logo

IMPROVEMENT IN SEPARATION OF 68Ge FROM Ga2O3 TARGET

IMPROVEMENT IN SEPARATION OF 68Ge FROM Ga2O3 TARGET

Bao Borong
Wang Yinsong
Nuclear Science and TechniquesVol.3, No.3pp.202-204Published in print 01 Aug 1992
37000

Two new systems have been presented for the extraction separation of 68Ga from irradiated Ga2O3 target after proton bombardment. It could avoid the loss of 68GeCl4 during the processing and storage, resulting a stable 68Ge source.

68GeGa targetSolvent extraction
REFERENCES
[1] Choppin G R, Rydberg J. Nuclear chemistry, Theory and applications. New York: Pergaman Press. 1985.
[2] Hughes A E. Material in Engineering, 1980, 2: 34.
[3] Hughes A E, Coleman C E. R- 10377, Harwell: AERE, 1981.
[4] TID-7673. 1962, 371.
[5] Yagge U Z. Radiochemistry (in Russian), 1970, 12(5): 796.
[6] Chang Hongjun.

Annual Report

, Shanghai Institute of Nuclear Research, Academia Sinica, 1983, 192.
Baidu ScholarGoogle Scholar
[7] Gleason G I. Int J Appl Radia Isotop, 1960, 8: 90.
[8] Dmitliev P P. Atomic Energy (in Russian), 1972, 33(3): 774.
[9] Remy H, Treatise on inorganic chemistry. Amsterdam: Elsevier Publishing Company, 1956: Voi.1, 520.
[10] Charlot G. Colorimetric determination of elements. Amsterdam: Elsevier Publishing Company, 1964: 254.
[11] O'Nishi , Sandell . Analytical chimica Acta, 1955, 13: 159.