山本徳和 (Norikazu Yamamoto) - マイポータル - researchmap

基本情報

所属: 独立行政法人物質・材料研究機構第2研究グループ第2サブグループサブグループリーダー

学位: 工学博士

J-GLOBAL ID: 200901028708118389
researchmap会員ID: 0000040607

研究キーワード

6

学歴

2

MISC

18

Effect of combined addition of Ti and P on creep rupture properties of helium implanted Fe-25%Ni-15%Cr alloy

Norikazu Yamamoto, Johsei Nagakawa, Yoshiharu Murase, Haruki Shiraishi

Journal of Nuclear Materials 258-263 1634-1638 1998年
Effect of combined addition of Ti and P on creep rupture properties of helium implanted Fe-25%Ni-15%Cr alloy

Norikazu Yamamoto, Johsei Nagakawa, Yoshiharu Murase, Haruki Shiraishi

Journal of Nuclear Materials 258-263 1634-1638 1998年
Mircostructural Observation of Helium Implanted and Creep Ruptured Fe-25%Ni-15%Cr Alloys Containing Various MC and MN Formers

J. Nucl. Mater. 258-263 (1998) 1628.
In-beam Creep Rupture Properties of Cold-worked DIN 1.4970 and AISI 316L at 873K

Journal of Nuclear Materials Vol.155-157 (1988) 1043.
Helium Embrittlement or Ti and P Added Austenitic Alloys Crept at 923 K

Fusion Engrg. Des. 41 (1998) 111.
Effects of TiC Distribution on the Creep Properties of Helium Injected JPCA

Journal of Nuclear Materials Vol.133&134 (1985) 493.
Creep Rupture Properties of Helium Implanted γ" Precipitation Strengthened Alloy

Journal of Nuclear Science and Technology Vol.28 (1991) 1001.
Creep Rupture Properties of Helium Implanted Low Activation Martensitic Steel for Nuclear Fusion Application

Key Engrg. Mater. 171-174 (2000) 115.
Bubble Microstructure and its Correlation to Creep Rupture Properties in Austenitic Alloys Implanted with Helium

Proc. 4th Japan-China Symposium on Matelials for Advanced Energy Systems and Fission and Fusion Engineering (1997) p.161.
An Evaluation on Helium-Embrittlement-Resistance of Low Activation Ferritic/Martensitic Steel F82H

J. Nucl. Sci. Technol. 36 (1999) 713.
Mircostructural Observation of Helium Implanted and Creep Ruptured Fe-25%Ni-15%Cr Alloys Containing Various MC and MN Formers

J. Nucl. Mater. 258-263 (1998) 1628.
In-beam Creep Rupture Properties of Cold-worked DIN 1.4970 and AISI 316L at 873K

Journal of Nuclear Materials Vol.155-157 (1988) 1043.
Helium Embrittlement or Ti and P Added Austenitic Alloys Crept at 923 K

Fusion Engrg. Des. 41 (1998) 111.
Effects of TiC Distribution on the Creep Properties of Helium Injected JPCA

Journal of Nuclear Materials Vol.133&134 (1985) 493.
Creep Rupture Properties of Helium Implanted gamma Precipitation Strengthened Alloy

Journal of Nuclear Science and Technology Vol.28 (1991) 1001.
Creep Rupture Properties of Helium Implanted Low Activation Martensitic Steel for Nuclear Fusion Application

Key Engrg. Mater. 171-174 (2000) 115.
Bubble Microstructure and its Correlation to Creep Rupture Properties in Austenitic Alloys Implanted with Helium

Proc. 4th Japan-China Symposium on Matelials for Advanced Energy Systems and Fission and Fusion Engineering (1997) p.161.
An Evaluation on Helium-Embrittlement-Resistance of Low Activation Ferritic/Martensitic Steel F82H

J. Nucl. Sci. Technol. 36 (1999) 713.

所属学協会

5