@article{oai:repo.qst.go.jp:00048915,
 author = {Shin-mura, Kiyoto and Otani, Yu and Ogawa, Seiya and 星野, 毅 and Sasaki, Kazuya and 星野 毅},
 journal = {Fusion Engineering and Design},
 month = {May},
 note = {Lithium vaporization properties of sintered compacts of single-phase Li2TiO3, Li8ZrO6,  -Li5AlO4, andtwo-phase  -Li5AlO4-Li8ZrO6and  -Li5AlO4-Li2TiO3are investigated. Li vaporization rates from the sin-tered pellets are measured by gravimetric methods, and crystalline phase changes are analyzed by X-raydiffraction. Li2TiO3is stable during thermal annealing at 900◦C. In contrast, Li is evaporated from theother materials, and  -Li5AlO4and Li8ZrO6are, respectively, decomposed to LiAlO2and a mixture ofLi6Zr2O7and Li2ZrO3. Considering the high Li density, which is estimated from the Li vaporization rateand initial Li density in the pebble, and appearance stability, the sintered compacts of single-phase  -Li5AlO4and the two-phase materials  -Li5AlO4-Li2TiO3and  -Li5AlO4-Li8ZrO6have the potential to beapplied to new advanced tritium breeders with high Li density.},
 pages = {762--766},
 title = {Li vaporization properties of candidate materials for tritium breeder with high Li density},
 volume = {124},
 year = {2017}
}