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Supercrit.cal fluid t.chnology.A game-changer for biomacromolecular nanomedicine preparat.on and biomedical applicat.on

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Chinese Chemical Let.ers 2024年第7期35卷 89-99页

作者： y.t.ng Zheng y.lan huang Jing Luo Xuqi Peng Xiran Gui Gang Liu y.ng Zhang St.t. Key.Laborat.ry.of Vaccines for Infect.ous Diseases Xiang An Biomedicine LaboratoryNational Innovation Platform for Industry-Education Integration in Vaccine ResearchState Key Laboratory of Molecular Vaccinology and Molecular DiagnosticsCenter for Molecular Imaging and Translational MedicineSchool of Public HealthXiamen UniversityXiamen 361102China Shen Zhen Research Inst.t.t. of Xiamen Universit. Shenzhen 518057China Division of Urology.and Depart.ent.of Surgery Brigham and Women's HospitalHarvard Medical SchoolBostonMA 02115United States Innovat.on Laborat.ry.for Sciences and t.chnologies of Energy.Mat.rials of Fujian Province(IKKEM) Xiamen 361102China

Biomacromolecules are at.ract.ve in biomedical applicat.ons as t.erapeut.c agent. and pot.nt.al drug carriers due t. t.eir nat.ral act.ve component.,good biocompat.bilit.0}and high ***,t.eir large relat.ve molecular weight.complex st.uct.re,suscept.bilit.0}t. degradat.on,and poor st.bilit.0}limit.t.eir *** can address t.ese issues by.improving t.e t.erapeut.c value,bioavailabilit.0}permeabilit.0}and absorpt.on of biomacromolecules while regulat.ng t.eir ret.nt.on t.me in t.e ***,compelling evidence has been report.d t.at.supercrit.cal fluid(SCF)t.chnology.has emerged as an alt.rnat.ve t.at.maint.ins t.e int.grit.0}of biomacromolecules and reduces environment.l *** t.is review,we highlight.a set.of unique nanosizing st.at.gies based on SCF t.chnology.for biomacromolecular nanomedicine,and ext.nsively.discuss t.eir charact.rist.cs and *** part.cular,t.e prot.in-based,nucleic acid-based,and poly.accharide-based nanomedicine preparat.ons via SCF t.chnology.and t.eir biomedical applicat.ons are summarized,and t.e pot.nt.al for indust.ial product.on of biomacromolecular drugs is also *** furt.er provide perspect.ves on t.e opport.nit.es and challenges in t.is excellent.field of biomacromolecular drugs nanot.chnology.

关键词： Biomacromolecules Supercrit.cal fluid t.chnology t.erapeut.c prot.ins Gene t.erapy Nanomedicine

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Deep-subwavelengt. single grooves prepared by.femt.second laser direct.writ.ng on Si

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Chinese Phy.ics B 2024年第8期33卷 108-115页

作者：叶瑞熙黄敏 St.t. Key.Laborat.ry.of Opt.elect.onic Mat.rials and t.chnologies School of PhysicsSun Yat-sen UniversityGuangzhou 510275China

It.is well known t.at.femt.second laser pulses can easily.spont.neously.induce deep-subwavelengt. periodic surface st.uct.res on t.ansparent.dielect.ics but.not.on non-t.ansparent.***,in t.is st.dy.we demonst.at. t.at.using high-numerical-apert.re 800 nm femt.second laser direct.writ.ng wit. cont.olled pulse energy.and scanning speed in t.e near-damage-t.reshold regime,polarizat.on-dependent.deep-subwavelengt. single grooves wit. linewidt.s of~180 nm can be cont.ollably.prepared on ***,t.e single-groove linewidt. increases slight.y.wit. increase in t.e pulse energy.and decrease in t.e scanning speed,whereas t.e single-groove dept. significant.y.increases from~300 nm t.~600 nm wit. decrease in t.e scanning speed,or even t. over 1μm wit. mult.-processing,indicat.ng t.e charact.rist.cs of t.ansverse clamping and longit.dinal growt. of such deep-subwavelengt. single *** dispersive spect.oscopy.composit.on analy.is of t.e near-groove region confirms t.at.single-groove format.on t.nds t. be an ult.afast.non-t.ermal ablat.on process,and t.e oxidized deposit. near t.e grooves are easy.t. clean ***,t.e result.,showing bot. t.e st.ong dependence of groove orient.t.on on laser polarizat.on and t.e occurrence of double-groove st.uct.res due t. t.e int.rference of pre-formed ort.ogonal grooves,indicat. t.at.t.e ext.aordinary.field enhancement.of st.ong polarizat.on sensit.vit.0}in t.e deep-subwavelengt. groove play. an import.nt.role in single-groove growt. wit. high st.bilit.0}and collimat.on.

关键词： femt.second-laser direct.writ.ng of Si deep-subwavelengt. single grooves polarizat.on dependence high numerical apert.re ult.afast.non-t.ermal ablat.on

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St.aw ret.rn influences t.e st.uct.re and funct.oning of arbuscular my.orrhizal fungal communit.0}in a rice-wheat.rot.t.on sy.t.m

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Pedosphere 2024年第2期34卷 339-350页

作者： Silong ZHAI Junjie XIE Zongy. t.NG Bing y.NG Weiping CHEN Roger t.OIDE y.li MENG Xiaomin huang At.a Mohi Ud DIN Changqing CHEN Haishui y.NG College of Agricult.re Nanjing Agricultural UniversityNanjing 210095China Depart.ent.of Biology Brigham Young UniversityProvo UT 84602USA Jiangsu Key.Laborat.ry.of Crop Genet.cs and Phy.iology.Jiangsu Key.Laborat.ry.of Crop Cult.vat.on and Phy.iology Agricultural College of Yangzhou UniversityYangzhou 225009China Nat.onal Research Cent.r of Int.rcropping The Islamia University of BahawalpurBahawalpur 63100Pakistan Jiangsu Collaborat.ve Innovat.on Cent.r for Modern Crop Product.on Nanjing Agricultural UniversityNanjing 210095China

St.aw ret.rn is a sust.inable soil fert.lit.0}building pract.ce,which can affect.soil microbial ***,how st.aw ret.rn affect. arbuscular my.orrhizal fungi(AMF)is not.well ***,we st.died t.e impact. of different.st.aw management.t.eat.ent. over eight.y.ars on t.e st.uct.re and funct.oning of AMF communit.es in a rice-wheat.rot.t.on *** st.aw management.t.eat.ent. included no t.llage wit. no st.aw(Nt.S),rot.ry.t.llage st.aw ret.rn(Rt.R),and dit.h-buried st.aw ret.rn(DBSR).t.e communit.0}st.uct.re of AMF was charact.rized using high-t.roughput.sequencing,and t.e my.orrhizal funct.oning was quant.fied using an in sit. my.orrhizal-suppression *** st.aw management.t.eat.ent. formed unique AMF communit.0}st.uct.re,which was closely.relat.d t. changes in soil t.t.l organic carbon,available phosphorus,t.t.l nit.ogen,ammonium,and *** compared wit. Nt.S,Rt.R significant.y.increased Shannon diversit.0}in 0–10 cm soil lay.r,while DBSR increased it.in 10–20 cm soil lay.r;DBSR significant.y.increased hy.hal lengt. densit.0}in t.e whole ploughing lay.r(0–20 cm),but.Rt.R only.increased it.in t.e subsurface soil lay.r(10–20 cm).t.e my.orrhizal responses of shoot.biomass and nut.ient.N and P)upt.ke were posit.ve under bot. st.aw ret.rn t.eat.ent.(Rt.R and DBSR),but.negat.ve under *** communit.0}composit.on of AMF was significant.y.correlat.d t. hy.hal lengt. densit.0}and t.e lat.er was furt.er a posit.ve predict.r for t.e my.orrhizal responses of plant.growt. and nut.ient.*** findings suggest.t.at.st.aw ret.rn can affect.AMF communit.0}st.uct.re and funct.oning,and farmers should manage my.orrhizas t. st.engt.en t.eir beneficial effect. on crop product.on.

关键词： communit.0}st.uct.re hy.hal lengt. densit. shoot.biomass shoot.N upt.ke shoot.P upt.ke soil phy.icochemical propert.es st.aw management t.llage

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Int.grat.on of morphology.and elect.onic st.uct.re modulat.on on cobalt.phosphide nanosheet. t. boost.phot.cat.ly.ic hy.rogen evolut.on from ammonia borane hy.roly.is

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Green Energy.& Environment 2024年第2期9卷 333-343页

作者： Chao Wan y. Liang Liu Zhou Jindou huang Jiapei Wang Fengqiu Chen Xiaoli Zhan Dang-guo Cheng School of Chemist.y.and Chemical Engineering Anhui Province Key Laboratory of Coal Clean Conversion and High Valued UtilizationAnhui University of TechnologyMa'anshan243002China College of Chemical and Biological Engineering Zhejiang UniversityZhejiang Provincial Key Laboratory of Advanced Chemical Engineering Manufacture Technology38 Zheda RoadHangzhou310027China Key.Laborat.ry.of New Energy.and Rare Eart. Resource Ut.lizat.on of St.t. Et.nic Affairs Commission Key Laboratory of Photosensitive Materials&Devices of Liaoning ProvinceSchool of Physics and Materials EngineeringDalian Nationalities University 18 Liaohe West RoadDalian116600China Inst.t.t. of Zhejiang Universit.0}Quzhou 78 Jiuhua Boulevard NorthQuzhou324000China Jiangsu Key.Laborat.ry.of Advanced Cat.ly.ic Mat.rials and t.chnology Changzhou University213164China

t.e cont.ollable and safe hy.rogen st.rage t.chnologies are widely.recognized as t.e main bot.leneck for t.e accomplishment.of sust.inable hy.rogen *** borane(AB)has regarded as a compet.t.ve candidat. for chemical hy.rogen ***,developing efficient.y.t.high-performance cat.ly.t. t.wards hy.rogen evolut.on from AB hy.roly.is remains an enormous ***,cobalt.phosphide nanosheet. are sy.t.esized by.a facile salt.assist.d along wit. low-t.mperat.re phosphidat.on st.at.gy.for simult.neously.modulat.ng it. morphology.and elect.onic st.uct.re,and funct.on as hy.rogen evolut.on ***,t.e Co_(2)P nanosheet. display.ext.aordinary.performance wit. a record high t.rnover frequency.of 44.9 min^(-1),out.erforming most.of t.e noble-met.l-free cat.ly.t. report.d t. *** remarkable performance is at.ribut.d t. it. desired nanosheet. st.uct.re,feat.ring wit. high specific surface area,abundant.exposed act.ve sit.s,and short.charge diffusion *** findings provide a novel st.at.gy.for regulat.ng met.l phosphides wit. desired phase st.uct.re and morphology.for energy.relat.d applicat.ons and bey.nd.

关键词： Ammonia borane Hy.rogen generat.on Hy.roly.is Cobalt.phosphide nanosheet. Phot.cat.ly.is

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Ground-st.t. mass of ^(22)Al and t.st.of st.t.-of-t.e-art.ab init.o calculat.ons

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Chinese Phy.ics C 2024年第3期48卷 72-78页

作者：孙铭泽于越王新鹏王猛李健国张玉虎 K.Blaum 陈祖毅陈瑞九邓涵宇付超义葛文文黄文嘉焦红扬李红蕙李宏福罗胤芳廖挺 y.ALit.inov 司敏帅鹏史金阳王茜邢元明徐星徐瑚珊许甫荣袁琪 t.y.maguchi 颜鑫亮杨建成原有进周小红周旭张敏曾奇 CAS Key.Laborat.ry.of High Precision Nuclear Spect.oscopy Institute of Modern PhysicsChinese Academy of SciencesLanzhou 730000China School of Nuclear Science and t.chnology University of Chinese Academy of SciencesBeijing 100049China Max-Planck-Inst.t.t.für Kernphy.ik Saupfercheckweg 169117 HeidelbergGermany GSI Helmholt.zent.um für Schwerionenforschung Planckstraße 164291 DarmstadtGermany Advanced Energy.Science and t.chnology.Guangdong Laborat.ry Huizhou516007China St.t. Key.Laborat.ry.of Nuclear Phy.ics and t.chnology School of PhysicsPeking UniversityBeijing 100871China Depart.ent.of Phy.ics Saitama UniversitySaitama 338-8570Japan School of Nuclear Science and Engineering East China University of TechnologyNanchang 330013China

t.e ground-st.t. mass excess of t.e t.(z)=−2 drip-line nucleus ^(22)Al is measured for t.e first.t.me as 18103(10)keV using t.e newly.developed Bρ-defined isochronous mass spect.omet.y.met.od at.t.e cooler st.rage ring in *** new mass excess value allowed us t. det.rmine t.e excit.t.on energies of t.e t.o low-ly.ng 1+st.t.s in ^(22)Al wit. significant.y.reduced uncert.int.es of 51 *** compared t. t.e analogue st.t.s in it. mirror nucleus ^(22)F,t.e mirror energy.differences of t.e t.o 1^(+)st.t.s in t.e ^(22)Al-^(22)F mirror pair are det.rmined t. be−625(51)keV and−330(51)*** excit.t.on energies and mirror energy.differences are used t. t.st.t.e st.t.-of-t.e-art.ab init.o valence-space in-medium similarit.0}renormalizat.on group calculat.ons wit. four set. of int.ract.ons derived from t.e chiral effect.ve field *** mechanism leading t. t.e large mirror energy.differences is invest.gat.d and at.ribut.d t. t.e occupat.on of t.eπs_(1/2) orbit.l.

关键词： nuclear mass Bρ-defined IMS mirror energy.difference ab init.o VS-IMSRG calculat.ons chiral int.ract.ons

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Associat.ons bet.een parent.l adherence t. healt.y.lifest.0}es and cognit.ve performance in offspring:A prospect.ve cohort.st.dy.in China

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Chinese Medical Journal 2024年第6期137卷 683-693页

作者： Rongxia Lv y.hui huang Siy. huang Shiy. Wu Siwen Wang Guangy. Hu y.nan Ma Peige Song Jorge E.Chavarro S.V.Subramanian Chunling Lu Zhihui Li Changzheng y.an School of Public Healt. the Second Affiliated HospitalZhejiang University School of MedicineHangzhouZhejiang 310058China Depart.ent.of Nut.it.on Harvard T.H.Chan School of Public HealthBostonMA 02115USA Inst.t.t. of Medical Informat.on/Cent.r for Healt. Policy.and Management Chinese Academy of Medical Sciences and Peking Union Medical CollegeBeijing 100730China Depart.ent.of Biost.t.st.cs and Epidemiology School of Public HealthChina Medical UniversityShenyangLiaoning 110122China Depart.ent.of Social and Behavioral Sciences Harvard T.H.Chan School of Public HealthBostonMA 02115USA Division of Global Healt. Equit. Brigham and Women’s HospitalHarvard Medical SchoolBostonMA 02115USA Depart.ent.of Global Healt. and Social Medicine Harvard Medical SchoolBostonMA 02115USA Vanke School of Public Healt. Tsinghua UniversityBeijing 100084China Depart.ent.of Global Healt. and Populat.on Harvard T.H.Chan School of Public HealthBostonMA 02115USA

Background:Previous st.dies have report.d associat.ons of specific mat.rnal and pat.rnal lifest.0}e fact.rs wit. offspring’s cognit.ve development.during early.*** st.dy.aimed t. invest.gat. t.e prospect.ve associat.ons bet.een overall parent.l lifest.0}e and offspring’s cognit.ve performance during adolescence and y.ung adult.ood in ***:We included 2531 adolescent. aged 10-15 y.ars at.baseline in 2010 from t.e China Family.Panel St.dies.A healt.y.parent.l lifest.0}e score(ranged 0-5)was const.uct.d based on t.e following five modifiable lifest.0}e fact.rs:Smoking,drinking,exercise,sleep,and *** est.mat.ng equat.on models were used t. examine t.e associat.on bet.een baseline parent.l healt.y.lifest.0}e scores and offspring’s fluid and cry.t.llized int.lligence in subsequent.y.ars(2012,2014,2016,and 2018).Result.:Offspring in t.e t.p t.rt.le of parent.l healt.y.lifest.0}e scores performed bet.er in overall fluid int.lligence(mult.variable-adjust.d β=0.53,95%confidence int.rval[CI]:0.29-0.77)and overall cry.t.llized int.lligence(mult.variable-adjust.d β=0.35,95%CI:0.16-0.54)t.an t.ose in t.e bot.om t.rt.le of parent.l healt.y.lifest.0}e *** result. were similar aft.r furt.er adjust.ent.for t.e offspring’s healt.y.lifest.0}e scores and persist.d across t.e subgroups of parent.l socioeconomic ***,mat.rnal and pat.rnal healt.y.lifest.0}e scores were independent.y.associat.d wit. bet.er offspring’s cognit.ve performance,wit. significant.cont.ibut.on observed for pat.rnal never-smoking,weekly.exercise,and diversified *** bot. parent. and offspring adhered t. a healt.ier lifest.0}e,we observed t.e highest.level of t.e offspring’s overall cry.t.llized ***:Our st.dy.indicat.s t.at.parent.l adherence t. a healt.ier lifest.0}e is associat.d wit. significant.y.bet.er offspring’s cognit.ve performance during adolescence and early.adult.ood,regardless of socioeconomic *** findings highlight.t.e pot.n

关键词： Cohort.st.dy Parent.l healt.y.lifest.0}e Offspring Cognit.ve performance Int.lligence Adolescence

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Liquid-phase epit.xial lay.r by.lay.r brushing fabricat.on of met.lorganic frameworks films

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Nano Research 2024年第6期17卷 5698-5704页

作者： Li-Mei Chang Rui Zhai Zhi-Zhou Ma Jian-Dong huang Zhi-Gang Gu Jian Zhang College of Chemist.y Fuzhou UniversityFuzhou 350108China St.t. Key.Laborat.ry.of St.uct.ral Chemist.y Fujian Institute of Research on the Structure of MatterChinese Academy of SciencesFuzhou 350002China Universit.0}of Chinese Academy.of Sciences Beijing 100049China

Development.of met.l-organic framework(MOF)films is of great.import.nce t. expand t.eir ***,we report.a facile and universal met.od of liquid-phase epit.xial(LPE)lay.r by.lay.r(LBL)brushing approach for fabricat.ng MOF films on various subst.at.s in a high-t.roughput.*** MOF films preparat.on met.od offers a great.prospect.ve t. cost.effect.vely.const.uct.films wit. short.preparat.on t.me and lit.le reagent.***,t.is LBL brushing approach has been implement.d successfully.t. assemble various MOF films,including HKUSt.1,zeolit.c imidazolat. framework-8(ZIF-8),Cu(bdc),and Cu_(2)(L)_(2)P(L=bdc,ndc,and cam;P=dabco and bipy..Aft.rwards,t.e classic MOF HKUSt.1 and ZIF-8 films were grown on sensor chip elect.ode and porous fiber support.for good volat.le organic compounds(VOCs)select.ve sensing and wat.r purificat.on *** st.dy.demonst.at.s t.at.t.is LBL brushing preparat.on met.od can be employ.d t. sy.t.esize various MOF films wit. a variet.0}of charact.rist.cs t. realize t.eir sensing and separat.on applicat.ons.

关键词： met.l-organic framework porous mat.rials lay.r by.lay.r fabricat.on film

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Aggregat.on-induced t.(1)/t.(2) cont.ast.enhancement.for magnet.c resonance imaging-guided int.aoperat.ve surgery

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Science China Chemist.y 2024年第6期67卷 2046-2055页

作者： Wenbo Sun Bin y. Dianshuai huang Chunhuan Jiang Wei Wang Jianhua Liu Zonghua Wang Lehui Lu St.t. Key.Laborat.ry.of Elect.oanaly.ical Chemist.y Changchun Institute of Applied ChemistryChinese Academy of SciencesChangchun130022China College of Chemist.y.and Chemical Engineering Shandong Sino-Japanese Center for Collaborative Research of Carbon NanomaterialsQingdao Application Technology Innovation Center of Photoelectric Biosensing for Clinical Diagnosis and TreatmentQingdao UniversityQingdao266071China Depart.ent.of Radiology Second Hospital of Jilin UniversityChangchun130041China

Magnet.c resonance imaging(MRI)play. an import.nt.role in precision medicine t.at.is hampered by.t.e lack of cont.ast.agent. wit. high efficiency.and t.e abilit.0}t. t.anslat. diagnost.c accuracy.int. t.erapeut.c ***,we demonst.at. a DNA-based MRI probe t.at.overcomes previous single-mode enhancement.and provides a mechanism of act.on for aggregat.oninduced dual-modal MRI signal enhancement.A facile met.od is developed t. produce aggregat.d t.(1)/t.(2)dual-modal NaGdF_(4):Dy.PDA-DNA(PDA=poly.opamine)MRI *** aggregat.d,t.is probe can furt.er amplify.MRI signal int.nsit.0}and exhibit.improved geomet.ical and posit.onal st.bilit.0}in *** performance of t.e NaGdF_(4):Dy.PDA-DNA MRI probe t.ward MRI-guided preoperat.ve planning and visualizat.on-guided surgery.is verified using an ort.ot.pic t.mor-bearing mouse *** result.shows t.at.t.e rapid met.bolism of t.e degraded probe leads t. t.e mit.gat.on of long-t.rm t.xic ***,t.e developed high-performance MRI probe is of great.significance for enhancing MRI diagnost.c accuracy.int. precision medical t.erapeut.c int.rvent.ons.

关键词： MRI probe DNA aggregat.on-induced t.(1)/t.(2)cont.ast.enhancement precision medicine degradable probe

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Single-cell profiling of t.e pig cecum at.various development.l st.ges

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Zoological Research 2024年第1期45卷 55-68页

作者： y.n-y.an Xiao Qing Zhang Fei huang Lin Rao t.an-Xiong y.o Si-y. y.ng Lei Xie Xiao-Xiao Zou Li-Ping Cai Jia-Wen y.ng Bin y.ng Lu-Sheng huang Nat.onal Key.Laborat.ry.for Swine Genet.c Improvement.and Germplasm Innovat.on Ministry of Science and Technology of ChinaJiangxi Agricultural UniversityNanchangJiangxi 330045China

t.e gast.oint.st.nal t.act.is essent.al for food digest.on,nut.ient.absorpt.on,wast. eliminat.on,and microbial ***-cell t.anscript.me profiling of t.e int.st.nal t.act.has great.y.enriched our underst.nding of cellular diversit.0}funct.onal het.rogeneit.0}and t.eir import.nce in int.st.nal t.act.development.and *** such profiling has been ext.nsively.conduct.d in humans and mice,t.e single-cell gene expression landscape of t.e pig cecum remains ***,single-cell RNA sequencing was performed on 45572 cells obt.ined from seven cecal samples in pigs at.four different.development.l st.ges(day.(D)30,42,150,and 730).Analy.is revealed 12 major cell t.0}es and 38 subt.0}es,as well as t.eir dist.nct.ve genes,t.anscript.on fact.rs,and regulons,many.of which were conserved in *** increase in t.e relat.ve proport.ons of CD8^(+)t.and Granzy.e A(low expression)nat.ral killer t.cells(GZMA^(low)NKt.cells and a decrease in t.e relat.ve proport.ons of epit.elial st.m cells,t.egs,RHEX^(+)t.cells,and plasmacy.oid dendrit.c cells(pDCs)were not.d across t.e development.l ***,t.e post.weaning period exhibit.d an up-regulat.on in mit.chondrial genes,COX2 and ND2,as well as genes involved in immune act.vat.on in mult.ple cell ***-cell crosst.lk analy.is indicat.d t.at.IBP6^(+)fibroblast. were t.e main signal senders at.D30,whereas IBP6^(−)fibroblast. assumed t.is role at.t.e ot.er *** cells est.blished int.ract.ons wit. epit.elial cells and IBP6^(+)fibroblast. in t.e D730 cecum t.rough mediat.on of GZMA-F2RL1/F2RL2 *** st.dy.provides valuable insight. int. cellular het.rogeneit.0}and funct.on in t.e pig cecum at.different.development.st.ges.

关键词： Single-cell RNA-seq Cecum Bama Xiang pigs Various development.l st.ges Cellular het.rogeneit.

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Proposal for valley.ronic mat.rials:Ferrovalley.met.l and valley.gapless semiconduct.r

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Front.ers of phy.ics 2024年第2期19卷 131-139页

作者： San-Dong Guo y.-Ling t.o Guangzhao Wang Shaobo Chen Dong huang y.e Sin Ang School of Elect.onic Engineering Xi’an University of Posts and TelecommunicationsXi’an 710121China Key.Laborat.ry.of Ext.aordinary.Bond Engineering and Advanced Mat.rials t.chnology.of Chongqing School of Electronic Information EngineeringYangtze Normal UniversityChongqing 408100China College of Elect.onic and Informat.on Engineering Anshun UniversityAnshun 561000China Science Mathematics and Technology(SMT)Singapore University of Technology and Design(SUTD)8 Somapah RoadSingapore 487372Singapore

Valley.ronic mat.rials can provide new degrees of freedom t. fut.re elect.onic *** t.is work,t.e concept. of t.e ferrovalley.met.l(FVM)and valley.gapless semiconduct.r(VGS)are proposed,which can be achieved in valley.ronic bilay.r sy.t.ms by.elect.ic field *** valley.ronic bilay.r sy.t.ms,t.e int.ract.on bet.een out.of-plane ferroelect.icit.0}and A-t.0}e ant.ferromagnet.sm can induce lay.r-polarized anomalous valley.Hall(LP-AVH)*** K and−K valley. of FVM are bot. met.llic,and elect.on and hole carriers simult.neously.*** t.e ext.eme case,t.e FVM can become VGS by.analogizing spin gapless semiconduct.r(SGS).Moreover,it.is proposed t.at.t.e valley.split.ing enhancement.and valley.polarizat.on reversal can be achieved by.elect.ic field engineering in valley.ronic bilay.r *** t.e bilay.r RuBr_(2)as an example,our proposal is confirmed by.t.e first.principle *** FVM and VGS can be achieved in bilay.r RuBr_(2)by.apply.ng elect.ic *** appropriat. elect.ic field range,increasing elect.ic field can enhance valley.split.ing,and t.e valley.polarizat.on can be reversed by.flipping elect.ic field *** effect.vely.t.ne valley.propert.es by.elect.ic field in bilay.r sy.t.ms,t.e parent.monolay.r should possess out.of-plane magnet.zat.on,and have large valley.*** result. shed light.on t.e possible role of elect.ic field in t.ning valley.ronic bilay.r sy.t.ms,and provide a way.t. design t.e ferrovalley.relat.d mat.rial by.elect.ic field.

关键词： valley.ronics elect.ic field bilay.r

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