Th.s study,th.refore,supports th. poten.ial of th. mesoporous carbon.sph.res as a carrierfor n.troimidazole drug delivery.

关键词： Orn.dazole Metron.dazole Carbon.sph.res Sustain.d-release performan.e Biocompatibility