Z. G. Gan
Chinese Academy of Sciences
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Publication
Featured researches published by Z. G. Gan.
European Physical Journal A | 1995
S. G. Yuan; Wei-fan Yang; Wan-tong Mou; X.H. Zhang; Z. Li; X. Q. Yu; J.N. Gu; Yi-Xiao Guo; Z. G. Gan; H. Liu; J. D. Guo
A new nuclide239Pa was produced by 50MeV/u18O bombardment of uranium. A radiochemical separation method was employed for preparing sources of239Pa. The protactinium isotope239Pa has been identified for the first time by the results observed from the decay of the239Pa and its daughter239U. The half-life of239Pa has been determined to be 106 ±30min.
NUCLEAR PHYSICS TRENDS: 7th Japan‐China Joint Nuclear Physics Symposium | 2010
H. Xu; W. X. Huang; G Q Xiao; W. L. Zhan; X. H. Zhou; Y. H. Zhang; Z. Y. Sun; J. S. Wang; Z. G. Gan; X. W. Ma
With the commissioning of HIRFL‐CSR, HIRFL can provide heavy ion beams with energy covering the range of several MeV/u to 1 GeV/u. In this talk, the experiments on nuclear physics at different energies to be carried out with different experimental setups at HIRFL will be introduced.
Science China-mathematics | 1997
Z. G. Gan; J. D. Guo; H. Y. Liu; Lijun Shi; Wei-fan Yang; Wan-tong Mou; Tianrui Guo; Ke-ming Fang; Shuifa Shen; S. G. Yuan; X.H. Zhang; Zhi Qin; Ruichang Ma; Jiquan Zhong; Yixiao Luo; Shu Hong Wang; Dengming Kong; Jimin Qiao
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.
European Physical Journal A | 2004
Z. G. Gan; J.S. Guo; X. L. Wu; Z. H. Qin; H.M. Fan; X. G. Lei; H. Y. Liu; B. Guo; H. G. Xu; R. F. Chen; C. F. Dong; F. M. Zhang; Hongwei Wang; C. Y. Xie; Zhao-Qing Feng; Y. Zhen; L. T. Song; P. Luo; H. Xu; X. H. Zhou; Gen-Ming Jin; Zhongzhou Ren
European Physical Journal A | 2001
Z. G. Gan; Z. H. Qin; H.M. Fan; X. G. Lei; Y. B. Xu; J.J. He; H. Y. Liu; X. L. Wu; J.S. Guo; X. H. Zhou; S. G. Yuan; Gen-Ming Jin
European Physical Journal A | 2006
K. Nishio; S. Hofmann; F. P. Heßberger; D. Ackermann; S. Antalic; V. Comas; Z. G. Gan; S. Heinz; J. A. Heredia; H. Ikezoe; J. Khuyagbaatar; B. Kindler; I. Kojouharov; P. Kuusiniemi; B. Lommel; R. Mann; M. Mazzocco; S. Mitsuoka; Y. Nagame; T. Ohtsuki; A. G. Popeko; S. Saro; H. J. Schött; B. Sulignano; A. Svirikhin; K. Tsukada; K. Tsuruta; A. V. Yeremin
European Physical Journal A | 2008
S. Heinz; V. Comas; F. P. Heßberger; S. Hofmann; D. Ackermann; H. G. Burkhard; Z. G. Gan; J. Heredia; J. Khuyagbaatar; B. Kindler; B. Lommel; R. Mann; J. Maurer; K. Nishio; B. Sulignano
Physical Review C | 2014
Z. Y. Zhang; Z. G. Gan; L. Ma; L. Yu; H. B. Yang; T. H. Huang; G. S. Li; Y. L. Tian; Y. S. Wang; Xx Xu; Xi-Zhen Wu; Mei-Rong Huang; C Luo; Zhong-Zhou Ren; Shan-Gui Zhou; X. H. Zhou; H. Xu; Gengfu Xiao
European Physical Journal A | 2015
Huanming Yang; Z.Y. Zhang; Jie Wang; Z. G. Gan; L. Ma; L. Yu; Jun Jiang; Y. L. Tian; B. Ding; S. Guo; Yanbiao Wang; T. H. Huang; M.D. Sun; K Wang; Shan-Gui Zhou; Z. Z. Ren; X. H. Zhou; H. Xu; Gq Xiao
Physical Review C | 2015
L. Ma; Z. Y. Zhang; Z. G. Gan; H. B. Yang; L. Yu; J. Jiang; J. G. Wang; Y. L. Tian; Y. S. Wang; S. Guo; B. Ding; Zhong-Zhou Ren; Shan-Gui Zhou; X. H. Zhou; H. Xu; Gengfu Xiao
