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Improving St.bilit. of Organic Elect.oluminescent.Diode by Insert.ng Copper Pht.alocyanine Bet.een t.e Anode and Hole t.ansport.Layer

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Chinese Physics Let.ers 1997年第4期14卷 302-305页

作者： ZHANG Zhi-lin JIANG Xue-yin XU Shao-hong t.nagatomo O.Omot. Depart.ent.of Mat.rials Science Shanghai University-Jiading CampusShanghai 201800 Shibaura Inst.t.t. of t.chnologx Shibaura 3-9-14 Minat.-Ku Tokyo 108Japan

Copper pht.alocyanine(CuPc)t.in film layer was insert.d bet.een t.e anode indium t.n oxide and t.e hole t.ansport.layer t.D of an organic t.in film elect.oluminescent.device wit. a double-layered *** is found t.at.t.e CuPc layer great.y improves t.e device *** durabilit. of t.e device wit. CuPc layer increases about.8 *** fact.t.at.at.a const.nt.current.densit. t.e driving volt.ge remains unchanged wit. operat.on t.me for t.e device wit. CuPc layer means t.at.t.e barriers of t.e carriers inject.on are st.ble due t. t.e insert.d CuPc layer.

关键词： durabilit. film layer

t.reshold Lowering and by Int.nsit. and Efficiency Enhancement.by Dopant. in Polymer Emit.ing Diodes

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Chinese Physics Let.ers 1996年第4期13卷 301-304页

作者： ZHANG Zhi-lin JIANG Xue-yin XU Shao-hong t.nagatomo O.Omot. Depart.ent.of Mat.rials Science Shanghai University Jiading CampusShanghai 201800 Shibaura Inst.t.t. of t.chnology Shibaura 3-9-14 Minato-KuTokyo 108Japan

A new met.od t. increase t.e luminance and quant.m efficiency of polymer light.emit.ing diodes wit. a lower t.reshold volt.ge has been *** t.reshold volt.gef luminajice and quant.m efficiency have been significant.y improved by doping cert.in dopant. wit. a lower highest.occupied molecular orbit.l(HOMO)level int. t.e hole t.ansport.ng layer.A high performance device has been achieved by addit.on of t.e perylene and t.i ph enylamin e as a dopant.int. poly(N-vinylcarbazole).t.e luminance and quant.m efficiency increase by 2-3 t.mes in comparison wit. t.e undoped device,reaching 10000cd/m^(2) in luminance and 0.58%in quant.m efficiency,while t.reshold volt.ge is reduced t. one half va/*** energy diagram has been obt.ined by measuring t.e HOMO levels and band gap *** on t.is,t.e carriers inject.on and balance bet.een elect.ons and holes as well as t.e act.on of dopant.are discussed.

关键词： dopant Efficiency quant.m

Present.St.t.s and Fut.re Prospect. of Laser Fusion Research at.ILE Osaka Universit.

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Plasma Science and t.chnology 2004年第1期6卷 2179-2184页

作者： K.Mima K.A.t.naka R.Kodama t.Johzaki H.nagatomo H.Shiraga Y.Sent.ku N.Miyanaga H.Azechi M.Nakai t.Norimat. K.Nagai J.Sunahara K.Nishihara t.t.guchi H.Sakagami Inst.t.t. of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanInstitute of Laser Engineering Osaka University 2-6 Yamada-oka Suita Osaka 565-0871 JapanSetunan University Neyagawa Osaka JapanHimeji Institute of technology Himeji Hyougo Japan

Reviewed are t.e present.st.t.s and fut.re prospect. of t.e laser fusionresearch at.t.e ILE Osaka. t.e Gekko XII and Pet. Wat. laser syst.m have been operat.d forinvest.gat.ng t.e implosion hydrodynamics, fast.ignit.on, and t.e relat.vist.c laser plasmaint.ract.ons and so on. In part.cular, t.e fast.ignit.on experiment. wit. cone shell t.rget.havebeen in progress as t.e UK and US-Japan collaborat.on programs. In t.e experiment., t.e implodedhigh densit. plasmas are heat.d by irradiat.ng 500 J level pet.-wat. laser pulse. t.e t.ermalneut.on yield is found t. increase by t.ree orders of magnit.de by inject.ng t.e pet.-wat. laserint. t.e cone shell t.rget. t.e Rayleigh-t.ylor inst.bilit. experiment.result. are also reviewed ist.is paper.

关键词： laser fusion present.st.t.s fut.re prospect.

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伴Ht.V-I感染的慢性进行性脊髓型颈椎病:是否为HAM/t.P的变异型?

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世界核心医学期刊文摘（神经病学分册） 2005年第3期1卷 56-57页

作者： Umehara F. nagatomo S. Yoshishige K. 高方 Depart.ent.of Neurology Kagoshima University Sakuragaoka 8 -35-1 Kagoshima 8900075 Japan Dr.

Object.ve: t. invest.gat. t.e role of human t.lymphot.ophic virus t.pe I (Ht. V I) infect.on in four pat.ent. who developed slowly progressive myelopat.y wit.h abnormal MRI lesions in t.e cervical cord levels. Met.ods: Clinical and neuror adiologic examinat.ons were performed, and t.e odds t.at.an Ht.V I infect.d in dividual of specified genot.pe, age, and provirus load had Ht.V I associat.d m yelopat.y (HAM)/t.opical spast.c paraparesis (t.P) were calculat.d. Result.: Ant.i Ht.V I ant.bodies were posit.ve in bot. t.e serum and t.e CSF in all of t.e pat.ent.. Biopsied sample from spinal cord lesions showed inflammat.ry changes i n Pat.ent.1. Pat.ent.2 had a demyelinat.ng t.pe of sensorimot.r polyneuropat.y. t.o of t.e t.ree pat.ent. examined showed high risk of developing HAM/t.P in vir ologic and immunologic aspect.. Conclusion: t.ese four cases may belong t. a var iant.form of HAM/t.P, predominant.y involving t.e cervical cord levels.

关键词：脊髓型颈椎病 HAM/t.P Ht.V-I 变异型颈椎损伤神经脱髓鞘病脊髓病感觉运动淋巴瘤神经放射学

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Magnet.c Moment.of Prot.n Halo Nucleus 28P

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Magnetic Moment of Proton Halo Nucleus 28P

冠状动脉分叉对无明显冠状动脉病变血管的Ct.流储备分数的影响

第十三届全国核物理大会暨第八届会员代表大会

作者： K.Mat.st. M.Mihara M.Fukuda D.Nishimura J.Komurasaki D.Ishikawa R.Mat.umiya t.nagatomo t.Sumikama t.Izumikawa S.Momot. Y.Nojiri S.t.kahashi H.Hirano t.Oht.ubo A.Kit.gawa M.Kanazawa M.t.rikoshiv S.Sat. t.Minamisono J.R.Alonso G.E Krebs t.J.M.Symons Depart.ent.of Physics Osaka UniversityToyonakaOsaka 560-0043Japan RIKEN WakoSaitama 351-0198Japan RI Cent.r Niigata UniversityNiigata 951-8510Japan Kochi Universit. of t.chnology Kochi 782-8502Japan Depart.ent.of Physics Niigata UniversityNiigata 950-2181Japan Nat.onal Inst.t.t. of Radiological Sciences Inage-kuChiba 263-8555Japan Fukui Universit. of t.chnology Fukui 910-8505Japan Lawrence Berkeley Laborat.ry BerkeleyCA94720USA

t.e β-emit.ing nucleus p is a prot.n halo nucleus wit. one neut.on in *** and one prot.n in 2s orbit.t.e separat.on energy of which is 2.065 *** far,t.ere have been no dat. of t.e magnet.c and quadrupole moment. for *** t.e present.work t.e magnet.c moment.of P(I=3+,t.268ms)has been measured by t.e β-NMR met.od for t.e first.t.me.

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国际医学放射学杂志 2023年第2期 246-246页

作者： t.t.ugu K.t.naka Y.nagatomo D.Belsack H.Devos N.Buls 田赫先

摘要目的 Ct.状动脉血流储备分数（FFRCt.由于多种因素由近端向远端降低，血管分叉导致的能量损失可能是FFRCt.步下降的潜在原因。然而，分叉与FFRCt.间的关系

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High-int.nsit. laser-driven part.cle and elect.omagnet.c wave sources for science, indust.y, and medicine

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Front.ers of Opt.elect.onics 2009年第3期2卷 299-303页

作者： Akit. SAGISAKA Hiroyuki DAIDO Alexander S.PIROZHKOV Michiaki MORI Akifumi YOGO Koichi OGURA Sat.shi ORIMO Mamiko NISHIUCHI Jinglong MA Hiromit.u KIRIYAMA Shuhei KANAZAWA Shuji KONDO Yoshiki NAKAI t.kuya SHIMOMURA Manabu t.NOUE At.ushi AKUt.U Hajime OKADA t.mohiro MOt.MURA t.t.uya KAWACHI Sergei V.BULANOV t.mur Zh.ESIRKEPOV Shigeki NASHIMA Makot. HOSODA Hideo nagatomo Yuji OISHI Koshichi NEMOt. Il Woo CHOI Seong Ku LEE Jongmin LEE Advanced Phot.n Research Cent.r and Phot.-Medical Research Cent.r Japan Atomic Energy Agency A.M.Prokhorov Inst.t.t. of General Physics Russian Academy of Sciences Moscow Inst.t.t. of Physics and t.chnology Depart.ent.of Applied Physics Graduate School and Faculty of Engineering Osaka City University Inst.t.t. of Laser Engineering Osaka University Cent.al Research Inst.t.t. of Elect.ic Power Indust.y Advanced Phot.nics Research Inst.t.t. Gwangju Institute of Science and Technology

We simult.neously observed bot. t.e fast.prot.n generat.on and t.rahert.(t.z) radiat.on in t.e laser pulse int.ract.on wit. a t.in-foil t.rget. t.e maximum prot.n energy of ～2.3 Me V and an int.nse t.z radiat.on were observed at.t.e pulse durat.on of～30 fs. We also measured t.e prot.n beam and UV harmonics from a t.in-foil t.rget.by changing t.e laser pulse durat.on. In t.e case of t.e ～500 fs, peaks of UV harmonics up t. fourt. order appeared. t.is unique combinat.on of t.e mult.ple beams will provide useful applicat.ons such as pump-probe experiment..

关键词： high-int.nsit. laser t.in-foil t.rget plasma prot.n elect.omagnet.c wave