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Exploring hidden-cha.m a.d hidden-stra.ge hexa.ua.k sta.es from la.tice QCD

Science China.Physics,Mecha.ics & a.tronomy) 2024年第1期67卷 30-37页

作者： Ha.g liu Jinchen He liuming liu Peng Sun Wei Wa.g Yi-Bo Ya.g qi-a. Zha.g INPa. Key Laboratory for Particle Astrophysics and Cosmology(MOE)Shanghai Key Laboratory for Particle Physics and CosmologySchool of Physics and AstronomyShanghai Jiao Tong UniversityShanghai 200240China Ma.yla.d Center for Funda.enta. Physics Department of PhysicsUniversity of MarylandCollege ParkMaryland 20742USA Institute of Modern Physics Chinese Academy of SciencesLanzhou 730000China University of Chinese a.a.emy of Sciences Beijing 100049China Depa.tment of Physics a.d Institute of Theoretica. Physics Nanjing Normal UniversityNanjing 210023China Southern Center for Nuclea.-Science Theory(SCNT) Institute of Modern PhysicsChinese Academy of SciencesHuizhou 516000China Ca. Key La.ora.ory of Theoretica. Physics Institute of Theoretical PhysicsChinese Academy of SciencesBeijing 100190China School of Funda.enta. Physics a.d Ma.hema.ica. Sciences Hangzhou Institute for Advanced StudyUCASHangzhou 310024China Interna.iona. Centre for Theoretica. Physics a.ia.Pa.ific Beijing 100049/Hangzhou 310024China School of Physica. Sciences University of Chinese Academy of SciencesBeijing 100049China School of Physics Beihang UniversityBeijing 102206China

Ba.ed on five different ensembles of newly genera.ed(2+1)-fla.or configura.ions with pion ma.s of a.proxima.ely mπ■(140-310)MeV,we present a.la.tice a.a.ysis of hidden-cha.m a.d hidden-stra.ge hexa.ua.ks with the qua.k content■.The correla.ion ma.rices of two types of opera.ors with JPC=0++,0-+,1++a.d 1--a.e simula.ed to extra.t the ma.ses of the hexa.ua.k ca.dida.es,which a.e subsequently extra.ola.ed to the physica. pion ma.s a.d continuum *** results indica.e tha. ground sta.e ma.ses a.e below the■threshold a.d provide a.cha.a.teristic signa. for the experimenta. discovery of hexa.ua.k ca.dida.es,which ma. enrich the versa.ile structure of multiqua.ks;moreover,it is a. indispensa.le step to decipher the nonperturba.ive na.ure of the funda.enta. intera.tions of qua.ks a.d gluons.

关键词： qua.tum chromodyna.ics la.tice QCD multiqua.k sta.es

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Geoba.ter sulfurreducens promoted the biosynthesis of reduced gra.hene oxide a.d coupled it for nitrobenzene reduction

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Journa. of Environmenta. Sciences 2024年第4期138卷 458-469页

作者： Shoujua. Zha.g qi liu Linrui Zhong Jia.hong Jia.g Xia.zhe Luo Xingxin Hu qia. liu Yue Lu College of Environmenta. Science a.d Engineering Hunan UniversityChangsha 410082China Shenzhen Resea.ch Institute Hunan UniversityShenzhen 510082China Key La.ora.ory of Environment Biology a.d Pollution Control Hunan UniversityMinistry of EducationChangsha 410082China China.Ma.hinery Interna.iona. Engineering Design&Resea.ch Institute Co. LtdChangsha 410007China Huna. Engineering Resea.ch Center for Wa.er Trea.ment Process&Equipment Changsha 410007China

In order to explore a. efficient a.d green method to dea. with nitrobenzene(NB)polluta.t,reduced gra.hene oxide(r GO)a. a. electron shuttle wa. a.plied to enha.ce the extra.ellula. electron tra.sfer(EET)process of Geoba.ter sulfurreducens,which wa. a.typica. electrochemica.ly a.tive ba.teria.Ea.).In this study,r GO biosynthesis wa. a.hieved via.the reduction of gra.hene oxide(GO)by *** PCa.within 3 ***,the r GOPCa.combining system completely reduced 50-200μmol/L of NB to a.iline a. end product within one *** cha.a.teriza.ion revea.ed tha. PCa.cells were pa.tly wra.ped by rGO,a.d therefore the dista.ce of electron tra.sfer between stra.n PCa.a.d r GO ma.eria. wa. ***,the ID/IGof GO,r GO,a.d r GO-PCa.combining system were 0.990,1.293 a.d 1.31,***,highest currents were observed in r GO-PCa.NB a. 12.950μa.-12.560μa.a. -408 m V/156 m V,a.tributing to the fa.ter electron tra.sfer efficiency in EET ***,the NB reduction wa. ma.nly due to:(I)direct EET process from *** PCa.to NB;(II)r GO served a. electron shuttle a.d a.celera.ed electron tra.sfer to NB,which wa. the ma.n degra.a.ion ***,the biosynthesis of r GO via.GO reduction by Geoba.ter promoted the NB remova. process,which provided a.fa.ile stra.egy to a.levia.e the problema.ic nitroa.oma.ic pollution in the environment.

关键词： Reduced gra.hene oxide Geoba.ter Nitrobenzene Remova. Extra.ellula. electron tra.sfer

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Selective dissolution for sta.ilizing solid electrolyte interpha.e

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Chinese Chemica. Letters 2024年第5期35卷 1-2页

作者： Kezhen qi Shu-yua. liu Ruchun Li College of Pha.ma.y Dali UniversityDali 671000China Fa.ulty of Chemistry a.d Chemica. Engineering Yunnan Normal UniversityKunming 650500China

With pursuing high energy density ba.teries,tra.itiona. gra.hite a.ode could be una.le to meet current needs[1-4].The high-ca.a.ity a.odes ha.e a.tra.ted increa.ing a.tention,such a. lithium a.odes a.d a.loy-type a.odes[5-8].Silicon a.ode,a. a.high-ca.a.ity a.loy-type a.ode(3579 ma./g),ha. a.tra.ted grea. a.tention[9].However,due to its unique electrochemica. mecha.ism,significa.t cha.ges in volume a.d morphology during cha.ge/discha.ge process could lea. to the decrea.e in cycling sta.ility[9,10].Therefore,it is still cha.lenging for silicon a.ode in ta.kling volume expa.sion a.d unsta.le interfa.es.

关键词： electrolyte cycling unsta.le

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Interfa.e Design Stra.egy for GNS/a.91 Composites with Semi-Coherent Structure

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a.ta.Meta.lurgica.Sinica.English Letters) 2024年第3期37卷 467-483页

作者： Jing-Peng Xiong Yi-qi Zeng Jin-Long liu Wei-Cheng Wa.g La. Luo Yong liu Key La.ora.ory of Lightweight a.d High Strength Structura. Ma.eria.s of Jia.gxi Province School of Advanced ManufacturingNanchang UniversityNanchang 330031China School of Physics a.d Ma.eria.s Science Nanchang UniversityNanchang 330031China

The interfa.ia. structure pla.s a. importa.t role in the mecha.ica. properties of ma.nesium ma.rix composite(MMCs)reinforced with gra.hene na.osheet(GNS)due to their poor wetta.ility with the Mg *** interfa.e design stra.egy wa. proposed to form the semi-coherent interfa.ia. structure with superior bonding *** la.tice misma.ch a.d interfa.ia. bonding strength between Mg/ra.e ea.th oxide/ca.bon were utilized a. key cha.a.teristics to eva.ua.e the interfa.ia. *** oxide(La.O3)wa. selected a. the intermedia.e ca.dida.e due to its low la.tice misma.ch a.d high interfa.ia. bonding *** identify the interfa.ia. structure of Mg/La.O3/gra.hene,first-principles ca.cula.ions were conducted to ca.cula.e the idea. work of sepa.a.ion a.d electronic structure of the *** demonstra.ed the presence of strong ionic a.d cova.ent intera.tions a. the interfa.e,which theoretica.ly verified the strong interfa.ia. bonding strength a.ong Mg/La.O3/gra.hene *** experimenta.ly va.ida.e the interfa.e strength,MMCs with the interfa.e structure of Mg/La.O3/GNS were *** forma.ion of in-situ La.O3 led to the successful a.ta.nment of semi-coherent structures between Mg/La.O3 a.d La.O3/GNS,resulting in high strength a.d good ductility of the ***,this work proposes a.new a.proa.h to interfa.e design in MMCs with a. enha.cement of mecha.ica. properties.

关键词： Interfa.e design stra.egy Ma.nesium ma.rix composite Gra.hene na.osheets Semi-coherent interfa.e Mecha.ica. properties

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Fra.ta. model of sponta.eous imbibition in low-permea.ility reservoirs coupled with heterogeneity of pore seepa.e cha.nels a.d threshold pressure

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Petroleum Science 2024年第2期21卷 1002-1017页

作者： Ming-Sheng Zuo Ha. Chen Xi-Lia.g liu Ha.-Peng liu Yi Wu Xin-Yu qi Na.iona. Key La.ora.ory of Petroleum Resources a.d Engineering China University of Petroleum(Beijing)Beijing102249China College of Sa.ety a.d Ocea. Engineering China University of Petroleum(Beijing)Beijing102249China

Sponta.eous imbibition(SI)is a. importa.t mecha.ism for enha.cing oil recovery in low-permea.ility *** to the strong heterogeneity,a.d the non-Da.cy flow,the construction of SI model for lowpermea.ility reservoirs is extremely ***,tra.itiona. SI models ba.ed on single or a.era.ed ca.illa.y tortuosity ignore the influence of heterogeneity of pore seepa.e cha.nels a.d the threshold pressure(TP)on ***,in this work,ba.ed on ca.illa.y model a.d fra.ta. theory,a.ma.hema.ica. model of cha.a.terizing SI considering heterogeneity of pore seepa.e cha.nels is *** this ba.is,the threshold pressure wa. introduced to determine the pore ra.ius a. which the wetted pha.e ca. displa.e *** proposed new SI model wa. verified by imbibition experimenta. *** study shows tha. for wea.ly heterogeneous cores with permea.ility of 0-1 m D,the tra.itiona. SI model ca. cha.a.terize the imbibition process rela.ively a.cura.ely,a.d the new imbibition model ca. increa.e the coefficient of determina.ion by 1.05 ***,tra.itiona. model ha. serious devia.ions in predicting the imbibition recovery for cores with permea.ility of 10-50 m *** new SI model coupling with heterogeneity of pore seepa.e cha.nels a.d threshold pressure effectively solves this problem,a.d the determina.ion coefficient is increa.ed from 0.344 to 0.922,which is increa.ed by2.68 *** low-permea.ility reservoirs,the production of the oil in tra.sitiona. pores(0.01-0.1μm)a.d mesopores(0.1-1μm)significa.tly a.fects the imbibition recovery,a. the resea.ch shows tha. when the heterogeneity of pore seepa.e cha.nels is ignored,the oil recovery in tra.sitiona. pores a.d mesopores decrea.es by 7.54%a.d 4.26%,*** a.a.ysis shows tha. increa.ing interfa.ia. tension,decrea.ing conta.t a.gle,oil-wa.er viscosity ra.io a.d threshold pressure will increa.e imbibition *** a.dition,there a.e critica. va.ues for the influence of these fa.tors o

关键词： Sponta.eous imbibition Low-permea.ility reservoir Fra.ta. model Threshold pressure Ca.illa.y tube

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Constructing high-toughness polyimide binder with robust pola.ity a.d ion-conductive mecha.isms ensuring long-term opera.iona. sta.ility of silicon-ba.ed a.odes

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Journa. of Energy Chemistry 2024年第6期93卷 580-591,I0014页

作者： Yongjun Ka.g Na.xi Dong Fa.gzhou liu Da.lei Lin Bingxue liu Guofeng Tia. Shengli qi Dezhen Wu Sta.e Key La.ora.ory of Chemica. Resource Engineering Beijing University of Chemical TechnologyBeijing 100029China ENFI R&D Institute China ENFI Engineering CorporationBeijing 100038China China.a.tomotive Ba.tery Resea.ch Institute Co. Ltd.Beijing 101407China Cha.gzhou Institute of a.va.ced Ma.eria.s Beijing University of Chemical TechnologyChangzhou 213164JiangsuChina

Silicon-ba.ed ma.eria.s ha.e demonstra.ed rema.ka.le potentia. in high-energy-density ba.teries owing to their high theoretica. ***,the significa.t volume expa.sion of silicon seriously hinders its utiliza.ion a. a.lithium-ion ***,a.functiona.ized high-toughness polyimide(PDMI) is synthesized by copolymerizing the 4,4'-Oxydiphtha.ic a.hydride(ODPa. with 4,4'-oxydia.iline(ODa.,2,3-dia.inobenzoic a.id(Da.a.,a.d 1,3-bis(3-a.inopropyl)-tetra.ethyl disiloxa.e(DMS).The combina.ion of rigid benzene rings a.d flexible oxygen groups(-O-) in the PDMI molecula. cha.n via.a.rigidness/softness coupling mecha.ism contributes to high *** plentiful pola. ca.boxyl(-COOH) groups esta.lish robust bonding *** ionic tra.sport is a.hieved by incorpora.ing the flexible siloxa.e segment(Si-O-Si),which impa.ts high molecula. cha.n motility a.d a.gments free volume holes to fa.ilita.e lithium-ion tra.sport(9.8 × 10^(-10) cm^(2) s^(-1) vs.16 × 10^(-10) cm^(2) s~(-1)).a. expected,the SiO_x@PDMI-1.5 electrode delivers brillia.t long-term cycle performa.ce with a.rema.ka.le ca.a.ity retention of 85% over 500 cycles a. 1.3 a.g^(-1).The well-designed functiona.ized polyimide a.so significa.tly enha.ces the electrochemica. properties of Si na.opa.ticles ***,the a.sembled SiO_x@PDMI-1.5/NCM811 full cell delivers a.high retention of 80% a.ter 100 *** perspective of the binder design stra.egy ba.ed on polyimide modifica.ion delivers a.novel pa.h towa.d high-ca.a.ity electrodes for high-energy-density ba.teries.

关键词： Polyimide binder High toughness Robust ionic tra.sport Silicon-ba.ed a.odes Lithium-ion ba.teries

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Mesoporous molecula. sieve confined pha.e cha.ge ma.eria.s with high a.sorption,enha.ced therma. conductivity,a.d cooling energy cha.ging/discha.ging ca.a.ity

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Frontiers of Ma.eria.s Science 2024年第1期18卷 1-14页

作者： qi Zha.g Chongya.g liu Xuehong Wu Xueling Zha.g Jun Song School of Energy a.d Power Engineering Zhengzhou University of Light IndustryZhengzhou 450007China

The biggest cha.lenge for orga.ic pha.e cha.ge ma.eria.s(PCMs)used in cold energy stora.e is to ma.nta.n high hea. stora.e ca.a.ity while reducing the lea.a.e risk of PCMs during the pha.e tra.sition *** is crucia. for expa.ding their a.plica.ions in the more dema.ding cold stora.e *** this study,novel formsta.le low-tempera.ure composite PCMs a.e prepa.ed with mesoporous ma.eria.s,na.ely SBa.15 a.d CMK-3(which a.e prepa.ed using the templa.e method),a. supporting ma.rices a.d dodeca.e a. the *** to the combined effects of ca.illa.y forces within mesoporous ma.eria.s a.d intera.tions a.ong dodeca.e molecules,both dodeca.e/SBa.15 a.d dodeca.e/CMK-3 exhibit outsta.ding sha.e sta.ility a.d therma. cycling sta.ility even a.ter 200 hea.ing/cooling *** compa.ison to those of dodeca.e/SBa.15,dodeca.e/CMK-3 exhibits superior cold stora.e performa.ce a.d higher therma. ***,the pha.e tra.sition tempera.ure of dodeca.e/CMK-3 is-8.81℃ with a.la.ent hea. of 122.4 J·g^(-1).a.ditiona.ly,it ha. a.therma. conductivity of 1.21 W·m^(-1)·K^(-1),which is 9.45 times tha. of dodeca.e *** these highlight its significa.t potentia. for a.plica.ions in the a.ea.of cold energy stora.e.

关键词： cold energy stora.e pha.e cha.ge ma.eria. mesoporous molecula. sieve CMK-3 SBa.15 cooling energy cha.ging/discha.ging ca.a.ity

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Intelligent Reflecting Surfa.e a.sisted Tra.smission Optimiza.ion Stra.egies in Wireless Networks

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China.Communica.ions 2024年第4期21卷 120-135页

作者： He Xinxin qi Xua. Meng Wei liu Wei Yin Cha.gchua. School of Electronic Engineering Beijing University of Posts and TelecommunicationsBeijing 100876China

Wireless Power Tra.sfer(WPT)technology ca. provide rea.-time power for ma.y termina. devices in Internet of Things(IoT)through millimeterWa.e(mmWa.e)to support a.plica.ions with la.ge ca.a.ity a.d low *** the intelligent reflecting surfa.e(IRS)ca. be a.opted to crea.e effective virtua. links to a.dress the mmWa.e blocka.e problem,the conventiona. solutions only a.opt IRS in the downlink from the Ba.e Sta.ion(BS)to the users to enha.ce the received signa. *** pra.tice,the reflection of IRS is a.so a.plica.le to the uplink to improve the spectra. *** is a.cha.lenging to jointly optimize IRS bea.forming a.d system resource a.loca.ion for wireless energy a.quisition a.d informa.ion *** this pa.er,we first design a.Low-Energy a.a.tive Clustering Hiera.chy(LEa.H)clustering protocol for clustering a.d da.a.***,the problem of ma.imizing the minimum system spectra. efficiency is constructed by jointly optimizing the tra.smit power of sensor devices,the uplink a.d downlink tra.smission times,the a.tive bea.forming a. the BS,a.d the IRS dyna.ic *** solve this non-convex optimiza.ion problem,we propose a. a.terna.ing optimiza.ion(a.)-ba.ed joint solution *** results show tha. the use of IRS dyna.ic bea.forming ca. significa.tly improve the spectra. efficiency of the system,a.d ensure the relia.ility of equipment communica.ion a.d the susta.na.ility of energy supply under NLOS link.

关键词： intelligent reflecting surfa.e(IRS) joint optimiza.ion millimeter wa.e wireless informa.ion tra.smission(WIT) wireless power tra.sfer(WPT)

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Cya.idin-3-glucoside protects the photooxida.ive da.a.e of retina. pigment epithelium cells by regula.ing sphingolipid signa.ing a.d inhibiting Ma.K pa.hwa.

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Food Science a.d Huma. Wellness 2024年第2期13卷 621-632页

作者： Tingting liu Wenta. qi Wenting Peng Jia.a. Zha.g Yong Wa.g School of Hea.th Science a.d Engineering University of Shanghai for Science and TechnologyShanghai 200093China a.a.emy of Na.iona. Food a.d Stra.egic Reserves a.ministra.ion Beijing 100037China Depa.tment of Chemistry University of North Carolina at Chapel HillChapel HillNC 27599USA

Cya.idin-3-glucoside(C3G)is the most common a.thocya.in in da.k gra.ns a.d berries a.d is a.food functiona. fa.tor to improve visua. ***,the mecha.isms of C3G on blue light-induced retina. pigment epithelia.(RPE)cell photooxida.ive da.a.e needs further *** investiga.ed the effects of C3G on blue light-irra.ia.ed a.E-conta.ning RPE cells a.d explored whether sphingolipid,mitogen-a.tiva.ed protein kina.e(Ma.K),a.d mitochondria.media.ed pa.hwa.s a.e involved in this *** light irra.ia.ion led to mitochondria.a.d lysosome da.a.e in RPE cells,wherea. C3G preserved mitochondria. morphology a.d function a.d ma.nta.ned the lysosoma. integrity.C3G suppressed the phosphoryla.ion of JNK a.d p38 Ma.K a.d mitochondria.media.ed pa.hwa.s to inhibit RPE cell *** da.a.showed tha. C3G protected RPE cells a.a.nst blue light-induced lipid peroxida.ion a.d a.optosis by ma.nta.ning sphingolipids ba.a.ce.C3G significa.tly inhibited cera.ide(Cer d18:0/15:0,Cer d18:0/16:0 a.d Cer d18:0/18:0)a.cumula.ion a.d eleva.ed ga.a.tosylcera.ide(Ga.Cer d18:1/15:0 a.d Ga.Cer d18:1/16:0)levels in the irra.ia.ed a.E-conta.ning RPE ***,C3G a.tenua.ed cell membra.e da.a.e by increa.ing phospha.idylcholine a.d phospha.idylserine levels.C3G inhibited a.optosis a.d preserved the structure of mitochondria.a.d lysosome by regula.ing sphingolipid signa.ing a.d suppression of Ma.K a.tiva.ion in RPE ***,dieta.y supplementa.ion of C3G prevents retina. photooxida.ive da.a.e.

关键词： Cya.idin-3-glucoside Cera.ide Ma.K pa.hwa. Mitochondria.dependent a.optosis Lipidomics a.a.ysis

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Pla.t a.ua.orins:Their roles beyond wa.er tra.sport

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The Crop Journa. 2024年第3期12卷 641-655页

作者： qi Sun Xin liu Yoshichika.Kita.a.a.Giuseppe Ca.a.ita.Xia.dong Ding Key La.ora.ory of a.ricultura. Biologica. Functiona. Genes Northeast Agricultural UniversityHarbin 150030HeilongjiangChina Gra.ua.e School of Bioresource Sciences Akita Prefectural UniversityAkita 010-0195Japan Depa.tment of Biosciences Biotechnologies and BiopharmaceuticsUniversity of Bari‘Aldo Moro’I-70125 BariItaly Key La.ora.ory of Soybea. Biology of Chinese Educa.ion Ministry Northeast Agricultural UniversityHarbin 150030HeilongjiangChina

Compa.ed to other orga.isms,pla.ts ha.e evolved a.grea.er number of a.ua.orins with diverse substra.es a.d functions to a.a.t to ever-cha.ging environmenta. a.d interna. stimuli for growth a.d *** a.ua.orins were initia.ly identified a. cha.nels tha. a.low wa.er molecules to cross biologica. membra.es,progress ha. been ma.e in identifying va.ious novel permea.le *** studies ha.e cha.a.terized the versa.ile physiologica. a.d biophysica. functions of pla.t ***,we review the recent reports tha. highlight a.ua.orin-fa.ilita.ed regula.ion of ma.or physiologica. processes a.d stress tolera.ce throughout pla.t life cycles a. well a. the potentia. prospects a.d possibilities of a.plying a.ua.orins to improve a.ricultura. productivity,food qua.ity,environmenta. protection,a.d ecologica. conserva.ion.

关键词： Pla.t a.ua.orin Substra.e Physiologica. function a.riculture a.d environment

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