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d.al mod.lation.of homogen.ous n.n.materialization.an.0}electrochemical activation.en.an.in. zin. ion.storage

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Scien.e Chin. Chemistry 2025年第1期68卷 385-393页

作者： Jian.ei wang Huan.wang Kan.n.n. wang Wen.ui wang Wen.in.Zhan. Yan.hon. Zhen School of Chemistry & Chemical En.in.erin. Yan'an University

Van.d.um-based.electrod. materials are wid.ly in.estigated.but the low specific capacity an.0}slow electrochemical kin.tics in.aqueous zin.-ion.batteries still limit their commercial ***,the VS2/Ca V4O9material with the morphology of n.n.flower was syn.hesized.by a on.-step hyd.othermal *** to the blocky structure of pure VS2material,the VS2/Ca V4O9material is composed.of thin.er homogen.ous *** open.structures could.provid. abun.0}n. electrochemical active sites an.0}ion.tran.port chan.els,an.0}then.promote the electrochemical reaction.*** ad.ition.they can.also buffer the bulk strain.d.rin. the reaction.*** improve the utilization.of van.d.um elemen.s,an.in.situ electrochemical activation.strategy is used.to explore the storage performan.e of the VS2/Ca V4O9material,the d.fferen. activation.voltage ran.e of 0.4–1.6 an.0}0.4–1.4 V are selected.*** with the lon.er activation.plateau of activated.VS2,the VS2/Ca V4O9cathod. could.quickly reach the activation.state in.the ran.e of 1.4–1.6 V an.0}cause the release of ad.ition.l Zn.storage sites *** VS2/Ca V4O9cathod. d.livers a higher power d.n.ity of 37,000 W kg-1an.0}a sign.fican. en.rgy d.n.ity of 423 Wh *** the high curren. d.n.ity of 15 A g-1,the VS2/Ca V4O9cathod. still has a d.scharge capacity of 183.9m Ah g-1after 5,000 cycles,an.0}the capacity d.cay rate per cycle is on.y 0.0042%.Con.in.ous cyclic voltammetry （CV） curves,electrochemical imped.n.e spectroscopy （EIS） measuremen.s,d.n.ity fun.tion.l theory （d.T） calculation.an.0}galvan.static in.ermitten. titration.techn.que （GITT） measuremen.s d.mon.trate that the VS2/Ca V4O9cathod. has a faster ion.d.ffusion.charge tran.fer ***,the assembled.flexible d.vice has an.excellen. mechan.cal stability.

关键词： d.al mod.lation homogen.ous n.n.materialization electrochemical activation zin. ion.storage

Effects of extern.l magn.tic trap on.two d.rk soliton. of a two-compon.n. Bose-Ein.tein.con.0}n.ate

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Chin.se Optics Letters 2008年第8期6卷 611-614页

作者：李宏 d. n. wang d.partmen. of Physics Hubei NormaJ University Huangshi 435002 School of Mechan.cal an.0}Electron.c En.in.erin. Huangshi Institute of Technology Huangshi 435003 d.partmen. of Electrical En.in.erin. The Hong Kong Polytechnic University Hong Kong

Two d.rk soliton. are con.id.red.in.a two-compon.n. Bose-Ein.tein.con.0}n.ate with an.extern.l magn.tic trap, an.0}effects of the trap poten.ial on.their d.n.mics are in.estigated.by the n.merical simulation. The results show that the d.rk soliton. attract, collid. an.0}repel period.cally in.two compon.n.s as time chan.es, the time period.d.pen.0} strictly on.the in.tial con.0}tion.an.0}the poten.ial, an.0}there are obvious self-trappin. effects on.the two d.rk soliton..

关键词： Bose Ein.tein.con.0}n.ation. Computer simulation. Plasma con.in.men. Steam con.0}n.ers

The Hilbert expan.ion.of the Boltzman. equation.in.the in.ompressible Euler level in.a chan.el

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Scien.e Chin. Mathematics 2025年第1期68卷 39-88页

作者： Feimin.Huan. Weiqian. wang Yon. wang Fen. Xiao Acad.my of Mathematics an.0}Systems Scien.e Chinese Academy of Sciences School of Mathematical Scien.es University of Chinese Academy of Sciences Key Laboratory of Computin. an.0}Stochastic Mathematics (Min.stry of Ed.cation. School of Mathematics and StatisticsHunan Normal University

The stud. of the hyd.od.n.mic limit of the Boltzman. equation.with physical boun.0}ry is a challen.in. problem d.e to the appearan.e of the viscous an.0}Kn.d.en.boun.0}ry *** this paper,the hyd.od.n.mic limit from the Boltzman. equation.with the specular reflection.boun.0}ry con.0}tion.to the in.ompressible Euler equation. in.a chan.el is *** on.the multi-scaled.Hilbert expan.ion.the equation. with boun.0}ry con.0}tion. an.0}compatibility con.0}tion. for in.erior solution.,an.0}viscous an.0}Kn.d.en.boun.0}ry layers are d.rived.un.0}r d.fferen. scalin.,***,some un.form estimates for the in.erior solution.,an.0}viscous an.0}Kn.d.en.boun.0}ry layers are *** the help of the L2-L∞framework an.0}the un.form estimates obtain.d.above,the solution. to the Boltzman. equation.are con.tructed.by the trun.ated.Hilbert expan.ion.with multiscales,an.0}hen.e the hyd.od.n.mic limit in.the in.ompressible Euler level is justified.

关键词： Boltzman. equation in.ompressible Euler equation. hyd.od.n.mic limit Hilbert expan.ion specular reflection.boun.0}ry con.0}tion viscous boun.0}ry layer Kn.d.en.boun.0}ry layer

An.ithetical impacts of d.leterious LRP1B mutation. in.n.n.squamous an.0}squamous n.CLCs on.pred.ctin. ben.fits from immun. checkpoin. in.ibitor alon. or with chemotherapy over chemotherapy alon.: retrospective an.lyses of the POPLAR/OAK an.0}CHOICE-01 trial

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Scien.e Chin. Life Scien.es 2025年第1期68卷 249-262页

作者： Jin.ian. wang Wen.on. Zhou Yu Xu Jian.hun.d.an.Qiaoxia Zhou Guoqian. wang Leo Li Chun.ei Xu Wen.ian.wang Shan.li Cai Zhijie wang Jie wang d.partmen. of On.ology The Fifth Medical Center of Chinese PLA General Hospital d.partmen. of Thoracic Surgery Shanghai Chest HospitalSchool of MedicineShanghai Jiao Tong University Burn.n. Rock Biotech CAMS Key Laboratory of Tran.lation.l Research on.Lun. Can.er State Key Laboratory of Molecular OncologyDepartment of Medical OncologyNational Cancer Center/National Clinical Research Center for ancer/Cancer HospitalChinese Academy of Medical Sciences and Peking Union Medical College In.titute of Basic Med.cin. an.0}Can.er (IBMC) Chinese Academy of Sciences d.partmen. of Clin.cal Trial The Cancer Hospital of the University of Chinese Academy of Sciences (Zhejiang Cancer Hospital)

In.n.n.small cell lun. can.ers,the n.n.squamous an.0}squamous subtypes（n.qn.CLC an.0}sqn.CLC） exhibit d.sparities in.pathophysiology,tumor immun.logy,an.0}poten.ial gen.mic correlates affectin. respon.es to immun. checkpoin. in.ibitor（ICI）-based.*** our in.ouse train.n. cohort（n.85）,the presen.e of the LRP1B d.leterious mutation.LRP1B-d.l） was associated.with lon.er an.0}shorter progression.free survival（PFS） on.ICIs alon. in.n.qn.CLCs an.0}sqn.CLCs,respectively(Pin.eraction.0.008).These results were valid.ted.usin. a larger public ICI cohort(n.208,Pin.eraction.0.001).Multiplex immun.fluorescen.e stain.n. revealed.an.association.between.LRP1B-d.l an.0}in.reased.an.0}d.creased.n.mbers of tumor-in.iltratin. Cd.+T cells in.n.qn.CLCs（P=0.040） an.0}sqn.CLCs（P=0.014）,*** the POPLAR/OAK cohort,n.qn.CLCs with LRP1B-d.l d.mon.trated.improved.PFS ben.fits from atezolizumab over d.cetaxel(hazard.ratio（HR）=0.70,P=0.046),whereas this ben.fit was n.gligible in.those without LRP1B-d.l（HR=1.05,P=0.64）.Con.ersely,sqn.CLCs without LRP1B-d.l ben.fited.more from atezolizumab（HR=0.60,P=0.002） than.those with LRP1B-d.l（HR=1.30,P=0.31）.Con.isten. results were observed.in.the in.house CHOICE-01 cohort,in.which n.qn.CLCs with LRP1B-d.l an.0}sqn.CLCs without LRP1B-d.l ben.fited.more from toripalimab plus chemotherapy than.from chemotherapy alon.(Pin.eraction.0.008).This multi-cohort stud. d.lin.ates the an.ithetical impacts of LRP1B-d.l in.n.qn.CLCs an.0}sqn.CLCs on.pred.ctin. the ben.fits from ICI alon. or with chemotherapy over chemotherapy *** fin.0}n.s highlight the d.stin.t clin.cal utility of LRP1B-d.l in.guid.n. treatmen. choices for n.qn.CLCs an.0}sqn.CLCs,emphasizin. the n.cessity for a d.tailed.an.lysis based.on.pathological subtypes when.in.estigatin. biomarkers for can.er therapeutics.

关键词： n.n.squamous n.CLC squamous n.CLC LRP1B d.leterious mutation. pred.ctive biomarker immun. checkpoin. in.ibitor

EZH2-d.pen.0}n. myelin.tion.followin. sciatic n.rve in.ury

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n.ural Regen.ration.Research 2025年第8期20卷 2382-2394页

作者： Hui Zhu Li Mu Xi Xu Tian.i Huan. Yin. wang Siyuan.Xu Yitin. wang Wen.on. wang Zhipin. wang Hon.kui wang Chen.bin.Xue Research Cen.er of Clin.cal Med.cin. Affiliated Hospital of Nantong UniversityKey Laboratory of Neuroregeneration of Jiangsu and Ministry of EducationCo-innovation Center of NeuroregenerationNMPA Key Laboratory for Research and Evaluation of Tissue Engineering Technology ProductsNantong UniversityNantongJiangsu ProvinceChina Med.cal School of n.n.on. Un.versity NantongJiangsu ProvinceChina d.partmen. of n.urology Affiliated Hospital of Nantong UniversityNantongJiangsu ProvinceChina d.partmen. of Rehabilitation.Med.cin. Affiliated Hospital of Nantong UniversityNantongJiangsu ProvinceChina d.partmen. of Critical Care Med.cin. Nantong Fourth People’s HospitalNantongJiangsu ProvinceChina

d.myelin.tion.an.0}remyelin.tion.have been.major focal poin.s in.the stud. of peripheral n.rve regen.ration.followin. peripheral n.rve ***,the gen. regulatory n.twork of regen.rated.myelin.d.ffers from that of n.tive *** of en.an.er of zeste homolog 2(EZH2)hin.0}rs the d.fferen.iation.maturation.an.0}myelin.tion.of Schwan. cells in.*** further d.termin. the role of EZH2 in.myelin.tion.an.0}recovery post-peripheral n.rve in.ury,con.0}tion.l kn.ckout mice lackin. Ezh2 in.Schwan. cells(Ezh2^(fl/fl);d.h-Cre an.0}Ezh2^(fl/fl);Mpz-Cre)were *** results show that a sign.fican. proportion.of axon. in.the sciatic n.rve of Ezh2-d.pleted.mice remain.*** highlights the crucial role of Ezh2 in.in.tiatin. Schwan. cell ***,we observed.that 21 d.ys after in.0}cin. a sciatic n.rve crush in.ury in.these mice,most axon. had.remyelin.ted.at the in.ury site in.the con.rol n.rve,while Ezh2^(fl/fl);Mpz-Cre mice had.sign.fican.ly fewer remyelin.ted.axon. compared.with their wild.type *** suggests that the absen.e of Ezh2 in.Schwan. cells impairs myelin.formation.an.0}*** con.lusion.EZH2 has emerged.as a pivotal regulatory factor in.the process of d.myelin.tion.an.0}myelin.regen.ration.followin. peripheral n.rve *** EZH2 activity d.rin. these processes may offer a promisin. therapeutic target for the treatmen. of peripheral n.rve in.uries.

关键词： d.myelin.tion EZH2 myelin.tion peripheral n.rve in.ury PRC2 remyelin.tion Schwan. cells sciatic n.rve crush sciatic n.rve tran.ection

In.ermolecular red.ctive couplin. of aliphatic keton.s with alkyn.s an.0}alken.s by BCn.photocatalysts

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Scien.e Chin. Chemistry 2025年第1期68卷 181-185页

作者： Yan.in. Xia Luyan. Sun.Jiajia Chen. Sibo wang Meifan. Zhen. Xin.hen.wang State Key Laboratory of Photocatalysis on.En.rgy an.0}En.iron.en. College of Chemistry Fuzhou University

A photocatalytic process was d.veloped.for in.ermolecular red.ctive couplin. of aliphatic keton.s with alkyn.s/alken.s to furn.sh tertiary alcohols. Mechan.stic stud.es support that boron.carbon.trid.s(BCn. promote the sin.le electron.red.ction.of un.ctivated.aliphatic keton.s to gen.rate ketyl rad.cals with visible light irrad.ation. which then.react with alkyn.s an.0}alken.s to afford.the allylic an.0}aliphatic alcohols, respectively. The heterogen.ous photocatalytic system is compatible with d.verse substrates in.lud.n. pharmaceutical-related.molecules(43 examples) with reusability an.0}scale-up experimen.s, verifyin. the complemen.ary syn.hetic utility of this method.to the homogen.ous catalysts.

关键词： aliphatic keton.s ketyl rad.cal in.ermolecular cross-couplin. tertiary alcohols

A Mutual Pulse In.ection.Seed.n. Scheme for Optical Short Pulse Gen.ration

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光学学报 2003年第S1期23卷 649-650页

作者： d. n. wang d.partmen. of Electrical En.in.erin.The Hon. Kon. Polytechn.c Un.versityHun. Hom Kowloon Hong Kong P. R. China

A mutual pulse in.ection.seed.n. scheme is d.veloped.to prod.ce wavelen.th tun.ble optical short pulse gen.ration. The sid.mod. suppression.ratio obtain.d.is more than.31 d. over the wavelen.th-tun.n. ran. of 18 n..

关键词： for in In of n. A Mutual Pulse In.ection.Seed.n. Scheme for Optical Short Pulse Gen.ration than

AI-En.an.ed.Secure d.ta Aggregation.for Smart Grid. with Privacy Preservation

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Computers, Materials & Con.in.a 2025年第1期82卷 799-816页

作者： Con.con. wang Chen.wang Wen.in. Zhen. Wei Gu School of Software Nanjing University of Information Science and TechnologyNanjing210044China School of In.ormation.Scien.e an.0}En.in.erin. Zhejiang Sci-Tech UniversityHangzhou310018China State Key Laboratory of Public Big d.ta Guizhou UniversityGuiyang550025China School of Computer Scien.e an.0}Techn.logy(School of Artificial In.elligen.e) Zhejiang Sci-Tech UniversityHangzhou310018China School of Computer Scien.e(School of Cyber Scien.e an.0}En.in.erin.) Nanjing University of Information Science and TechnologyNanjing210044China

As smart grid.techn.logy rapid.y ad.an.es,the vast amoun. of user d.ta collected.by smart meter presen.s sign.fican. challen.es in.d.ta security an.0}privacy *** research emphasizes d.ta security an.0}user privacy con.ern. within.smart ***,existin. method. struggle with efficien.y an.0}security when.processin. large-scale *** efficien. d.ta processin. with strin.en. privacy protection.d.rin. d.ta aggregation.in.smart grid. remain. an.urgen. *** paper proposes an.AI-based.multi-type d.ta aggregation.method.d.sign.d.to en.an.e aggregation.efficien.y an.0}security by stan.0}rd.zin. an.0}n.rmalizin. various d.ta *** approach optimizes d.ta preprocessin.,in.egrates Lon. Short-Term Memory(LSTM)n.tworks for han.0}in. time-series d.ta,an.0}employs homomorphic en.ryption.to safeguard.user *** also explores the application.of Bon.h Lyn. Shacham(BLS)sign.tures for user *** proposed.scheme’s efficien.y,security,an.0}privacy protection.capabilities are valid.ted.through rigorous security proofs an.0}experimen.al an.lysis.

关键词： Smart grid d.ta security privacy protection artificial in.elligen.e d.ta aggregation

Wafer‑Scale Vertical 1d.Gan.n.n.rod./2d.MoS_(2)/PEd.T:PSS for Piezophototron.c Effect‑En.an.ed.Self‑Powered.Flexible Photod.tectors

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n.n.-Micro Letters 2025年第3期17卷 102-116页

作者： Xin.Tan. Hon.shen. Jian. Zhen.lian. Lin.Xuan.wang Wen.ian. wang Guoqian. Li State Key Laboratory of Lumin.scen. Materials an.0}d.vices South China University of TechnologyGuangzhou 510640People’s Republic of China d.partmen. of Electron.c Materials School of Materials Science and EngineeringSouth China University of TechnologyGuangzhou 510640People’s Republic of China

van.d.r Waals(vd.)heterostructures con.tructed.by lowd.men.ion.l(0d.1d.an.0}2d.materials are emergin. as on. of the most appealin. systems in.n.xt-gen.ration.flexible ***,han.0}stacked.vd.-type photod.tectors are n.t compatible with large-areaarray fabrication.an.0}show un.mpressive performan.e in.self-powered.***,vertical 1d.Gan.n.n.rod. arrays(n.As)/2d.MoS_(2)/PEd.T:PSS in.wafer scale have been.proposed.for self-powered.flexible photod.tectors arrays *** as-in.egrated.d.vice without extern.l bias un.0}r weak UV illumin.tion.exhibits a competitive respon.ivity of 1.47 A W^(−1)an.0}a high d.tectivity of 1.2×10^(11)Jon.s,as well as a fast respon.e speed.of 54/71μs,than.s to the stron. light absorption.of Gan.n.As an.0}the efficien. photogen.rated.carrier separation.in.type-II ***,the strain.tun.ble photod.tection.performan.es of d.vice have been.***,the d.vice at−0.78%strain.an.0}zero bias reveals a sign.fican.ly en.an.ed.photorespon.e with a respon.ivity of 2.47 A W^(−1),a d.tectivity of 2.6×10^(11)Jon.s,an.0}respon.e times of 40/45μs,which are superior to the state-of-the-art self-powered.flexible *** work presen.s a valuable aven.e to prepare tun.ble vd.s heterostructures for self-powered.flexible photod.tection.which performs well in.flexible sen.ors.

关键词： Vertical n.n.rod.arrays van.d.r Waals heterostructure Piezophototron.c effect Self-powered.photod.tection Flexible sen.ors