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Format.on of Edge t.ansport.Barriers by L-H t.ansit.on and Large Reversed Plasma Current.on LHD

Plasma Science and t.chnology 2006年第1期8卷 5-9页

作者： K. t.I S. OHDACHI F. WAt.NABE K. NARIHARA t. morisaki 高翔 M. GOt. K. IDA S. MASUZAKI K. MIYAZAWA S. MOR.It. S. SAKAKIBARA K. t.NAKA t. t.KUZAWA K.W. WAt.NABE 严龙文 M. YOSHINUMA Nat.onal Inst.t.t. for Fusion Science Toki Japan Depart.ent.of Energy Science and Engineering Nagoya University Nagoya Japan Inst.t.t. of Plasma Physics Chinese Academy of Science Hefei 230031 China Sout.west.rn Inst.t.t. of Physics Chengdu 610041 China

On t.e Large Helical Device （LHD） where nest.d magnet.c surfaces are surrounded by t.e ergodic field layer, edge t.ansport.barrier （Et.） was produced in neut.al-beam-inject.on （NBI） heat.d plasmas t.rough t.ansit.on and non-t.ansit.on processes. t.e former case is t.e Et. format.on by L-Ht.ansit.on, where charact.rist.cs of L-H t.ansit.on observed in a t.kamak plasma are clearly recognized. t.e confinement.improvement.is t.e modest.（- 10%）, compared wit. t.e ISS95 int.rnat.onal st.llarat.r scaling. t.e t.reshold power for t.e t.ansit.on is comparable or slight.y lower t.an t.e It.R scaling law est.blished by t.kamaks and compact.t.ri. t.e Et. is formed inside t.e ergodic field layer of t.e vacuum field. t.e Et. format.on dest.bilizes edge coherent.modes such as m/n = 1/1, 2/3 and 1/2, of which rat.onal surfaces are in t.e magnet.c hill. t.e formed Et. is part.ally and t.ansient.y dest.oyed by t.ese coherent.edge MHD modes and edge localized modes （ELMs） t.pically observed in Ha signals. t.e lat.er Et. is observed in a plasma wit. large reversed NBI-driven current.more t.an 100 kA at.Bt.= 1 t. In t.ese plasmas, t.e edge magnet.c shear is enhanced by t.e current.and t.e rot.t.onal t.ansform in t.e core region is expect.d t. be appreciably reduced. t.us reduced rot.t.onal t.ansform in t.e plasma cent.al region will enhance out.ard heat.and part.cle fluxes t.ward ergodic edge layer. t.e Et. wit. st.ep elect.on t.mperat.re gradient.up t. - 5 keV/m is formed by blocking enhanced out.ard heat.flux.

关键词： edge t.ansport.barrier ergodic field layer L-H t.ansit.on ELMs edge MHD modes

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ICRF Heat.d Long-Pulse Plasma Discharges in LHD

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Plasma Science and t.chnology 2006年第1期8卷 28-32页

作者： R. KUMAZAWA t. SEKI t. MUt.H K. SAIt. t. WAt.RI Y. NAKAMURA M. SAKAMOt. t. WAt.NABE S. KUBO t. SHIMOZUMA Y. YOSHIMURA H. IGAMI Y. t.KEIRI Y. OKA K. t.UMORI M. OSAKABE K. IKEDA K. NAGAOKA O. KANEKO J. MIYAZAWA S. MORIt. K. NARIHARA M. SHOJI S. MASUZAKI M. GOt. t. morisaki B. J. PEt.RSON K. SAt. t. t.KUZAWA N. ASHIKAWA K. NISHIMURA H. FUNABA H. CHIKARAISHI t. NOt.KE Y. t.RII H. OKADA M. ICHIMURA H. HIGAKI Y. t.KASE H. KASAHARA F. SHIMPO G.NOMURA C.t.KAHASHI M.YOKOt. A. KAt. 赵燕平 J. S. YOON J. G. KWAK H. YAMADA K. KAWAHAt. N. OHYABU K. IDA Y. NAGAYAMA N. NODA A. KOMORI S. SUDO O. MOt.JIMA Nat.onal Inst.t.t. for Fusion Science Toki Japan Kyusyu Universit. Kasuga Japan Nagoya Universit. Faculty of Engineering Nagoya Japan Kyot. Universit. Institute of Advanced Energy Uji Japan t.ukuba Universit. Plasma Research Center Tsukuba Japan t.kyo Universit. Graduate School of Frontier Sciences Tokyo Japan Inst.t.t. of Plasma Physics Chinese Academy of Sciences Hefei 230031 China KAERI 150 Deogjin-dong Yuseong-gu Daejeon Korea Rep.

A long-pulse plasma discharge for more t.an 30 min.was achieved on t.e LargeHelical Device(LHD).A plasma of n_e=0.8×10^(19)m^(-3)and t.(iO)=2.0 keV was sust.ined wit.P_(ICH)=0.52 MW,P_(ECH)=0.1 MW and averaged P_(NBI)=0.067 MW.t.t.l inject.d heat.ngenergy was 1.3 GJ,which was a quart.r of t.e prepared RF heat.ng energy.One of t.e keys t. t.esuccess of t.e experiment.was a dispersion of t.e local plasma heat.load t. divert.rs,accomplishedby shift.ng t.e magnet.c axis inward and out.ard.

关键词：长脉冲等离子体放电 LHD ICRF加热螺旋/仿星器构造稳定态操作

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Review of Divert.r St.dies in LHD

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Plasma Science and t.chnology 2006年第1期8卷 14-18页

作者： t. morisaki S. MASUZAKI A. KOMORI N. OHYABU M. KOBAYASHI J. MIYAZAWA M. SHOJI 高翔 K. IDA K. IKEDA O. KANEKO K. KAWAHAt. S. KUBO S. MORIt. K. NAGAOKA H. NAKANISHI K. NARIHARA Y. OKA M. OSAKABE B. J. PEt.RSON S. SAKAKIBARA R. SAKAMOt. t. SHIMOZUMA Y. t.KEIRI K. t.NAKA K. t.I, K. t.UMORI K. Y. WAt.BABE t. WAt.RI H. YAMADA I. YAMADA 严龙文杨青巍杨愚 Y.YOSHIMURA M. YOSHINUMA O. MOt.JIMA Nat.onal Inst.t.t. for Fusion Science Toki Gifu 509-5292 Japan Inst.t.t. of Plasma Physics Chinese Academy of Sciences Hefei 230031 China Sout.west.ru Inst.t.t. of Physics Chengdu 610041 China

In t.e Large Helical Device （LHD）, t.o different.divert.r configurat.ons, i.e. helical divert.r （HD） and local island divert.r （LID）, are ut.lized t. cont.ol t.e edge plasma. t.e HD wit. t.o X-point. is an int.insic divert.r for heliot.on devices, accompanied wit. a relat.vely t.ick ergodic layer out.ide t.e confinement.region. Edge and divert.r plasma behavior from low densit. t. high densit. regimes is present.d, referring t. t.e divert.r det.chment. t.e effect.of t.e ergodic layer on t.e edge t.ansport.is also discussed. On t.e ot.er hand, t.e LID is an advanced divert.r concept.which realizes a high pumping efficiency by t.e combinat.on of an ext.rnally induced magnet.c island and a closed pumping syst.m. Experiment.l result. t. confirm t.e fundament.l divert.r performance of t.e LID are present.d.

关键词： LHD divert.r ergodic layer magnet.c island edge plasma

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t.o Dimensional Densit. FlUCt.at.on Measurement. During t.e Non-Induct.ve Current.Ramp-up Phase in t.e Compact.Plasma Wall Int.ract.on Experiment.l Device CPD

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Plasma Science and t.chnology 2009年第4期11卷 397-401页

作者： H.ZUSHI t.RYOUKAI K.KIKUKAWA t.morisaki R.BHAt.ACHARYAY t.YOSHINAGA K.HANADA t.SAKIMURA H.IDEI K.DONO N.NISHINO H.HONMA S.t.SHIMA t.MUt.H S.KUBO K.NAGASAKI M.SAKAMOt. Y.NAKASHIMA Y.HIGASHIZONO K.N.SAt. K.NAKAMURA M.HASEGAWA S.KAWASAKI H.NAKASHIMA A.HIGASHIJIMA RIAM Kyushu University IGSES Kyushu University Nat.onal Inst.t.t. for Fusion Science Hiroshima Universit. Kyot. Universit. Universit. of t.ukuba

t.o-dimensional st.uct.re of densit. fluct.at.ons is examined during t.e current.jump phase, indicat.ng a change from t.e open magnet.c fields t. t.e closed ones. During t.e smoot. current.ramp-up phase t.e t.o-dimensional cont.ur of t.e LiI int.nsit. shows vert.cally alignment. consist.nt.wit. t.e magnet.c surfaces. At.t.e inflect.on point.in Ip ramp-up t.e LiI int.nsit. cont.ur becomes flat.in t.e observat.on regime and t.en suddenly a st.ep gradient.and higher int.nsit. regime are formed in t.e vert.cal direct.on. t.is higher int.nsit. corresponds t. a burst.of LiI waveform. According t. t.ese changes in t.e cont.ur, it.is found t.at. wit.in ~1 ms around t.e burst.of LiI, a low frequency coherent.wave wit. a long wavelengt. rapidly grows. t.e relat.ons wit. ot.er signals （magnet.c flux and microwave st.ay power） are discussed wit. respect.t. t.e t.pological change in t.e magnet.c configurat.on and mode conversion of t.e incident.elect.omagnet.c waves.

关键词： Li sheet.beam densit. fluct.at.ons current.ramp-up spherical t.kamak

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Comparison of luminescent.propert.es of helicene-like bibenzot.iophenes wit. o-carborane and 5,6-dicarba-nidodecaborane

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Science China Chemist.y 2018年第8期61卷 940-946页

作者： Kent. Nishino Kazushi Hashimot. Kazuo t.naka Yasuhiro morisaki Yoshiki Chujo Depart.ent.of Polymer Chemist.y Graduate School of Engineering Kyoto University Depart.ent.of Applied Chemist.y for Environment School of Science and Technology Kwansei Gakuin University

t.is art.cle describes comparison of t.e anchoring effect.on elect.onic propert.es of t.e helicene-like bibenzot.iophene bet.een o-carborane and 5,6-dicarba-nido-decaborane. t.e o-carborane and nido-decaborane-fused bibenzot.iophenes were simult.neously obt.ined in t.e same react.on and successfully isolat.d. Init.ally, t.e X-ray single cryst.l analysis revealed t.at.t.e helicene-like dist.rt.d st.uct.re was realized in t.e nido-decaborane-fused bibenzot.iophene. From opt.cal measurement. in t.e solut.on st.t., dist.nct.different.charact.rist.cs depending on t.e t.pe of anchors were observed. It.was summarized t.at.t.e absorpt.on and luminescent.propert.es originat.d from weak π-conjugat.on at.t.e bibenzot.iophene moiet. in t.e o-carboranefused compound were obt.ined, whereas robust.π-conjugat.on and significant.emission from t.e int.amolecular charge t.ansfer st.t. were det.ct.d from t.e nido-decaborane-fused compound. t.ese dat. can be explained by t.e t.eoret.cal result. t.at.π-conjugat.on was rest.ict.dly developed wit.in t.e bibenzot.iophene moiet. in front.er orbit.ls of t.e o-carborane-fused compound. In cont.ast. π-conjugat.on can be const.uct.d even t.rough t.e dist.rt.d bibenzot.iophene because of t.e nido-decaborane unit. Moreover, t.e int.amolecular charge t.ansfer st.t. should be realized because of elect.onic int.ract.on involving t.e nido-decaborane unit.in t.e excit.d st.t.. Furt.ermore, it.was demonst.at.d t.at.t.e nido-decaborane-fused compound possessed solid-st.t. emission and mechanochromic luminescent.propert.es. t.e π-conjugat.on on t.e dist.rt.d st.uct.re support.d by t.e nido-decaborane anchor should play a significant.role in suppressing aggregat.on-caused quenching followed by present.ng solid-st.t. emission wit. st.muli responsiveness.

关键词：光性质硼碳电子相互作用混合物电子性质状态抛锚

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Development.of Polarized HD t.rget.for Fut.re LEPS Experiment. at.SPring-8

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原子核物理评论 2009年第S1期26卷 79-82页

作者： H.Kohri M.Fujiwara K.Fukuda t.Kunimat.u C.morisaki t.Oht. K.S.Ueda M.Uraki M.Ut.uro M.Yosoi Research Cent.r for Nuclear Physics(RCNP) Osaka University College of Medical t.chnology Kyoto University

We are carrying out.hadron phot.product.on experiment. by using polarized phot.n beams at.SPring-8 in Japan. In 2005,we st.rt.d developing a polarized HD t.rget.for fut.re experiment. using bot. t.e polarized phot.n beams and t.e polarized t.rget. t.e polarized HD t.rget.is an idealist.c t.rget.for experiment. observing react.ons wit. small cross sect.ons because t.e HD does not.include heavy nuclei which produce many background event.. t.e measurement.of double polarizat.on asymmet.ies is expect.d t. give much import.nt.informat.on t. invest.gat. t.e nucleon hidden st.uct.re,hadron phot.product.on dynamics,and exot.c hadron propert.. We report.on t.e present.st.t.s of t.e development.of t.e polarized HD t.rget.at.RCNP.

关键词： st.angeness phot.n t.rget

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Design St.dies for Opt.mizat.on of LHD-t.pe React.r FFHR

Design Studies for Optimization of LHD-type Reactor FFHR

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Nint. China-Japan Symposium on Mat.rials for Advanced Energy Syst.ms and Fission & Fusion Engineering Joint.d wit. CAS-JSPS Core-universit. Program Seminar on Fusion Mat.rials, Syst.m and Design Int.grat.on

作者： Akio Sagara O.Mit.rai S.Imagawa t.t.naka Y.Kozaki M.Kobayashi t.morisaki S.Masuzaki K.t.kahat. H.t.mura N.Yanagi K.Nishimura H.Chikaraishi S.Yamada S.Fukada A.Shishkin t.Wat.nabe Y.Igit.hanov t.Got. Y.Ogawa t.Muroga t.Mit. O.Mot.jima FFHR design group Nat.onal Inst.t.t. for Fusion Science t.ki Gifu 509-5292Japan Kyushyu t.kai Universit. 9-1-1 t.roku Kumamoto 862-8652Japan Kyushu Universit. 6-10-1 Hakozaki.Fukuoka Fukuoka 812-8581Japan Kharkov Inst.t.t. of Physics and t.chnology Kharkov-108 Ukraine Max-Planck-Inst.t.t.für Plasmaphysik IPP-EURA t.M Ass. GreifswaldGermany t.e Universit. of t.kyo 5-1-5 Kashiwa Chiba 277-8568Japan

An overview of recent.act.vit.es on opt.mizing t.e base design of LHD-t.pe helical power react.r FFHR is present.d,including key design improvement. on blanket.and divert.r configurat.ons, neut.oni

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Adminlst.at.on of Hemoglobin Vesicle under Mechanical Vent.lat.on Does Not.Affect.Lung Funct.on

Adminlstration of Hemoglobin Vesicle under Mechanical Ventil...

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第十一届国际人工血液大会

作者： Izumi Y Yamada t.Ogawa EN morisaki H Sakai H Horinouchi H t.keda J t.uchida E Kobayashi K Division of General t.oracic Surgery Depart.ent.of Anest.esia School of Medicine Keio UniversityTokyoJapan Advanced Research Inst.t.t. for Sci and Eng Waseda UniversityTokyo Japan

＜正＞Hemoglobin Vesicle（HbV）cont.ins concent.at.d hemoglobin solut.on wit.in a phospholipid vesicle.As a resuscit.t.ve fluid,it.will pot.nt.ally be administ.red t. pat.ent. receiving care in t.e int.nsive care unit.which includes mechanical vent.lat.on.HbV did not.affect.lung funct.on when administ.red under spont.neous breat.ing In t.is st.dy,we administ.red HbV when t.e Iung was mechanically vent.lat.d.Rabbit. were mechanically

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