最近の発表論文（2002年１月現在）


先進的原子力材料の照射劣化抑制に関する研究　(1998. 4 - 2003. 3)

2001 - 2002年 （準備中を含む）
"High Resolution Tensile Creep Machine for In-Situ Irradiation Experiments with Novel Loading and Strain Measurement System", J. Nagakawa, Y. Murase, K. Ueno, N. Yamamoto and T. Satoh, J. Nucl. Instr, Methods, 準備中.

"Development of In-Bean Creep-Fatigue Machine with Computer-Controlled Loading and Strain Measurement System", J. Nagakawa, Y. Murase and N. Yamamoto, J. Nucl. Instr, Methods, 準備中.

「先進的原子力材料の照射劣化抑制に関する研究」, 永川城正 他, 平成12年度国立機関原子力試験研究成果報告書（第41集）, 科学技術庁, (2001), 印刷中.

"Fatigue Behavior of 20% Cold-Worked 316 Stainless Steel under In-Situ Irradiation with 17MeV Protons at 60C", Y. Murase, J. Nagakawa and N. Yamamoto, J. Nucl. Mater., (2002), 印刷中.

"Comparison of In-Beam Fatigue Behavior between Austenitic and Ferritic Steels at 60C", Y. Murase, J. Nagakawa and N. Yamamoto, J. Nucl. Mater., (2002), 印刷中.

"In-Beam Fatigue Response of a Low Activation Ferritic Steel at 60C", Y. Murase, J. Nagakawa and N. Yamamoto, ASTM STP, (2002), 印刷中.

”Fatigue Response of F82H Steel under 17MeV Proton Irradiation at 60C", Y. Murase, J. Nagakawa andN. Yamamoto, Proc. 6th Japan-China Symp. on Materials for Advanced Energy Systems and Fission and Fusion Engineering, (2001), 印刷中.

"Dynamic Irradiation Effect on the Fatigue Cracking of 316 Stainless Steel", Y. Murase, J. Nagakawa and N. Yamamoto, Proc. 6th Japan-China Symp. on Materials for Advanced Energy Systems and Fission and Fusion Engineering, (2001), 印刷中.

"Development of In-Beam Creep-Fatigue Machine", J. Nagakawa, Y. Murase and N. Yamamoto, Proc. IEA/JUPITER Joint Symposium on Small Specimen Technologies for Fusion Research, (2001), 印刷中.

「高エネルギー粒子照射下の金属疲労」, 永川城正, 溶接学会誌, (2001), 70 (2001), 8-12.

2000年
「先進的原子力材料の照射劣化抑制に関する研究」, 永川城正 他, 平成11年度国立機関原子力試験研究成果報告書（第40集）, 科学技術庁, (2000), 印刷中.

"Irradiation Creep at 60 ℃and its Impact on Fatigue Fracture", J. Nagakawa, Y. Murase, N. Yamamoto and T. Fukuzawa, J. Nuclear Materials, 283-287 (2000), 391-395.

"Theoretical and Experimental Studies on the Significant Creep Deformation of SUS 316 Induced by Irradiation at 60℃", J. Nagakawa, Y. Murase, N. Yamamoto and Y. Fukuzawa, Key Engineering Material, 171-174 (2000), 313-320.

"Creep-Fatigue Response of 20%CW 316SS under Irradiation at 60℃", Y. Murase, J. Nagakawa, N. Yamamoto and Y. Fukuzawa, Effect of Radiation on Materials, ASTM STP 1366, ASTM, (2000), pp.713-724.

「照射下で誘起される材料の機械的挙動」, 永川城正, 「環境親和性を有する放射線照射下使用材料に関する調査研究」報告書, JRCM, (2000), pp.76-91.

1999年
"Computational Approach to the Fusion Reactor Materials", T. Noda and J. Nagakawa, Computational Materials Design, Ed. T. Saito, Springer, (1999), pp.163-193.

「先進的原子力材料の照射劣化抑制に関する研究」, 永川城正 他, 平成10年度国立機関原子力試験研究成果報告書（第39集）, 科学技術庁, (1999), pp..1-5.

1998年
"Effect of Cold-Work on Void Swelling in Proton Irradiated Fe-15Cr-20Ni Ternary Alloys", Y. Murase, J. Nagakawa, N. Yamamoto and H. Shiraishi, J. Nuclear Materials, 258-263 (1998),1639-1643.

"Void Swelling in Fe-15Cr-xNi Ternary Alloys under Proton Irradiation", Y. Murase, J. Nagakawa, N. Yamamoto and H. Shiraishi, J. Nuclear Materials, 255 (1998), 34-43.

"Calculation of Radiation-Induced Deformation in the ITER Vacuum Vessel", J. Nagakawa, J. Nuclear Materials, 258-263 (1998), 289-294.

口頭発表

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