学会発表

2007年

14. ICFRM-13(13th International Conference on Fusion Reactor Materials)

Correlation between Hydrogen Distribution in V-4Cr-4Ti Alloy and Impact Strength
Y.Hatano(*1), H.Homma(*1), T.Sakamura(*2), H.Saitoh(*2), T.Nagasaka(*3), T.Muroga(*3), M.Matsuyama(*1)

(*1)[Hydrogen Isotope Research Center, University of Toyama]
(*2)[Muroran Institute of Technology]
(*3)[National Institute for Fusion Science]
Mechanism of Tritium uptake and release at the SS316 surface
Y.Torikai(*1), S.Naoe(*1), R.-D.Penzhorn(*1), K.Akaishi(*1), K.Watanabe(*1), M.Matsuyama(*1), W.Shu(*3), K.Kobayashi(*3), K.Isobe(*2), T.Hayashi(*4), T.Yamanishi(*2)

(*1)[Hydrogen Isotope Research Center, University of Toyama]
(*2)[National Institute for Fusion Science]
(*3)[Tritium Process Laboratory, Japan Atomic Energy Research Institute]
(*4)[Division of Tokamak System Technology]

13. 9th China-Japan Symposium(CSJ-9)

Depth Distribution of Tritium in Fusion Reactor Materials
M.Matsuyama, Y.Torikai [Hydrogen Isotope Research Center, University of Toyama]

12. 第24回 プラズマ・核融合学会年会

30aB37P バナジウム中のトリチウム分布に及ぼす機械的表面加工の影響
[富山大水素研] ○波多野雄治、嶋田圭純、松山政夫

11. PRICM6 (The Sixth Pacific Rim International Conference on Advanced Marterials and Processing) 

785 P1-201 THERMODYNAMIC AND MAGNETIC PROPERTIES OF PD-8AT.%AG HYDRIDE
Masanori Hara (*1), Junichi Sakurai (*1), Satoshi Akamaru (*1), Kiyomi Hashizume (*1), Katsuhiko Nishimura (*2), Katsunori Mori (*2), Toshio Okabe (*3), Kuniaki Watanabe (*1), Masao Matsuyama (*1)

(*1) [Hydrogen Isotope Research Center, University of Toyama]
(*2) [Faculty of Engineering, University of Toyama]
(*3) [Faculty of Science, University of Toyama]
786 P1-202 THERMODYNAMIC PROPERTIES OF GADOLINIUM-PALLADIUM HYDRIDE
Takayuki Nakazawa (*1) ,Masanori Hara (*2), Satoshi Akamaru (*2),Katsuhiko Nishimura (*1) , Kuniaki Watanabe (*2),
Masao Matsuyama (*2)

(*1) [Faculty of Engineering, University of Toyama]
(*2)[Hydrogen Isotope Research Center, University of Toyama]

10. 日本原子力学会「2007年秋の大会」

L21 バナジウム合金の衝撃特性に及ぼす水素同位体分布の影響
[富山大水素研] ○波多野雄治、松山政夫、 [阪大] 本間啓史、[室蘭工大] 坂村喬史、 斎藤英之、[核融合研] 長坂琢、 室賀健夫

9. ISFNT-8 Eighth International Symposium on Fusion Nuclear Technology

PS4-2009 THERMAL RELEASE OF TRITIUM FROM SS316
Yuji Torikai (*1) , Shogo Naoe (*1) , R-.D.Penzhorn (*1) , Kenya Akaishi (*1) , Takako Kawano (*2) , Yamato Asakura (*2) , Kuniaki Watanabe (*1) , Masao Matsuyama (*1)

(*1) [Hydrogen Isotope Research Center, University of Toyama]
(*2) [National Institute for Fusion Science]
PS4-2027 DEVELOPMENT OF A NEW DETECTION SYSTEM FOR MONITORING HIGH LEVEL TRITIATED WATER
Masao Matsuyama [Hydrogen Isotope Research Center, University of Toyama]

8. 2007年 電気化学秋季大会

1A05 多角バレルスパッタリング法におけるPt-Ru/Cの特性とカーボン担体表面積の影響
[富山大水素研] ○井上光浩、西村俊治、阿部孝之

7. 日本金属学会、2007年 秋期大会 

4族金属炭化物・窒化物の水素吸収放出挙動 (ポスターセッション,4)
[富山大水素研] ○野崎天生、 波多野雄治
508 Pd-Ag 合金の水素吸収に伴う熱力学及び磁気特性変化
[富山大水素研] ○原 正憲、赤丸悟士、渡辺国昭、松山政夫
[富山大理] 橋詰紀代美、岡部俊夫 [富山大工] 桜井淳一 、西村克彦、森 克徳

6. 8th International Conference on Tritium Science and Technology

20.Influence of Oxygen on Permeation of Hydrogen Isotopes Through Group 5 Metals
Y.Hatano, A.Busnyuk, V.Alimov, A.Livshits, M. Matsuyama [Hydrogen Isotope Research Center, University of Toyama]
P2-33.Influence of Hydrogen Distribution on Mechanical Properties of Vanadium Alloy
Presented by H.Homma (*1), Y. Hatano (*1) , T. Sakamura (*2) , H. Saitoh (*2) , T. Nagasaka (*3) , T. Muroga (*3) , M. Matsuyama (*1)

(*1) [Hydrogen Isotope Research Center, University of Toyama]
(*2) [Muroran Institute of Technology, Muroran 050-8585, Japan]
(*3) [National Institute for Fusion Science, Toki 509-5292, Japan]
P2-39. Observation of Tritium Distribution in on/Beneath Mechanically-Treated Surface of Vanadium by Imaging Plate
K.Shimada [Hydrogen Isotope Research Center, University of Toyama]
P2-41. Transport of Tritium Across the Surface of SS316 at Ambient Temperatures
Y.Torikai [Hydrogen Isotope Research Center, University of Toyama]
P3-24. Standardization of Tritium Measuring Devices Based on a High Sensitivity Calorimeter
M. Matsuyama [Hydrogen Isotope Research Center, University of Toyama]
P2-44. Tritium diffusion in V-4Cr-4Ti alloy
K. Hashizume (*1) , J. Masuda (*1) , K. Ohgushi (*1) , T. Otsuka (*1) , T. Tanabe (*1) , Y. Hatano (*2) , Y.Nakamura (*3) , T.Nagasaka (*3) , T.Muroga (*3)

(*1) [Interdisciplinary Graduate School of Engineering Sciences, Kyushu University]
(*2) [Hydrogen Isotope Research Center, Toyama University]
(*3) [National Institute for Fusion Science]

5.ISSP2007(The 9th International Symposium on Sputtering and Plasma Processes)

TF 3-3: Study of the surface morphology of powdery substrates prepared by barrel-sputtering technique
A. Taguchi (*1) , M. Inoue (*1) , C. Hiromi (*1) , T. Kitami (*2), M. Tanizawa (*1) , T. Abe (*1)

(*1) [ Hydrogen Isotope Research Center, University of Toyama]
(*2) [Nippon Pillar Packing Co., Ltd.,]
MN P-4: Physical and electrochemical properties of Pt-Ru/C samples prepared on various carbon supports by using a barrel-sputtering system
M. Inoue, S. Akamaru, A. Taguchi, T. Abe, [Hydrogen Isotope Research Center, University of Toyama]
MN P-5: Surface modification of carbon nanofibers and nanotubes with platinum nanoparticles by using barrel-sputtering system
H. Yamamoto, K. Hirakawa, T. Abe, [Hydrogen Isotope Research Center, University of Toyama, Japan]
TF P3-19 Surface coating of microparticles with tungsten carbide by using barrel sputtering system
S. Akamaru, H. Yamamoto, T. Abe, [Hydrog
en Isotope Research Center, University of Toyama]

4. 日本化学会 第87 春季年会(2007) 

4G6-28:バレルスパッタリング法を用いて調整したDMFC用 Pt-Ru 電極触媒の特性評価
[富山大水素研] ○広見千賀子、井上光浩、赤丸悟士、田口 明、阿部孝之

3.応用物理学学会 2007年(平成19年)春季 第54回応用物理学関係連合講演会

28a-ZR-12:バレルスパッタリング法によるカーボンナノファイバー及びチューブ表面へのPt修飾
[富山大理] ○平川一貴 [富山大水素研] 山本浩也、赤丸悟士、 田口 明、 阿部孝之

2.日本原子力学会 2007年春の年会

M45:SS316ステンレス鋼のトリチウム除染(X)
[富山大水素研] ○直江昭吾、鳥養祐二、赤石憲也、渡辺国昭、松山政夫
M47:金属表面のトリチウム分布に及ぼす磨耗の影響
[富山大水素研] ○波多野雄治、嶋田圭純、本間啓史、松山政夫
M48:V-4Cr-4Ti中のトリチウム拡散
[九大] ○橋爪健一、益田丈輔、大塚哲平、田辺哲朗 [富山大水素研] 波多野雄治 [核融合研] 中村幸男、長坂琢也、室賀健夫

1.日本金属学会 2007年春期(第140回)大会

125:GdPdの水素吸収特性
[富山大工] ○中澤峻幸、西村克彦、森 克徳 [富山大水素研] 原 正憲、松山政夫
639:バレルスパッタリング法によるAlフレーク表面へのTiN修飾
[富山大水素研] ○赤丸悟士、田口 明、阿部孝之