usage. Various research plans have been proposed, and layout of the experimental
hall surrounding the target is under way. Basic physics application such as measurements of nuclear reaction data is considered as one of the major purposes. We
called for a preliminary letter of intent to encourage the project. Requests for multipurpose usage will be taken into account in the facility design of TEF.
Open Access This chapter is distributed under the terms of the Creative Commons Attribution
Noncommercial License, which permits any noncommercial use, distribution, and reproduction in
any medium, provided the original author(s) and source are credited.
References
1. Sasa T et al (2004) Research and development on accelerator-driven transmutation system at
JAERI. Nucl Eng Des 230:209–222
2. The Joint Project Team of JAERI and KEK (2000) The joint project for high-intensity proton
accelerators (in Japanese). JAERI-Tech 2000-003
3. Oigawa H et al (2001) Conceptual design of transmutation experimental facility. In: Proceedings of the Global 2001, Paris (CD-ROM)
4. Sasa T et al (2005) Conceptual study of transmutation experimental facility. (2) Study on ADS
target test facility (in Japanese). JAERI-Tech 2005–021
5. Tomisawa T et al (2005) Investigation of photo neutralization efficiency of high intensity
H-beam with Nd:YAG laser in J-PARC. In: Proceedings of the 7th European workshop on
beam diagnostics and instrumentation for particle accelerators (DIPAC 2005), Lyon, p 275–277
6. Soule R et al (2004) Neutronic studies in support to ADS: the muse experiments in the
MASURCA facility. Nucl Sci Eng 148:124–152
7. Uyttenhove W et al (2011) The neutronic design of a critical lead reflected zero-power reference
core for on-line subcriticality measurements in accelerator driven systems. Ann Nucl Energy 38
(7):1519–1526
8. Niita K et al (2010) PHITS: Particle and Heavy Ion Transport code System, version 2.23. JAEAData/Code 2010–022
8 Design of J-PARC Transmutation Experimental Facility
79
hall surrounding the target is under way. Basic physics application such as measurements of nuclear reaction data is considered as one of the major purposes. We
called for a preliminary letter of intent to encourage the project. Requests for multipurpose usage will be taken into account in the facility design of TEF.
Open Access This chapter is distributed under the terms of the Creative Commons Attribution
Noncommercial License, which permits any noncommercial use, distribution, and reproduction in
any medium, provided the original author(s) and source are credited.
References
1. Sasa T et al (2004) Research and development on accelerator-driven transmutation system at
JAERI. Nucl Eng Des 230:209–222
2. The Joint Project Team of JAERI and KEK (2000) The joint project for high-intensity proton
accelerators (in Japanese). JAERI-Tech 2000-003
3. Oigawa H et al (2001) Conceptual design of transmutation experimental facility. In: Proceedings of the Global 2001, Paris (CD-ROM)
4. Sasa T et al (2005) Conceptual study of transmutation experimental facility. (2) Study on ADS
target test facility (in Japanese). JAERI-Tech 2005–021
5. Tomisawa T et al (2005) Investigation of photo neutralization efficiency of high intensity
H-beam with Nd:YAG laser in J-PARC. In: Proceedings of the 7th European workshop on
beam diagnostics and instrumentation for particle accelerators (DIPAC 2005), Lyon, p 275–277
6. Soule R et al (2004) Neutronic studies in support to ADS: the muse experiments in the
MASURCA facility. Nucl Sci Eng 148:124–152
7. Uyttenhove W et al (2011) The neutronic design of a critical lead reflected zero-power reference
core for on-line subcriticality measurements in accelerator driven systems. Ann Nucl Energy 38
(7):1519–1526
8. Niita K et al (2010) PHITS: Particle and Heavy Ion Transport code System, version 2.23. JAEAData/Code 2010–022
8 Design of J-PARC Transmutation Experimental Facility
79