Spallation reaction study for long-lived fission products in nuclear waste
- Wang He
- Otsu Hideaki
- Sakurai Hiroyoshi
- Ahn DeukSoon
- Aikawa Masayuki
- Ando Takashi
- Araki Shouhei
- Chen Sidong
- Chiga Nobuyuki
- Doornenbal Pieter
- Fukuda Naoki
- Isobe Tadaaki
- Kawakami Shunsuke
- Kawase Shoichiro
- Kin Tadahiro
- Kondo Yosuke
- Koyama Shunpei
- Kubono Shigeru
- Maeda Yukie
- Makinaga Ayano
- Matsushita Masafumi
- Matsuzaki Teiichiro
- Michimasa Shin ichiro
- Momiyama Satoru
- Nagamine Shunsuke
- Nakamura Takashi
- Nakano Keita
- Niikura Megumi
- Ozaki Tomoyuki
- Saito Atsumi
- Saito Takeshi
- Shiga Yoshiaki
- Shikata Mizuki
- Shimizu Yohei
- Shimoura Susumu
- Sumikama Toshiyuki
- Söderstrom Pär-Anders
- Suzuki Hiroshi
- Takeda Hiroyuki
- Takeuchi Satoshi
- Taniuchi Ryo
- Togano Yasuhiro
- Tsubota Junichi
- Uesaka Meiko
- Watanabe Yasushi
- Watanabe Yukinobu
- Wimmer Kathrin
- Yamamoto Tatsuya
- Yoshida Koichi
Publication date
January 2020
DOI Publisher
EDP Sciences Journal
EPJ Web of ConferencesAbstract
Spallation reaction for the long-lived fission product 107Pd has been studied for the purpose of nuclear waste transmutation. The isotopic-distribution cross sections on both proton and deuteron were obtained at 118 MeV/nucleon in inverse kinematics at the RIKEN Radioactive Isotope Beam Factory. A large cross-section difference was found between the proton and deuteron results for the light-mass products. The data were compared with the SPACS semi-empirical parameterization and the PHITS calculations including both the intranuclear cascade and evaporation processes. In addition, the potential of spallation reaction for transmutation of 107Pd is discussed
Add to ORKG