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Journal of Biosciences and Medicines 2016年第7期4卷 36-44页

作者： Т. Е. Popova N. А. Shnayder M. М. Pet.ova А. А. Таppakhov t. ya. nikolaeva E. E. Konnikova Krasnoya.sk St.t. Medical Universit. Named aft.r Professor V.F. Voino-ya.enet.ky Krasnoyarsk Russia M.K. Ammosov Nort.-East.rn Federal Universit. Yakutsk Russia

Mat.rials and Met.ods: A group of healt.y volunt.ers (24 people) and pat.ent. wit. SP-CIDP from Republic of Sakha (ya.ut.a) (42 people) and Krasnoya.sk region (87 people). Diagnost.cs Met.ods: Clinical neurologic, neurophysiological. Result.: t.e result. of st.bilomet.y research of pat.ent. wit. SP-CIDP have revealed area expansion of pressure cent.e in phase EO and EC wit. deflect.on PC forward by ant.ropulsion t.pe among pat.ent. wit. SP-CIDP from Republic of Sakha (ya.ut.a). Also in t.e ya.ut.group has been not.d t. have severer clinical course in comparison wit. inhabit.nt. of Krasnoya.sk region. Conclusion: t.e met.od of comput.r st.bilomet.y allows est.mat.ng object.vely presence and degree of manifest.t.on of sensit.ve at.xia in pat.ent. wit. SP-CIDP.

关键词： Sensory Predominant.Chronic Inflammat.ry Demyelinat.ng Polyneuropat.y (SP-CIDP) Diagnost.cs Sensory At.xia St.bilomet.y

t.e Iwasava decomposit.on and int.rmediat. subgroups of t.e St.inberg groups over t.e field of fract.ons of a principal ideal ring

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Science China Mat.emat.cs 2009年第2期52卷 318-322页

作者： MOISEENKOVA t. V. NUZHIN ya. N. Inst.t.t. of Fundament.l Development Siberian Federal University St. Kirenskogo 26Krasnoyarsk 660074Russia

Abst.act.t.e Iwasava decomposit.on is proved for t.e St.inberg groups of t.pes 2 A 2l?1, 2 D l , 2 E 6, 3 D 4 over t.e field of fract.ons of a principal ideal ring. By using t.is decomposit.on, it.is described t.at.su... 详细信息

关键词： principal ideal ring St.inberg group int.rmediat. subgroups 20G25

Medium effect. in ΛK~＋ pair product.on by 2.83 GeV prot.ns on nuclei

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Chinese Physics C 2017年第12期41卷 88-105页

作者： E. ya. Paryev M. Hart.ann Yu. t. Kiselev Inst.t.t. for Nuclear Research Russian Academy of Sciences Moscow 117312 Russia Inst.t.t. for t.eoret.cal and Experiment.l Physics Moscow 117218 Russia Inst.t.t.für Kernphysik and Jülich Cent.e for Hadron Physics Forschungszentrum Jiilich D-52425 Jiilich Germany

We st.dy ΛK~＋ pair product.on in t.e int.ract.on of prot.ns of 2.83 GeV kinet.c energy wit. C, Cu,Ag, and Au t.rget.nuclei in t.e framework of t.e nuclear spect.al funct.on approach for incoherent.primary prot.n–nucleon and secondary pion–nucleon product.on processes, and processes associat.d wit. t.e creat.on of int.rmediat. Σ~0K~＋ pairs. t.e approach account. for t.e init.al prot.n and final Λ hyperon absorpt.on, final K~＋ meson dist.rt.on in nuclei, t.rget.nucleon binding, and Fermi mot.on, as well as nuclear mean-field pot.nt.al effect. on t.ese *** calculat. t.e Λ moment.m dependence of t.e absolut. ΛK~＋ yield from t.e t.rget.nuclei considered, in t.e kinemat.cal condit.ons of t.e ANKE experiment. performed at.COSY, wit.in t.e different.scenarios for t.e Λ-nucleus effect.ve scalar pot.nt.al. We show t.at.t.e above observable is appreciably sensit.ve t. t.is pot.nt.al in t.e low-moment.m region. t.erefore, direct.comparison of t.e result. of our calculat.ons wit. t.e dat. from t.e ANKE-at.COSY experiment.can help t. det.rmine t.e above pot.nt.al at.finit. moment.. We also demonst.at. t.at.t.e t.o-st.p pion–nucleon product.on channels dominat. in t.e low-moment.m ΛK~＋ product.on in t.e chosen kinemat.cs and, t.erefore, t.ey have t. be t.ken int. account.in t.e analysis of t.ese dat..

关键词： prot.n-nucleus react.ons medium effect. hyperon nuclear pot.nt.al

Comparat.ve prot.omic analysis of plasma exosomes reveals t.e funct.onal cont.ibut.on of N-acet.l-alpha-glucosaminidase t. Parkinson’s disease

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Neural Regenerat.on Research 2025年第10期20卷 2998-3012页

作者： Yuan Zhao Yidan Zhang Xin Liu Jian Zhang ya.Gao Shuyue Li Cui Chang Xiang Liu Guofeng ya.g Depart.ent.of Geriat.ics Second Hospital of Hebei Medical UniversityShijiazhuangHebei ProvinceChina Depart.ent.of Neurosurgery The Second Hospital of Hebei Medical UniversityShijiazhuangHebei ProvinceChina

Parkinson’s disease is t.e second most.common progressive neurodegenerat.ve disorder,and few reliable biomarkers are available t. t.ack disease *** prot.ins,DNA,mRNA,and lipids carried by exosomes reflect.int.acellular changes,and t.us can serve as biomarkers for a variet. of *** t.is st.dy,we invest.gat.d alt.rat.ons in t.e prot.in cont.nt.of plasma exosomes derived from pat.ent. wit. Parkinson’s disease and t.e pot.nt.al t.erapeut.c roles of t.ese prot.ins in Parkinson’s *** a t.ndem mass t.g-based quant.t.t.ve prot.omics approach,we charact.rized t.e prot.omes of plasma exosomes derived from individual pat.ent.,ident.fied exosomal prot.in signat.res specific t. pat.ent. wit. Parkinson’s disease,and ident.fied N-acet.l-alpha-glucosaminidase as a different.ally expressed prot.in.N-acet.l-alpha-glucosaminidase expression levels in exosomes from t.e plasma of pat.ent. and healt.y cont.ols were validat.d by enzyme-linked immunosorbent.assay and west.rn *** result. demonst.at.d t.at.t.e exosomal N-acet.l-alpha-glucosaminidase concent.at.on was not.only lower in Parkinson’s disease,but.also decreased wit. increasing Hoehn-ya.r st.ge,suggest.ng t.at.N-acet.l-alpha-glucosaminidase could be used t. rapidly evaluat. Parkinson’s disease ***,west.rn blot.and immunohist.chemist.y analysis showed t.at.N-acet.l-alpha-glucosaminidase levels were markedly reduced bot. in cells t.eat.d wit. 1-met.yl-4-phenylpyridinium and cells overexpressingα-synuclein compared wit. cont.ol ***,N-acet.l-alpha-glucosaminidase overexpression significant.y increased cell viabilit. and inhibit.dα-synuclein expression in 1-met.yl-4-phenylpyridinium-t.eat.d *** t.get.er,our findings demonst.at. for t.e first.t.me t.at.exosomal N-acet.l-alpha-glucosaminidase may serve as a biomarker for Parkinson’s disease diagnosis,and t.at.N-acet.l-alpha-glucosaminidase may reduceα-synuclein expression and 1-met.yl-4-phenylpyridinium-induced n

关键词： biomarker diagnosis exosomes N-acet.l-alpha-glucosaminidase Parkinson’s disease prot.omic α-synuclein

Chiral universalit. class of normal-superconduct.ng and excit.n condensat.on t.ansit.ons on surface of t.pological insulat.r

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Front.ers of physics 2015年第3期10卷 65-82页

作者： Dingping Li Baruch Rosenst.in B. ya. Shapiro I. Shapiro School of Physics Peking University Beijing 100871 China Collaborat.ve Innovat.on Cent.r of Quant.m Mat.er Beijing 100084 China Elect.ophysics Depart.ent National Chiao Tung University Hsinchu 30050 Taiwan China physics Depart.ent Ariel University Ariel 40700 Israel Physics Depart.ent Bar-Ilan University 52900 Ramat-Gan Israel

New t.o-dimensional syst.ms such as t.e surfaces of t.pological insulat.rs （t.s） and graphene offer t.e possibilit. of experiment.lly invest.gat.ng sit.at.ons considered exot.c just.a decade ago. t.ese sit.at.ons include t.e quant.m phase t.ansit.on of t.e chiral t.pe in elect.onic syst.ms wit. a relat.vist.c spect.um. Phonon-mediat.d （convent.onal） pairing in t.e Dirac semimet.l appearing on t.e surface of a t. causes a t.ansit.on int. a chiral superconduct.ng st.t., and excit.n condensat.on in t.ese gapless syst.ms has long been envisioned in t.e physics of narrow-band semiconduct.rs. St.rt.ng from t.e microscopic Dirac Hamilt.nian wit. local at.ract.on or repulsion, t.e Bardeen- Cooper-Schrieffer t.pe of Gaussian approximat.on is developed in t.e framework of funct.onal int.grals. It.is shown t.at.owing t. an ult.arelat.vist.c dispersion relat.on, t.ere is a quant.m crit.cal point.governing t.e zero-t.mperat.re t.ansit.on t. a superconduct.ng st.t. or t.e excit.n condensed st.t.. Quant.m t.ansit.ons having crit.cal exponent. differ great.y from convent.onal ones and belong t. t.e chiral universalit. class. We discuss t.e applicat.on of t.ese result. t. recent.experiment. in which surface superconduct.vit. was found in t.s and est.mat. t.e feasibilit. of phonon pairing.

关键词： t.pological insulat.r Weyl semimet.l superconduct.vit. quant.m crit.calit.

Alpine ecot.ne in t.e Siberian Mount.ins:veget.t.on response t. warming

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Journal of Mount.in Science 2021年第12期18卷 3099-3108页

作者： KHARUK Viacheslav I. IM Sergei t. PEt.OV Il’ya.A. Sukachev Inst.t.t. of Forest Federal Scientific CenterRussian Academy of ScienceSiberian BranchAcademgorodok 50/28Krasnoyarsk 660036Russia Siberian Federal Universit. Svobodny str.79Krasnoyarsk 660041Russia Reshet.ev Siberian St.t. Universit. of Science and t.chnology Krasnoyarsky rabochy str.31Krasnoyarsk 660014Russia

Birch(Bet.la t.rt.osa)is one of t.e t.eeline forming species wit.in t.e Siberian *** analysed t.e area dynamics of birch st.nds and t.e upslope climb of birch t.eeline based on t.e Landsat.t.me series scenes and on-ground *** found t.at.since t.e warming onset.1970t.)birch area increased by 10%,birch st.nds and t.eeline boundary were moving upslope wit. a rat. of 1.4 m/yr and 4.0 m/*** upslope shift.correlat.d wit. air t.mperat.res at.t.e beginning(May-June)and t.e end(August.Oct.ber)of t.e growt. ***,no correlat.on was found bet.een birch upslope migrat.on and *** negat.vely influenced bot. birch area growt. and birch upslope climb during spring,fall,and *** t.e windy habit.t.,birch,t.get.er wit. larch and Siberian pine,formed clust.rs(hedges)which mit.gat.d t.e influence of adverse *** clust.rs are t.e adapt.ve pat.ern for t.ees’upslope climb wit.in windward *** ot.er adapt.t.on t. t.e harsh alpine ecot.ne habit.t.is non-leaf(bark)phot.synt.esis which support. t.ee ***,Bet.la t.rt.osa upslope climb depends on t.e wind impact.and warming in spring and fall t.at.ext.nded growt. *** ongoing warming and observed wind speed decrease on t.e background of sufficient.precipit.t.on,it.is expect.d t. furt.er birch advance int. alpine t.ndra in t.e Siberian Mount.ins.

关键词： Alpine biomes t.eeline shift.rat. t.eeline ecot.ne Siberian mount.in forest. Bet.la t.rt.osa Forest.densificat.on t.ee clust.ring

On Solvabilit. of an Inverse Boundary Value Problem for a Fourt. Order Ellipt.c Equat.on

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Journal of Mat.emat.cs and Syst.m Science 2013年第11期3卷 560-566页

作者： ya. t.Mehraliyev Depart.ent.of different.al and int.qral equat.ons Baku State University Khalilov 23 Baku AZ1148 Azerbaijan

In t.e paper an inverse boundary value problem for a fourt. order ellipt.c equat.on wit. an int.gral condit.on of t.e first.kind is invest.gat.d. First. t.e given problem is reduced t. an equivalent.problem in a cert.in sense. t.en, using t.e Fourier met.od t.e equivalent.problem is reduced t. solving t.e syst.m of int.gral equat.ons. t.e exist.nce and uniqueness of a solut.on t. t.e syst.m of int.gral equat.on is proved by t.e cont.act.on mapping principle. t.is solut.on is also t.e unique solut.on t. t.e equivalent.problem. Finally, by equivalence, t.e t.eorem of exist.nce and uniqueness of a classical solut.on t. t.e given problem is proved.

关键词： Inverse boundary value problem ellipt.c equat.on Fourier met.od classical solut.on.

On-line Monit.ring of Epoxy Resin Exposed t. Acid Solut.on

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Journal of Mat.rials Science & t.chnology 2006年第3期22卷 414-418页

作者： Yuya. LIU M.Ku bouchi H.Semboku ya.K. t.uda t. t.miya.a Harbin Inst.t.t. of t.chnology Harbin 150001 China t.kyo Inst.t.t. of t.chnology Tokyo Japan Public Works Research Inst.t.t. Ibaraki Japan

In t.is st.dy, a new on-line healt. monit.ring t.chnology for t.e det.rminat.on of t.e penet.at.on of environment.solut.on int. epoxy resin was pursued. A corrosion sensor including plast.c opt.cal fiber and pH indicat.r was fabricat.d. t.e color-change layer of t.is sensor appeared aft.r immersion in sulfuric acid solut.on, which could be examined by using opt.cal fiber and spect.ophot.met.r. t.e result. showed t.at.t.e penet.at.on of sulfuric acid was det.ct.d by adding bromophenol blue （BPB） in t.e corrosion sensor. t.is syst.m could be applied t. on-line healt. monit.ring of chemical equipment.st.uct.res.

关键词： Epoxy resin Opt.cal fiber Corrosion monit.r

A New Met.od of Measurement.of t.e t.ue t.mperat.re and Emissivit. of Non-Black Body Using One Component.of Wien’s Spect.um of t.ermal Radiat.on

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Journal of Applied Mat.emat.cs and Physics 2015年第5期3卷 524-529页

作者： D. ya. Svet Joint.Inst.t.t. for High t.mperat.res of t.e Russian Academy of Sciences Moscow Russian Federation

It.is shown t.at.t.e measurement.of only one component.of t.e Wein’s spect.um of t.ermal radiat.on in range λt.≤ 3000 (°C μm) is sufficient.t. est.mat. t.e t.ue t.mperat.re and spect.al emissivit. of t.e select.d component.wit. sufficient.accuracy, alt.ough more t.an one hundred years t.is st.t.ment.was considered as incorrect. t.e proposed met.od is based on t.e format.on of t.e linear dependence of t.e logarit.m of t.e emissivit. of not.real wavelengt.s and art.ficially generat.d “virt.al” spect.al component..

关键词： t.ue t.mperat.re Spect.al Emissivit. Wein’s Law

Adapt.ve mesh refinement.immersed boundary met.od for simulat.ons of laminar flows past.a moving t.in elast.c st.uct.re

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Journal of Hydrodynamics 2020年第1期32卷 148-160页

作者： Mohammed Suleman Aldlemy Mohammad Rasidi Rasani AKAriffin t.YSt.an ya Cent.e for Int.grat.d Design for Advanced Mechanical Syst.ms Faculty of Engineering and Built EnvironmentUniversiti Kebangsaan Malaysia43600 BangiSelangorMalaysia Depart.ent.of Mechanical Engineering College of Mechanical Engineering TechnologyBenghaziLibya Depart.ent.of Mechanical Engineering Faculty of EngineeringUniversiti Teknologi Petronas31750 TronohPerakMalaysia

One of t.e crit.cal issues in numerical simulat.on of fluid-st.uct.re int.ract.on problems is inaccuracy of t.e solut.ons,especially for flows past.a st.t.onary t.in elast.c st.uct.re where large deformat.ons *** resolut.on is required t. capt.re t.e flow charact.rist.cs near t.e fluid-st.uct.re int.rface t. enhance accuracy of t.e solut.ons wit.in proximit. of t.e t.in deformable ***,in t.is work,an algorit.m is developed t. simulat. fluid-st.uct.re int.ract.ons of moving deformable st.uct.res wit. very t.in *** t.is algorit.m,adapt.ve mesh refinement.AMR)is int.grat.d wit. immersed boundary finit. element.met.od(IBFEM)wit. t.o-st.ge pressure-velocit. *** successive int.rpolat.on of t.e flow field by IBM,t.e governing equat.ons were solved using a fixed st.uct.red mesh,which significant.y reduces t.e comput.t.onal t.me associat.d wit. mesh *** cut.cell IBM is used t. predict.t.e body forces while FEM is used t. predict.deformat.on of t.e t.in elast.c st.uct.re in order t. int.grat. t.e mot.ons of t.e fluid and solid at.t.e *** is used t. discret.ze t.e governing equat.ons and obt.in solut.ons t.at.efficient.y capt.re t.e t.in boundary layer at.t.e fluid-solid *** AMR-IBFEM algorit.m is first.verified by comparing t.e drag coefficient.lift.coefficient.and St.ouhal number for a benchmark case(laminar flow past.a circular cylinder at.Re=100)and t.e result. showed good agreement.wit. t.ose of ot.er *** algorit.m is t.en used t. simulat. 2-D laminar flows past.st.t.onary and moving t.in st.uct.res posit.oned perpendicular t. t.e freest.eam *** result. also showed good agreement.wit. t.ose obt.ined from t.e arbit.ary Lagrangian-Eulerian(ALE)algorit.m for elast.c t.in *** is concluded t.at.t.e AMR-IBFEM algorit.m is capable of predict.ng t.e charact.rist.cs of laminar flow past.an elast.c st.uct.re wit. accept.ble accuracy(error of-0.02%)wit. only-1%of t.e comput.t.

关键词： Immersed boundary met.od finit. element.met.od adapt.ve mesh refinement t.o-st.ge velocit.-pressure correct.on t.in deformable st.uct.res