A Study on accelerator-driven transmutation system in JAEA

Sasa, Toshinobu

AAPPS Bulletin, 24(5), p.13 - 17, 2014/10

http://aappsbulletin.org/myboard/read.php?Board=featurearticles&id=118

To reduce the burden of radiological nuclides contained in spent nuclear fuel, Partitioning-Transmutation (P-T) technology is noted as an option for nuclear waste management in the new national strategic energy policy. As for the system for waste transmutation, an accelerator-driven system is desirable as a dedicated transmutor. To perform basic studies for an accelerator-driven system, the Japan Atomic Energy Agency has promoted the design of the Transmutation Experimental Facility within the framework of the J-PARC project. A lead-bismuth spallation target, which is bombarded with 400 MeV - 250 kW protons, and a low-power subcritical reactor will be installed in the facility. Construction will start within a few years after the national review of P-T technology.

International Symposium on Recovery Operations in the Event of Nuclear Accident or Radiological Emergency

Ikezawa, Yoshio

Hoken Butsuri, 25(3), p.299 - 300, 1990/00

no abstracts in English

Radialogical Safety Studies on the Ground Disposal of Radioactive Wastes; Distribution and Migration of Radionuclides is an Aerated Zone

; Wadachi, Yoshiki

JAERI-M 8044, 19 Pages, 1979/01

JAERI-M-8044.pdf:0.7MB

no abstracts in English