Past Conference 2010

♦ 1P04-01 : Tritium transfer in porous concrete materials coated with hydrophobic paints

Y.Edao^a, S. Fukada^a*, K.Sato^a, T.Takeishi^a, K.Katayama^a, Y.Hatano^b, A.Taguchi^b, K. Kobayshi^c, T.Hayashi^c, Y.Yamanishi^c
a[Interdisciplinary Graduate School of Engineering Sciences, Kyushu University]
^b[Hydrogen Isotope Research Center, University of Toyama]
^c[Tritium Process Laboratory of Japan Atomic Energy Agency]

♦ 1P04-10 : Interaction of gaseous tritium with copper

R.-D.Penzhorn^a, Y. Torikai^a*,A.Pereventsev^b,M.Matsuyama^a
a[Hydrogen Isotope Research Center, University of Toyama]
^b[ITER Organization]

♦ 1P05-05: Tritium removal from tritiated water using mesoporous silica

A.Taguchi^a,Y.Torikai^a,M.Saito^a,M.Matsuyama^a,M.Ogura^b.S.Uchida^c
a[Hydrogen Isotope Research Center, University of Toyama]
^b[Institute of Industrial Science, The University of Tokyo]
^c[Graduate School of Art and Science, The University of Tokyo]

♦ 1P07-02: Uptake and release of tritium by nickel

M.Saito, Y.Torikai, R.-D.Penzhorn, K.Akaishi, M.Matsuyama
[Hydrogen Isotope Research Center, University of Toyama]

♦ 1P07-03: Water vapor permeability of polypropylene

Y.Togashi, M.Hara
[Hydrogen Isotope Research Center, University of Toyama]

♦ 1P07-06: Tritium adsorption on tungsten with nano-morphology

M.Yajima^a, J. Shi^a*, Y.Hatano^a, T.Saeki^b,S.Kajita^b,N.Ohno^b
a[Hydrogen Isotope Research Center, University of Toyama]
^b[Department of Energy Engineering and Science, Nagoya University]

♦ 1P07-09: Solubility of tritium in Cu-Be alloy

M.Matsuyama^a, K.Shinmura^a, Z.Chen^b, Y.Torikai^a
a[Hydrogen Isotope Research Center, University of Toyama]
^b[School of Nuclear Science and Technology, University of Science and Technology of China]

♦ 1P07-10: Phosphate/oxide multi-layer coating as tritium permeation barrier for ferritic steel

K. Zhang, Y.Hatano
[Hydrogen Isotope Research Center, University of Toyama]

♦ 1P07-12: Tritium distribution of tungsten exposed with low energy, high flux D plasma

K. Isobe^a, V.Kh Alimov^a,Y.Torikai^b, T.Yamanishi^a
a [Japan Atomic Energy Egency]
^b [Hydrogen Isotope Research Center, University of Toyama]

♦ 1P07-13: Behavior of tritium in oxide film of stainless steel

Y. Ozeki, Y.Hatano, Y.Torikai, H.Taniguchi, M.Matsuyama
[Hydrogen Isotope Research Center, University of Toyama]

♦ 1P07-16:Hydrogen permeation measurement in the spherical tokamak QUEST and its numerical modeling

S.K.Sharma¹, H.Zushi²,I.Takagi³, Y.Hisano¹,T.Shikama³, S.Morita⁴, T.Tanabe¹, N.Yoshida², M.Sakamoto², Y.Higashizono², K.Hanada², M.Hasegawa², O.Mitarai⁵, K.Nakamura², H.Idei², K.N.Sato², S.Kawasaki², H.Nakashima², A.Higashijima², Y.Nakashima², N.Nishino⁷, Y.Hatano⁸, A.Sagara⁴, Y.Nakamura⁴, N.Ashikawa⁴,T.Maekawa³, Y.Kishimoto³, Y.Takase⁹, QUEST Group
¹[IGSES,Kyushu University]
²[RIAM,Kyushu University]
³[Kyoto University]
⁴[NIFS]
⁵[Kyushu Tokai University]
⁶[University of Tsukuba]
⁷[Hiroshima University]
⁸[Hydrogen Isotope Research Center, University of Toyama]
⁹[University of Tokyo]

♦ 1P08-09: Measurements of tritium concentration in solid and liquid by X-ray detection with imaging plates

Y. Hatano [Hydrogen Isotope Research Center, University of Toyama]

♦ "Session 8 Materials" 16:25-16:45:
Behavior of hydrogen isotopes loaded into neutron-irradiated tungsten by TPE plasma exposure

T. Oda¹, M.Shimada², K.Zhang³, P.Calderoni², Y.Oya⁴, M.Sokolov⁵, R.Kolasinski⁶,J.P.Sharpe², Y. Hatano^3
1[Department of Nuclear Engineering and Management, The University of Tokyo]
²[Fusion Safety Program, Idaho National Laboratory]
³[Hydrogen Isotope Research Center, University of Toyama]
⁴[Radioscience Research Laboratory, Faculty of Science, Shizuoka University]
⁵[Oak Ridge National Laboratories]
⁶[Hydrogen and Metallurgical Science Department]

♦ 2P04-11: Application of autoclaves for the decontamination of fusion reactor materials from tritium

Y.Torikai^a, M.Saito^a, A.Taguchi^a, R.-D.Penzhorn^a, K.Akaishi^a, K.Tatenuma^b
a[Hydrogen Isotope Research Center, University of Toyama]
^b[KAKEN]

♦ O03:Non-destructive Measurements of Tritium Retention in Neutron-Irradiated Molybdenum

Yuji Hatano

Hydrogen Isotope Research Center, University of Toyama

♦ O11:Preparation of Tritium Permeation Barrier Coating Consisiting of Low-Activation Elements by Wet-Chemical Method

Yuji Hatano

Hydrogen Isotope Research Center,University of Toyama

♦ K07:Performance Tests of a Specially Designed Calorimeter for Absolute Evaluation of Tritium Amount

Masao Matsuyama

Hydrogen Isotope Research Center,University of Toyama

♦ Exposure of tungsten nano-structure to TEXTOR edge plasma

Y.Ueda^a, K.Miyata^a, Y.Ohtsuka^a, M.Fukumoto^b, S.Brezinsek^c, J. W. Coenen^c, A.Kreter^c, A.Litnovsky^c, V.Philipps^c, B.Schweer^c, G.Sergienko^c, T.Hirai^d, A.Taguchi^e, Y.Torikai^e, K.Sugiyama^f, T.Tanabe^g, S.Kajita^h, N. 0hnoⁱ and the TEXTOR team
^a[Graduate School of Engineering,Osaka University]
^b[Japan Atomic Energy Agency]
^c[Institute fűr Energieforschung, Forschungszentrum Jűlich, Association EURATOM-FZJ]
^d[ITER Organization]
^e[Hydrogen Isotope Research Center,Toyama University]
^f[Max-Planck-Institut fűr Plasmaphysik,EURATOM Association]
^g[Interdisciplinary Graduate School of Engineering Science,Kyushu University]
^h[Eco Topia Science Institute,Nagoya University]
ⁱ[Graduate School of Engineering,Nagoya University]

♦ Application of tritium imaging plate technique to examine tritium behaviors on the surface and in the bulk of plasma exposed materials

T.Otsuka¹, M.Shimada², R.Kolasinski³,P.Calderoni², J.P.Sharp²,Y.Ueda⁴, Y.Hatano⁵,T.Tanabe^1
1[Interdisciplinary Graduate School of Engineering and Science, Kyushu University]
²[Idaho National Laboratory, Fusion Safety Program]
³[Hydrogen and Metallurgical Science Department, Sandia National Laboratories]
⁴[Graduate School of Engineering, Osaka University]
⁵[Hydrogen Isotope Research Center,Toyama University]

♦ Deuterium Retention in Neutron-Irradiated Tungsten and Molybdenum Exposed to High Flux Pllasma in TPE

M.Shimada¹, Y.Hatano², P.Calderoni¹, T.Oda³, Y.Oya⁴, M.Sokolov⁵,K.Zhang², R.Kolasinski⁶, J.P.Sharpe^1
1[Fusion Safety Program, Idaho National Laboratory]
²[Hydrogen Isotope Research Center,University of Toyama]
³[Department of Nuclear Engineering and Management, The University of Tokyo]
⁴[Radioscience Research Laboratory, Faculty of Science, Shizuoka University]
⁵[Oak Ridge National Laboratories]
⁶[Hydrogen and Metallurgical Science Department, Sandia National Laboratories]

♦ Change of Properties and its Mechanism of Plasma Facing Surface in LHD

N.Yoshida¹, T.Tokunaga², M.Tokitani³, T.Akiyama³, H.Watanabe¹, Y.Hatano⁴, S.Masuzaki³, K.Kawahata³, H.Yamada³, A.Komori^3
1[Research Institute for Applied Mechanics, Kyushu University]
²[Interdisciplinary Graduate School of Engineering Science, Kyushu University]
³[National Institute for Fusion Science]
⁴[Hydrogen Isotope Research Center,University of Toyama]