Production and identification of new neutron-deficient isotope235Am in region of transuranium

A new transuranium neutron-deficient isotope235Am was produced by 35 MeV proton to bombard the rare radioactive238Pu target. The products were transported and collected by the He-jet system. The Am isotopes were separated and purified by radiochemistry method and the y-ray, X-ray and y-X(y) coincide...

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Published in:Science China. Mathematics 1997-03, Vol.40 (3), p.323-327
Main Authors: Gan, Zaiguo, Guo, Junsheng, Liu, Hongye, Shi, Lijun, Yang, Weifan, Mou, Wantong, Guo, Tianrui, Fang, Keming, Shen, Shuifa, Yuan, Shuanggui, Zhang, Xueqian, Qin, Zhi, Ma, Ruichang, Zhong, Jiquan, Luo, Yixiao, Wang, Shuhong, Kong, Dengming, Qiao, Jimin
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Radiochemistry
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container_end_page 327
container_issue 3
container_start_page 323
container_title Science China. Mathematics
container_volume 40
creator Gan, Zaiguo
Guo, Junsheng
Liu, Hongye
Shi, Lijun
Yang, Weifan
Mou, Wantong
Guo, Tianrui
Fang, Keming
Shen, Shuifa
Yuan, Shuanggui
Zhang, Xueqian
Qin, Zhi
Ma, Ruichang
Zhong, Jiquan
Luo, Yixiao
Wang, Shuhong
Kong, Dengming
Qiao, Jimin
description A new transuranium neutron-deficient isotope235Am was produced by 35 MeV proton to bombard the rare radioactive238Pu target. The products were transported and collected by the He-jet system. The Am isotopes were separated and purified by radiochemistry method and the y-ray, X-ray and y-X(y) coincidence of the samples was measured. The synthesis of235Am was definitely identified. Its measured half-life is (15±5) min.
doi_str_mv 10.1007/BF02874527
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title Production and identification of new neutron-deficient isotope235Am in region of transuranium
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