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Takahashi, Hiroki; ; Yamamoto, Kazuyoshi; Yoritsune, Tsutomu
JAERI-Conf 99-006, p.125 - 130, 1999/08
no abstracts in English
Yonezawa, Minoru; Shimizu, Tokiyo
Joho No Kagaku to Gijutsu, 43(10), p.905 - 907, 1993/10
no abstracts in English
Hoken Butsuri, 15(4), p.269 - 276, 1980/00
no abstracts in English
; ; ; Kondo, I.;
IEEE Transactions on Nuclear Science, NS-27(1), p.637 - 640, 1980/00
no abstracts in English
Denshi Tsushin Gakkai-Shi, 61(12), p.1316 - 1325, 1978/00
no abstracts in English
Do, V. K.; Kitamura, Kiyoshi; Horita, Takuma; Furuse, Takahiro
no journal, ,
We report an application of automated devices for multi-step chemical separation for nickel and an idea of subsequent quantification for Ni-59 using ICP-QQQ-MS. Nickel is separated on our selected automated instruments applying a conventional separation scheme. The obtained chemical recovery for Ni standard carrier was 89.8% (relative standard deviation, RSD of 2.9%, n = 3), which is consistent with the manually obtained recovery of 87.0% (RSD = 2.2%, n = 3). The quantification of Ni-59 by ICP-QQQ-MS was examined. Accordingly, the intensity of 59Ni could be deduced from an intensity correction curve for natural isotopes of nickel. The proposed analytical method is more rapid and less laborious, being expected to reduce radiation exposure to workers.
