Tamura Koji*, Toyama Shinichi. Laser cutting technology of thick steel components; Advanced technology developed at the era of decommissioning. Journal of the Atomic Energy Society of Japan ATOMO$\Sigma. 2019. 61. 5. 413-415
MINEHARA Eisuke, TOYAMA, Shinichi, TAMURA Koji, NAKAJIMA Hideo. Decontamination and cutting by laser for the dismantle of nuclear power stations. kinzoku, materials science & technology. 2016. 86. 7. 590-595
Toyama Shinichi, Hasegawa Makoto. Survey on neutron production by electron beam from high power CW electron linear accelerator. JNC TN9410 2000-005. 2000. 182
Nomura Masahiro, Toyama Shinichi, Yamazaki Yoshio, Hirano Koichiro, Omura Akiko. Development of the high current electron accelerator. JNC TN9410 2000-007. 2000. 376
Toyama Shinichi, Nomura Masahiro, Hirano Koichiro, Yamazaki Yoshio, Sato Isamu. Development of accelerating unit for high beam current. JNC TN9400 99-073. 1999. 18
Nomura Masahiro, Toyama Shinichi, Yamazaki Yoshio, Hirano Koichiro. Present status of the JNC high power CW electron linac. JNC TN9410 99-009. 1999. 22
Toyama Shinichi. Survey on neutron production by electron beam from high power CW electron linear accelerator. JNC TN9400 99-039. 1999. 39
Plate steel materials cutting technology development using the 30kW fiber laser
(2016)
Professional career (1)：
Doctor of Science (Tohoku University)
Awards (1)：
2018/03 - Japan Atomic Energy Society The 50th Japan Atomic Energy Society Paper Award Laser cutting performances for thick steel specimens studied by molten metal removal conditions
