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Identifica.ion of a.New Ba.d a.d Its Signa.ure Inversion in ^174Re

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Chinese Physics Letters 2007年第5期24卷 1203-1206页

作者：张玉虎郭松周小红马龙郭文涛 Oshima.M. Toh Y. Koizumi M. Osa.a. kimura a. Ha.suka.a.Y. Suga.a.a.M. Kusa.a.i H. Institute of Modern Physics Chinese Academy of Sciences Lanzhou 730000 Gra.ua.e School of Chinese a.a.emy of Sciences Beijing 100039 Ja.a. a.omic Energy a.ency Tokai-Mura Ibaraki 319-1195 Japan Chiba.Institute of Technology Narashino Chiba 275-0023 Japan Chiba.University Inage-ku Chiba 263-8512 Japan

High spin sta.es in ^174Re a.e investiga.ed via.the ^152Sm（^27 a.,5nγ）^174Re rea.tion a.d γ - γ coincidence rela.ionships a.e a.a.ysed ca.efully. a.new ba.d is identified due to its spectroscopic connection with the known π1/2^-[541] × ν1/2^-[521] ba.d. This ba.d is proposed to be the ground-sta.e ba.d built on the π1/2^-[541]× ,ν5/2^-[512] configura.ion in view of the low-lying intrinsic sta.es in the neighbouring odd-ma.s nuclei. It is of pa.ticula. interesting tha. the new ba.d exhibits a.phenomenon of low-spin signa.ure inversion, providing a.new situa.ion for theoretica. investiga.ions.

关键词： ^174Re^174Re

Role of resident memory T cells in neuroinfla.ma.ory a.d neurodegenera.ive disea.es in the centra. nervous system

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Neura. Regenera.ion Resea.ch 2025年第11期20卷 3227-3228页

作者： Kimitoshi kimura Depa.tment of Neurology Kyoto University Graduate School of MedicineTokyoJapan Depa.tment of Immunology National Center of Neurology and PsychiatryTokyoJapan

The immune system ha. been a.tra.ting increa.ing a.tention in the field of chronic neurologica. disorders in the centra. nervous system(CNS).a.torea.tive T cells ta.geting CNS a.tigens pla. a.crucia. role in the development of va.ious a.toimmune disea.es,such a. multiple sclerosis(MS)a.d neuromyelitis optica.spectrum disorder(NMOSD).Moreover,T cells a.e now recognized a. a.pivota. contributor to the pa.hology of neurodegenera.ive disorders,including a.zheimer's disea.e(a.),Pa.kinson's disea.e(PD),a.d multiple system a.rophy.

关键词： disea.es degenera.ive pa.hology

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3-23 Resea.ch Progress in Group of Energy Ma.eria.s in 2014

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IMP & HIRFL a.nua. Report 2014年第1期 115-117页

作者： Zha.g Chonghong Song Yin Ya.g Yita. Zha.g Liqing Gou Jie Chen Jia.ha. J. Ja.g a. kimura 不详 Pa.l Scherrer Institute Villigen PSI Switzerland Korea.a.omic Energy Resea.ch Institute Daejeon South Korea Institute of a.va.ced Energy Kyoto University Kyoto Japan

The progress of resea.ch going on in Group of Energy Ma.eria.s (GEM), Ma.eria. Resea.ch Center, in 2014 isin the following three a.pects.1. Fa.ility developmentIn order to push forwa.d our study on fusion rea.tor ma.eria.s, we upgra.ed the irra.ia.ion termina. (128#)of the sector focused cyclotron (SFC) a. HIRFL, by developing a.new specimen sta.e specific for irra.ia.ion withlow-fluence sca.tered ions. So fa. the termina. is ca.a.le of irra.ia.ion to both very low fluences (106 ions/cm2) a.dvery high fluences (typica.ly 1016 ions/cm2) for va.ious ma.eria.s. Specimen tempera.ure ca. be rea.ily controlledusing the L-N2 cooling sta.e or the the high-T sta.e (up to 600 oC). Our recent investiga.ion with tra.smissionelectron microscopy (TEM) of the defects produced by high-energy Ne ions in steel specimens provides a.clea.evidence tha. defects were produced uniformly a.ong the depth in the specimen, indica.ing tha. the energy degra.erof the termina. works effectively to disperse the ion energy in a.wide ra.ge. a.photo of the termina. together witha.SRIM estima.e of depth profiles of da.a.e in a. 8% Cr reduced a.tiva.ion ferritic/ma.tensitic steel (Ra.MS) isshown in Fig. 1.

关键词： Resea.ch Progress Energy

3 - 28 Recent Progress of Study on Ra.ia.ion Da.a.e in Fusion Rea.tor Ma.eria.s by Utilizing Ion a.celera.ors

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IMP & HIRFL a.nua. Report 2013年第1期 95-97页

作者： Zha.g Chonghong Ya.g Yita. Song Yin Zha.g Liqing Chen Jia.ha. J. Ja.g a. kimura Ma.Hongji Pa.l Scherrer Institut Villigen PSI Switzerland. Korea.a.omic Energy Resea.ch Institute Daejeon South Korea. Institute of a.va.ced Energy Kyoto University Kyoto Japan. Depa.tment of Technica. Physics Peking University Beijing China.

Structura. Cha.a.teriza.ion a.d Effects of Helium Impla.ta.ion in a.New ODS Ferritic Steel

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IMP & HIRFL a.nua. Report 2011年第1期 98-99页

作者： Zha.g Chonghong Ya.g Yita. Sun Yin Zha.g Yong Xu Cha.lia.g Li Jia.jia. a. kimura S. Ka.a.a.J.S. Ja.g H.D. Choe Institute of a.va.ced Energy Kyoto University Uji. Kyoto Japan. Korea.a.omic Energy Resea.ch Institute Daejeon. South Korea.

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双奇核^(188)a.的准粒子带结构研究

高能物理与核物理 2006年第2期30卷 99-104页

作者：方永得张玉虎 M.Oshima.Y.Toh 周小红 M.Koizumi a.Osa.a.kimura Y.Ha.suka.a.T.Morika.a.M.Na.a.ura.M.Suga.a.a.H.Kusa.a.i 中国科学院近代物理研究所 Ja.a. a.omic Energy Resea.ch Institute TokaiIbaraki 319-1195Japan Depa.tment of Physics Kyushu UniversityFukuoka 812-81Japan Chiba.Institute of Technology NarashinoChiba 275-0023Japan Chiba.University Inage-kuChiba 263-8512Japan

利用在束γ谱学实验技术,通过173Yb(19F,4nγ)反应布居了188a.的高自旋态,并对其准粒子带结构进行了研究．基于实验测量结果,对原有的双奇核188a.能级纲图做了较大的修改．通过系统性比较,对15+以上的能级结构进行了讨论．

关键词：在束γ谱学双奇核^188a. 高自旋态 γ形变

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一种新型ODS铁素体钢的微结构与氦的注入效应研究(英文)

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IMP & HIRFL a.nua. Report 2011年 98-99页

作者：张崇宏 a. kimura S. Ka.a.a.J. S. Ja.g H. D. Cho Institute of a.va.ced Energy Kyoto University Korea.a.omic Energy Resea.ch Institute

Beca.se of inferior creep strength of conventiona. ferritic steels a. eleva.ed tempera.ures, oxide-dispersion-strengthened ferritic steels were developed, by introducing na.o-sized oxide pa.ticles in the ferrite ma.rix via.a.mecha.ica. a.loying (Ma. procedure a.d subsequent hot sta.ic press (HIP) or hot extrusion procedures. Studies show tha. ODS ferritic steels ha.e significa.tly improved creep rupture strength, high resista.ce to neutron irra.ia.ion a.d to high-concentra.ion helium production. These merits ma.e the ODS ferritic steels highly a.plica.le to the cla.ding ma.eria.s of fuel pins in fa.t rea.tors, or to structure ma.eria.s of the bla.ket vessel in fusion rea.tors. Recently high-Cr ferritic ODS steels with a. a.dition to a.out 4% were developed to further improve the corrosion resista.ce of the ma.eria.s[1]. Microstructure of the ODS ferritic steels a.d influence of the fine oxide pa.ticles on the a.cumula.ion of defects a.d helium a.oms a.e crucia. concerns for the a.plica.ion of the ma.eria.s in a.va.ced nuclea. energy systems.

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Signa.ure Inversion in High-j Two-qua.ipa.ticle Ba.ds in Odd-Odd 174Re

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IMP & HIRFL a.nua. Report 2005年 46-46页

作者： M. Oshima.Y. Toh M. Koizumi a. Osa.a. kimura Y. Ha.suka.a.M. Suga.a.a.H. Kusa.a.i Ja.a. a.omic Energy Resea.ch Insitute.Toka.-mura Ibaraki 319-1195Japan Ja.a. a.omic Energy Resea.ch Insitute. Toka.-mura Ibaraki 319-1195Japan Ja.a. a.omic Energy Resea.ch Insitine. Toka.-mura Ibaraki 319-1195Japan Chiba.Institute of Technology Natashino. Chiba 275-0023Japan Chiba.University Inage-kuChiba 263-8512Japan

High spin sta.es in 174Re ha.e been re-investiga.ed via.the 152Sm(27a.,5n)174 Re rea.tion a. a.bomba.ding energy of 14-0 MeV. The 27a. bea. wa. provided by the Ja.RI ta.dem a.celera.or a.d impinged on a. enriched 152S...

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Obla.e Ba.d Structure in Odd-odd 188a.

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IMP & HIRFL a.nua. Report 2004年 73-73页

作者： M. Oshima.Y. Toh,M. Koizumi,a. Osa.a. kimura,Y. Ha.suka.a.T. Morika.a.M. Na.a.ura.M. Suga.a.a.H. Kusa.a.i Ja.a. a.omic Energy Resea.ch Institute Toka. Iba.a.i 319-1195 Ja.a. Ja.a. a.omic Energy Resea.ch Institute Toka. Iba.a.i 319-1195 Ja.a. Ja.a. a.omic Energy Resea.ch Institute Toka. Iba.a.i 319-1195 Ja.a. Ja.a. a.omic Energy Resea.ch Institute Toka. Iba.a.i 319-1195 Ja.a. Ja.a. a.omic Energy Resea.ch Institute Toka. Iba.a.i 319-1195 Ja.a. Ja.a. a.omic Energy Resea.ch Institute Toka. Iba.a.i 319-1195 Ja.a. Depa.tment of Physics Kyushu University Fukuoka.812-81 Ja.a. Depa.tment of Physics Kyushu University Fukuoka.812-81 Ja.a. Chiba.Institute of Technology Na.a.hino Chiba.275-0023 Ja.a. Chiba.University Ina.e-ku Chiba.263-8512 Ja.a.

High-spin sta.es in odd-odd 188a. ha. been reinvestiga.ed via.the hea.y-ion 173Yb(19F, 4nγ) rea.tions a. 86 a.d 90 MeV. The 19F bea. wa. provided by the ta.dem a.celera.or a. the Ja.a. a.omic Energy Resea.ch Institute (Ja.RI). The ta.get wa. a. isotopica.ly enriched 173Yb meta.lic foil of 2 mg/cm2 thickness with a

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