A proposed reaction channel for the synthesis of the superheavy nucleus Z = 109

CAS); C. Zhong; G. L. Ma; J. G. Chen; K. Wang; W. Guo; W. Q. Shen (Shanghai Institute of Applied Physics; X. Z. Cai; Y. B. Wei; Y. G. Ma

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A proposed reaction channel for the synthesis of the superheavy nucleus Z = 109

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arxiv nucl-th/0402065 v2 pith:HJGPRGCC submitted 2004-02-19 nucl-th

A proposed reaction channel for the synthesis of the superheavy nucleus Z = 109

K. Wang , Y. G. Ma , G. L. Ma , Y. B. Wei , X. Z. Cai , J. G. Chen , W. Guo , C. Zhong

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W. Q. Shen (Shanghai Institute of Applied Physics CAS)

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keywords channelcrossproposedreactionsuperheavysynthesisactinideapply

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We apply a statistical-evaporation model (HIVAP) to calculate the cross sections of superheavy elements, mainly about actinide targets and compare with some available experimental data. A reaction channel $^{30}$Si + $^{243}$Am is proposed for the synthesis of the element Z = 109 and the cross section is estimated.

A proposed reaction channel for the synthesis of the superheavy nucleus Z = 109

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