@article{oai:repo.qst.go.jp:00048270,
 author = {中道, 勝 and 金, 宰煥 and 落合, 謙太郎 and 中道 勝 and 金 宰煥 and 落合 謙太郎},
 journal = {Fusion Engineering and Design},
 month = {Nov},
 note = {Fusion reactors require advanced neutron multipliers with high stability at high temperatures. Beryllium intermetallic compounds (beryllides) have a universally robust potential for high temperature use. Fab- rication of beryllide pebbles of Be–Zr compositions was conducted from the viewpoint of pebble mass production. Prototypic pebbles were successfully fabricated using the plasma-sintered electrodes with high Be and Zr contents for enhanced of the thermal shock resistivity of the electrodes during granulation by a rotating electrode method. From the results of granulation examinations, it was revealed that granulation yields varied greatly depending on compositions of the plasma-sintered electrodes themselves. By utilizing plasma-sintered electrodes with high Be and Zr contents, Be13Zr pebbles had a high granulation yield of 84%. Moreover, the Be13Zr pebbles displayed better oxidation properties as compared to pure Be pebbles.},
 pages = {1719--1723},
 title = {Beryllide pebble fabrication of Be–Zr compositions as advanced neutron multipliers},
 volume = {109/111},
 year = {2016}
}