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Different.al dist.ibut.on of PINk1 and Parkin in t.e primat. brain implies dist.nct.roles

Neural Regenerat.on Research 2025年第4期20卷 1124-1134页

作者： y.nt.ng liu Wei Huang Jiay. Wen Xin Xiong t.ng xu Qi wang Xiusheng chen Xianxian zhao Shihua li Xiaojiang li Weili y.ng guangdong key.laborat.ry.of Non-human Primat. Research Key Laboratory of CNS Regeneration(Ministry of Education)Guangdong-Hongkong-Macao CNS Regeneration Institute of Jinan UniversityJinan UniversityGuangzhouGuangdong ProvinceChina

t.e vast.majorit. of in vit.o st.dies have demonst.at.d t.at.PINk1 phosphory.at.s Parkin t. work t.get.er in mit.phagy.t. prot.ct.against.neuronal ***,it.remains largely.unclear how PINk1 and Parkin are expressed in mammalian *** has been difficult.t. address because of t.e int.insically.low levels of PINk1 and undet.ct.ble levels of phosphory.at.d Parkin in small *** t.is issue is crit.cal for elucidat.ng t.e in vivo roles of PINk1 and ***,we showed t.at.t.e PINk1 kinase is select.vely.expressed as a t.uncat.d form(PINk1–55)in t.e primat. *** t.e present.st.dy.we used mult.ple ant.bodies,including our recent.y.developed monoclonal ant.-PINk1,t. validat. t.e select.ve expression of PINk1 in t.e primat. *** found t.at.PINk1 was st.bly.expressed in t.e monkey.brain at.post.at.l and adult.ood st.ges,which is consist.nt.wit. t.e findings t.at.deplet.ng PINk1 can cause neuronal loss in developing and adult.monkey.***1 was enriched in t.e membrane-bound fract.onat.ons,whereas Parkin was soluble wit. a dist.nguishable *** double st.ining experiment. showed t.at.PINk1 and Parkin did not.colocalize under phy.iological condit.ons in cult.red monkey.ast.ocy.0}s,t.ough t.ey.did colocalize on mit.chondria when t.e cells were exposed t. mit.chondrial *** findings suggest.t.at.PINk1 and Parkin may.have dist.nct.roles bey.nd t.eir well.k.own funct.on in mit.phagy.during mit.chondrial damage.

关键词： neurodegenerat.on Parkin Parkinson’s disease PINk1 subcellular dist.ibut.on

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t.e MRE11–At.–SOg1 DNA damage signaling pat.way.confers rice immunit. t. Xant.omonas ory.ae

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Plant.Communicat.ons 2024年第4期5卷 194-207页

作者： zhan xu Mingnan Qu Chuanlin Shi Hong.z.ang Wu chen Hongge Qian zhipeng.z.ang Jiehua Qiu Qian Qian lianguang Shang guangzhou Cit. Academy.of Agricult.ral Sciences Key Laboratory of BiologyGenetics and BreedingGuangzhou 510000China Shenzhen Branch Guangdong Laboratory of Lingnan Modern AgricultureGenome Analysis Laboratory of the Ministry of Agriculture and Rural AffairsAgricultural Genomics Institute at ShenzhenChinese Academy of Agricultural SciencesShenzhen 518120China Jiangsu key.laborat.ry.of Crop genomics and Molecular Breeding College of AgricultureYangzhou UniversityYangzhou 225009China St.t. key.laborat.ry.of Rice Biology China National Rice Research InstituteHangzhou 311400China y.zhouwan Nat.onal laborat.ry No.8 Huanjin RoadYazhou DistrictSanya CityHainan Province 572024China t.ese aut.ors cont.ibut.d equally.t. t.is art.cle

Plant. are const.nt.y.exposed t. microbial pat.ogens in t.e *** branch of innat. plant.immunit. is mediat.d by.cell-membrane-localized recept.rs,but.less is known about.associat.ons bet.een DNA damage and plant.immune ***,we show t.at.rice(Ory.a sat.va)mesophy.l cells are prone t. DNA double-st.anded breaks(DSBs)in response t. zJ173,a st.ain of Xant.omonas ory.ae ***(Xoo).t.e DSB signal t.ansducer at.xia t.langiect.sia mut.t.d(At.),but.not.t.e At. and Rad3-relat.d branch,confers resist.nce against.***,t.e MRE11–At. module phosphory.at.s suppressor of gamma response 1(SOg1),which act.vat.s several pheny.propanoid pat.way.genes and prompt. downst.eam phy.0}alexin biosy.t.esis during Xoo ***,overexpression of t.e t.poisomerase gene t.P6A3 causes a swit.h from t.e classic non-homologous end joining(NHEJ)pat.way.t. t.e alt.rnat.ve NHEJ and homologous recombinat.on pat.way. at.oo-induced *** enhanced At. signaling of t.e alt.rnat.ve NHEJ pat.way.st.engt.ens t.e SOg1-regulat.d pheny.propanoid pat.way.and t.ereby.boost. Xoo-induced phy.0}alexin biosy.t.esis in t.P6A3-OE1 overexpression ***,t.e MRE11–At.–SOg1 pat.way.serves as a prime example of plant.pat.ogen int.ract.ons t.at.occur via host.non-specific recogni*** funct.on of t.P6-facilit.t.d At. signaling in t.e defense response makes it.a promising t.rget.for breeding of rice germplasm t.at.exhibit. resist.nce t. bact.rial blight.disease wit.out.a growt. penalt..

关键词： Ory.a sat.va Xant.omonas ory.ae pv.ory.ae DSBs phy.0}alexins MRE11–At.–SOg1 t.P6 complex

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Dist.nct.clinical profiles and mut.t.on landscapes of gliomas originat.ng from t.e neocort.x,mesocort.x,and cerebellum

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genes & Diseases 2024年第1期11卷 53-56页

作者： y. cheng lei zhang Xiaolong Wu Hiroaki Wakimot. Haoming geng y.kui Wei geng xu Xinru Xiao Jie Bai y.ming wang zeliang Hu leiming wang Qingt.ng lian Depart.ent.of Neurosurgery Xuanwu HospitalCapital Medical UniversityBeijing 100053China Brain t.mor Research Cent.r Massachusetts General HospitalDepartment of NeurosurgeryHarvard Medical SchoolBostonMA02134USA Depart.ent.of Pat.ology Xuanwu HospitalCapital Medical UniversityBeijing 100053China

gliomas originat.ng from anat.mically.and development.lly.dist.nct.brain regions have different.clinical ***,t.e molecular landscape underly.ng t.is difference remains *** analy.ed key.molecular mut.t.ons via sequencing and correlat.d t.em wit. clinical charact.rist.cs in 180 adult.pat.ent. wit. gliomas originat.ng from t.e neocort.x,mesocort.x,and *** of cerebellar origin had significant.y.longer survival t.an t.ose of suprat.nt.rial origin,consist.nt.wit. higher rat.s of mut.t.on in key.genes associat.d wit. suprat.nt.rial gliomas.

关键词： clinical cort.x glioma

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An inducible CRISPR act.vat.on t.ol for accelerat.ng plant.regenerat.on

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Plant.Communicat.ons 2024年第5期5卷 109-122页

作者： Cuimei zhang y.jun t.ng Shanjie t.ng lei chen t.ng li Haidi y.an y.jun xu y.ngy.n zhou Shuaibin zhang Jianli wang Hongy. Wen Wenbo Jiang y.ngzhen Pang Xian Deng Xiaofeng Cao Junhui zhou Xianwei Song Qikun liu St.t. key.laborat.ry.of Prot.in and Plant.gene Research School of Advanced Agricultural SciencesPeking UniversityBeijing 100871China Peking Universit. Inst.t.t. of Advanced Agricult.ral Sciences Shandong Laboratory of Advanced Agricultural Sciences at WeifangShandong 261000China Nat.onal Cent.r for Plant.gene Research Institute of Genetics and Developmental BiologyChinese Academy of SciencesBeijing 100101China grass and Science Inst.t.t. of Heilongjiang Academy.of Agricult.ral Sciences Heilongjiang 150086China Inst.t.t. of Animal Science Chinese Academy of Agricultural SciencesBeijing 100193China key.laborat.ry.of Seed Innovat.on and Nat.onal Cent.r for Plant.gene Research Institute of Genetics and Developmental BiologyChinese Academy of SciencesBeijing 100101China

t.e inducible CRISPR act.vat.on(CRISPR-a)sy.t.m offers unparalleled precision and versat.lit. for regu-lat.ng endogenous genes,making it.highly.sought.aft.r in plant.*** t.is st.dy.we developed a chem-ically.inducible CRISPR-a t.ol for plant. called ER-t.g by.combining t.e lexA-VP16-ER inducible sy.t.m wit. t.e Sunt.g CRISPR-a *** sy.t.mat.cally.compared different.induct.on st.at.gies and achieved high efficiency.in t.rget.gene *** demonst.at.d t.at.guide RNAs can be mult.plexed and pooled for large-scale screening of effect.ve morphogenic genes and gene pairs involved in plant.*** experiment. showed t.at.induced act.vat.on of t.ese morphogenic genes can accelerat. regenera-t.on and improve regenerat.on efficiency.in bot. eudicot.and monocot.plant.,including alfalfa,woodland st.awberry.and *** st.dy.expands t.e CRISPR t.olset.in plant. and provides a powerful new st.at.gy.for st.dy.ng gene funct.on when const.t.t.ve expression is not.feasible or ideal.

关键词： inducible CRISPR act.vat.on morphogenic gene genet.c t.ansformat.on plant.regenerat.on

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Comprehensive Bile Acid Profiling of ABCB4-mut.t.d Pat.ent. and t.e Prognost.c Role of t.urine-conjugat.d􀀖􀄮􀀏􀀙􀄮􀀏􀀚􀄮􀀏􀀔􀀕􀄮􀀐􀀷􀁈􀁗􀁕􀁄􀁋􀁜􀁇􀁕􀁒􀁛􀁜􀁏􀁄􀁗􀁈􀁇􀀃􀀥􀁌􀁏􀁈􀀃􀀤􀁆􀁌􀁇􀀃􀁌􀁑􀀃􀀦􀁋􀁒􀁏􀁈􀁖􀁗􀁄􀁖􀁌􀁖

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Journal of Clinical and t.anslat.onal Hepat.logy 2024年第2期12卷 151-161页

作者： t.ng liu Ren-xue wang Jun Han zhong-Die li Jonat.an ASheps li-Juan zheng Xiao-Xiao xu Vict.r ling Jian-She wang Depart.ent.of Pediat.ics Shanghai Medical CollegeFudan UniversityThe Center for Pediatric Liver DiseasesChildren’s Hospital of Fudan UniversityShanghaiChina BC Cancer Agency VancouverBritish Columbia V5Z 1L3Canada Universit. of Vict.ria-genome BC Prot.omics Cent.r University of VictoriaVictoriaBritish Columbia V8Z 7X8Canada Shanghai key.laborat.ry.of Birt. Defect ShanghaiChina

Background and Aims:We asked if comprehensive bile acid profiling could provide insight. int. t.e phy.iopat.ology.of ABCB4-mut.t.d pat.ent. and evaluat.d t.e prognost.c value of t.urine-conjugat.d t.t.ahy.roxy.at.d bile acid(t.uro-t.BA)in ***:Serum bile acid profiles were evaluat.d in 13 ABCB4-mut.t.d pat.ent. wit. 65 healt.y.cont.ols by.ult.a-high-performance liquid chromat.graphy.mult.ple-react.on monit.ring-mass spect.omet.y.UPlC/MRM-MS).t.e concent.at.on of t.uro-t.BA was compared bet.een ABCB4-mut.t.d pat.ent. wit. different.*** areas under t.e curve(AUCs)of t.uro-t.BA were compared bet.een ABCB11-mut.t.d pat.ent. wit. nat.ve liver survival and t.ose who died or underwent.liver t.ansplant.t.on before 3 y.ars of age by.receiver operat.ng charact.rist.c curve(ROC),wit. anot.er pat.ent.cohort.for furt.er ***:t.e overall hy.rophobicit. indices of bile acids in ABCB4-mut.t.d pat.ent.(12.99±3.25 m)were significant.y.lower t.an t.ose of healt.y.cont.ols(14.02±1.74 m,pt.at.was due t. markedly.increased bile acid modificat.ons including conjugat.on,sulfat.on,and *** in t.e t.uro-t.BA concent.at.on in ABCB4-mut.t.d pat.ent. wit. different.prognoses were not.*** analy.is indicat.d t.at.levels of t.uro-t.BA ofy.elded an AUC of 0.900 wit. a sensit.vit. of 80%and specificit. of 87.5%for ABCB11-mut.t.d pat.ent. wit. different.prognoses(p=0.0192).Of t.e 15 pat.ent. wit. good prognosis,14 were classified correct.y.and four of t.e five pat.ent. wit. a poor prognosis were classified correct.y.14:15 vs.1:5,p=0.005)wit. t.uro-t.BA as a ***:t.uro-t.BA concent.at.on may.be a biomarker for predict.ng t.e clinical out.ome in low gammaglut.my. t.ansferase int.ahepat.c cholest.sis pat.ent..

关键词： Bile acids MDR3 BSEP PFIC liquid chromat.graphy.mass spect.omet.y

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FgF21-mediat.d aut.phagy.Remodeling t.e homeost.sis in response t. st.ess in liver diseases

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genes & Diseases 2024年第3期11卷 264-274页

作者： Wei Shen Modan y.ng Hao chen Chiy.He Huigang li Xiny. y.ng Jiany.ng.z.uo zuy.an lin zhihang Hu Di lu Xiao xu zhejiang Universit. School of Medicine HangzhouZhejiang 310058China key.laborat.ry.of Int.grat.d Oncology.and Int.lligent.Medicine of zhejiang Province Department of Hepatobiliary and Pancreatic SurgeryAffiliated Hangzhou First People's HospitalZhejiang University School of MedicineHangzhouZhejiang 310006China t.e Inst.t.t. for Organ Repair and Regenerat.ve Medicine of Hangzhou HangzhouZhejiang 310006China Inst.t.t. of Organ t.ansplant.t.on Zhejiang UniversityHangzhouZhejiang 310003China Nat.onal Cent.r for Healt.care Qualit. Management.in liver t.ansplant HangzhouZhejiang 310003China

liver diseases are worldwide problems closely.associat.d wit. various st.esses,such as endoplasmic ret.culum *** exact.int.rplay.bet.een st.ess and liver diseases remains *** play. an essent.al role in maint.ining homeost.sis,and recent.st.dies indicat. t.ght.crosst.lk bet.een st.ess and aut.phagy.in liver *** t.e bal-ance bet.een damage and aut.phagy.is broken,aut.phagy.can no longer resist.injury.or main-t.in *** recent.y.ars,FgF21(fibroblast.growt. fact.r 21)-induced aut.phagy.has at.ract.d much ***21 is regarded as a st.ess hormone and can be up-regulat.d by.an abundance of signaling pat.way. in response t. ***,increased FgF21 act.vat.s aut.phagy.by.a complicat.d signaling net.ork in which mt.R play. a pivot.l *** review summarizes t.e mechanism of FgF21-mediat.d aut.phagy.and it. derived applicat.on in t.e defense of st.ess in liver diseases and offers a glimpse int. it. promising prospect.in fut.re clinical pract.ce.

关键词： Aut.phagy Fibroblast.growt. fact.r 21 liver diseases mt.R St.ess

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A review of classical hy.rogen isot.pes st.rage mat.rials

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Mat.rials Report.(Energy. 2024年第1期4卷 23-42页

作者： y.ng liu zhiy. y.ng Panpan zhou xuezhang Xiao Jiacheng Qi Jiapeng Bi xu Huang Huaqin kou lixin chen St.t. key.laborat.ry.of Silicon and Advanced Semiconduct.r Mat.rials School of Materials Science and EngineeringZhejiang UniversityHangzhou310027ZhejiangPR China key.laborat.ry.of Advanced Mat.rials and Applicat.ons for Bat.eries of zhejiang Province Hangzhou310013ZhejiangPR China Inst.t.t. of Mat.rials China Academy of Engineering PhysicsMianyang621907SichuanPR China

Hy.rogen st.rage alloy.(HSAs)are at.ract.ng widespread int.rest.in t.e nuclear indust.y.because of t.e generat.on of st.ble met.l hy.rides aft.r t.it.um absorpt.on,t.us effect.vely.prevent.ng t.e leakage of radioact.ve *** used HSAs in t.e hy.rogen isot.pes field are zr2M(M=Co,Ni,Fe)alloy.,met.llic Pd,deplet.d U,and zrCo ***,zr2M(M=Co,Ni,Fe)alloy. are considered promising t.it.um-get.er mat.rials,and met.llic Pd is ut.lized t. separat. and purify.hy.rogen ***,deplet.d U and zrCo alloy.are well suit.d for st.ring and delivering hy.rogen ***,all t.e aforement.oned HSAs need t. modulat. t.eir hy.rogen st.rage propert.es for complex operat.ng *** t.is review,we present.a comprehensive overview of t.e report.d modificat.on met.ods applied t. t.e above *** is an effect.ve ameliorat.on met.od t.at.mainly.modulat.s t.e propert.es of HSAs by.alt.ring t.eir local geomet.ical/elect.onic ***,microst.uct.ral modificat.ons such as nano-sizing and nanopores have been used t. increase t.e specific surface area and act.ve sit.s of met.llic Pd and zrCo alloy. for enhancing de-/hy.rogenat.on *** combinat.on of met.llic Pd wit. support.mat.rials can significant.y.reduce t.e cost.and enhance t.e pulverizat.on ***,t.e poisoning resist.nce of zrCo alloy.is improved by.const.uct.ng act.ve surfaces wit. select.ve ***,t.e review is const.uct.ve for bet.er underst.nding t.e propert.es and mechanisms of hy.rogen isot.pe st.rage alloy. and provides effect.ve guidance for fut.re modificat.on research.

关键词： Hy.rogen isot.pes st.rage alloy. Alloy.ng Microst.uct.ral modificat.on Surface modificat.on Composit. mat.rials

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Prot.ct.ve performance of shear st.ffening gel-modified foam against.ballist.c impact.Experiment.l and numerical st.dy

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Defence t.chnology.防务技术） 2024年第2期32卷 510-520页

作者： Huan t. Haowei y.ng Pengzhao xu zhe y.ng Fan t.ng cheng Dong y.chao chen lei Ren Wenjian Cao chenguang Huang y.cong guo y.npeng Wei key.laborat.ry.for Mechanics in Fluid Solid Coupling Sy.t.ms Institute of MechanicsChinese Academy of SciencesBeijing 100190China School of Mechanical Engineering Northwestern Polytechnical UniversityXi'an 710072China Xi'an Inst.t.t. of Elect.omechanical Informat.on t.chnology Xi'an 710065China Science and t.chnology.on t.ansient.Impact.laborat.ry Beijing 102202China School of Engineering Science University of Chinese Academy of SciencesBeijing 100049China

As one of t.e most.widely.used personal prot.ct.ve equipment.PPE),body.armors play.an import.nt.role in prot.ct.ng t.e human body.from t.e high-velocit. impact.of bullet. or *** body.t.rso and crit.cal organs of t.e wear may.suffer severe behind-armor blunt.t.auma(BABt.even t.ough t.e impact.r is st.pped by.t.e body.armor.A t.pe of novel composit. mat.rial t.rough incorporat.ng shear st.ffening gel(St.)int. et.y.ene-viny. acet.t.(EVA)foam is developed and used as buffer lay.rs t. reduce *** t.is paper,t.e prot.ct.ve performance of body.armors composed of fabric bullet.roof lay.rs and a buffer lay.r made of foam mat.rial is invest.gat.d bot. experiment.lly.and *** effect.veness of St.-modified EVA in damage relief is verified by.ballist.c *** parallel wit. t.e experiment.l st.dy.numerical simulat.ons are conduct.d by.lS-Dy.A®t. invest.gat. t.e dy.amic response of each component.and capt.re t.e key.mechanical paramet.rs,which are hardly.obt.ined from field *** fully.describe t.e mat.rial behavior under t.e t.ansient.impact.t.e select.d const.t.t.ve models t.ke t.e failure and st.ain rat. effect.int. considerat.on.A good agreement.bet.een t.e experiment.l observat.ons and numerical result. is achieved t. prove t.e validit. of t.e modelling *** t.st. and simulat.ons show t.at.t.e impact.induced deformat.on on t.e human body.is significant.y.reduced by.using St.-modified EVA as t.e buffering *** improvement.of prot.ct.ve performance is at.ribut.d t. bet.er dy.amic propert.es and more out.t.nding energy.absorpt.on capabilit. of t.e composit. foam.

关键词： Ballist.c behavior Composit. foam Shear st.ffening gel Finit. element.analy.is Prot.ct.ve mechanism

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High energy.st.rage densit. in NaNbO_(3) ant.ferroelect.ics wit. double hy.t.resis loop

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Journal of Mat.riomics 2024年第5期10卷 1026-1035页

作者： li Ma zhenpei chen gengguang luo zhiy. Che Chao xu Dongliang Shan zheny.ng Cen Qin Feng Xiy.ng chen t.y.hisa Fujit. y. zhu y.ny. liu Jing-Feng li Shujun zhang Nengneng luo St.t. key.laborat.ry.of Feat.red Met.l Mat.rials and life-cy.le Safet. for Composit. St.uct.res School of ResourcesEnvironment and MaterialsGuangxi UniversityNanning530004China School of Chemist.y.and Chemical Engineering Guangxi UniversityNanning530004China Depart.ent.of Applied Phy.ics Research Institute for Smart EnergyThe Hong Kong Polytechnic UniversityHung HomKowloonHong KongChina key.laborat.ry.of low Dimensional Mat.rials and Applicat.on t.chnology.of Minist.y.of Educat.on School of Materials Science and EngineeringXiangtan UniversityXiangtan411105HunanChina St.t. key.laborat.ry.of New Ceramics and Fine Processing School of Materials Science and EngineeringTsinghua UniversityBeijing100084China Inst.t.t. for Superconduct.ng and Elect.onic Mat.rials Australian Institute of Innovative MaterialsUniversity of WollongongWollongongNSW2500Australia

Ant.ferroelect.ics(AFEs)possess great.pot.nt.al for high performance dielect.ic capacit.rs,due t. t.eir dist.nct.double hy.t.resis loop wit. high maximum polarizat.on and low remnant.***,t.e well.k.own NaNbO3 lead-free ant.ferroelect.ic(AFE)ceramic usually.exhibit. square-l.k. P–E loop relat.d t. t.e irreversible AFE P phase t. ferroelect.ic(FE)Q phase t.ansit.on,y.elding low recoverable energy.st.rage densit.(Wrec).Herein,significant.y.improved Wrec up t. 3.3 J/cm^(3) wit. good energy.st.rage efficiency.η)of 42.4% was achieved in Na_(0.7)Ag_(0.3)Nb_(0.7)t._(0.3)O_(3)(30Agsingle bond30t.)ceramic wit. well-defined double P–E loop,by.t.iloring t.e A-sit. elect.onegat.vit. wit. Ag+and B-sit. polarizabilit. wit. t.^(5+).t.e t.ansmission Elect.on Microscope,Piezoresponse Force Microscope and in-sit. Raman spect.a result. verified a good reversibilit. bet.een AFE P phase and high-field-induced FE Q *** improved st.bilit. of AFE P phase,being responsible for t.e double P–E loop and improved Wrec,was at.ribut.d t. t.e decreased oct.hedral t.lt.ng angles and cat.on *** mechanism was revealed by.sy.chrot.on X-ray.diffract.on and Scanning t.ansmission Elect.on *** work provides a good paradigm for achieving double P–E loop and high energy.st.rage densit. in NaNbO_(3)-based ceramics.

关键词： Sodium niobat. Ant.ferroelect.ics Double hy.t.resis loop Energy.st.rage performance Reversibilit.

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Accurat. est.mat.on of li/Ni mixing degree of lit.ium nickel oxide cat.ode mat.rials

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Chinese Phy.ics B 2024年第5期33卷 631-635页

作者：陈鹏浩徐磊禹习谦李泓 Inst.t.t. of Phy.ics Chinese Academy of SciencesBeijing 100190China Cent.r of Mat.rials Science and Opt.elect.onics Engineering University of Chinese Academy of SciencesBeijing 100049China Beijing Front.er Research Cent.r on Clean Energy Huairou DivisionInstitute of PhysicsChinese Academy of SciencesBeijing 101400China

li/Ni mixing negat.vely.influences t.e discharge capacit. of lit.ium nickel oxide and high-nickel t.rnary.cat.ode ***,accurat.ly.measuring t.e li/Ni mixing degree is difficult.due t. t.e preferred orient.t.on of labbased XRD measurement. using Bragg–Brent.no ***,we find t.at.employ.ng spherical harmonics in Riet.eld refinement.t. eliminat. t.e preferred orient.t.on can significant.y.decrease t.e measurement.error of t.e li/Ni mixing *** li/Ni mixing rat.o obt.ined from Riet.eld refinement.wit. spherical harmonics shows a st.ong correlat.on wit. discharge capacit.,which means t.e elect.ochemical capacit. of lit.ium nickel oxide and high-nickel t.rnary.cat.ode can be est.mat.d by.t.e li/Ni mixing *** findings provide a simple and accurat. met.od t. est.mat. t.e li/Ni mixing degree,which is valuable t. t.e st.uct.ral analy.is and screening of t.e sy.t.esis condit.ons of lit.ium nickel oxide and high-nickel t.rnary.cat.ode mat.rials.

关键词： lit.ium nickel oxide high-nickel t.rnary.cat.ode li/Ni mixing spherical harmonics funct.on discharge capacit.

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