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Chinese Physics C> 1996, Vol. 20> Issue(1) : 13-20 

Study of Recoil Properties of Target Residues From the Interaction of Copper With 20─46MeV/u 12C Ions

  •  Institute of Modern Physics,The Chinese Academy of Sciences,Lanzhou 7300001 China Institute of Atomic Energy,Beijing 102413

  • By using off- line γ-ray spectroscopy in conjunction with thick target-thick catcher foil techniques,the mean forward recoil ranges have been measured for the residues produced from interaction of copper with 20—46MeV/u 12Cions.From these data,linear momentum transfer for central collisions has been extracted. The linear momentum transfer per incident nucleon attains a maximum value of 155MeV/c at approximately 27.5MeV/u.The maximum excitation energy of the composite system is found to be 2.5MeV/u.

  • References

    [1] Fatyga M.Kwiatkowski K.Viola V E,Phys Rev Lett,55（1985）1376.[2]Chan Y.Murphy M.StokstadRG et al,Phys Rev,C27（1983）447.[3]Kowalski L,Haustein P E,Cumming J B,Phys Rev Lett,51（1983）642.[4]Cho S Y,Chang Y H,Porile N T et al,Phys Rev,C36（1987）2349.[5]Cho S Y,Porile N T,Morrissey D J,Phys Rev,C39（1989）2227.[6]Pienkowski L,Jastrzebski J,Kurcewicz W,Phys Rev,C43（1991）1331.[7]吴定清、李文新、孙彤玉等，核化学与放射化学，17（1995）73.[8]Hubert F,Fleury A,Bimbot R et al,Ann Phys（paris）,1980,5,Suppl:3-213.[9]李文新、孙彤玉、戚大海等，高能物理与核物理，14（1990）745.[10]Northcliffe L C,Schilling R F,Nucl Data Tables,A7（1970）233.[11]李文新、孙彤玉、孙儒林等，高能物理与核物理14（1990）1110.[12]Tomasi E,Proc.Second Int.Conf.onNucleus-NucleusCollisions.Vol.IP.60.[13]李文新、孙彤玉、吴定清等，Proc.SecondIN2P3-RIKENSymposiumonHeavy-ioncollisions,Obernai,France April,1990,P263[14]Stephans G S F,Kovar D G,Janssens R V F et al,Phys Lett,B161（1985）60.[15]Ge Lingxiao,Zhang Fenshou,Chinese Journal of Nuclear Physics,12（1990）207.[16]Jastrzebski J,Phys Rev,C34（1986）60.

  • References

    [1] Fatyga M.Kwiatkowski K.Viola V E,Phys Rev Lett,55（1985）1376.[2]Chan Y.Murphy M.StokstadRG et al,Phys Rev,C27（1983）447.[3]Kowalski L,Haustein P E,Cumming J B,Phys Rev Lett,51（1983）642.[4]Cho S Y,Chang Y H,Porile N T et al,Phys Rev,C36（1987）2349.[5]Cho S Y,Porile N T,Morrissey D J,Phys Rev,C39（1989）2227.[6]Pienkowski L,Jastrzebski J,Kurcewicz W,Phys Rev,C43（1991）1331.[7]吴定清、李文新、孙彤玉等，核化学与放射化学，17（1995）73.[8]Hubert F,Fleury A,Bimbot R et al,Ann Phys（paris）,1980,5,Suppl:3-213.[9]李文新、孙彤玉、戚大海等，高能物理与核物理，14（1990）745.[10]Northcliffe L C,Schilling R F,Nucl Data Tables,A7（1970）233.[11]李文新、孙彤玉、孙儒林等，高能物理与核物理14（1990）1110.[12]Tomasi E,Proc.Second Int.Conf.onNucleus-NucleusCollisions.Vol.IP.60.[13]李文新、孙彤玉、吴定清等，Proc.SecondIN2P3-RIKENSymposiumonHeavy-ioncollisions,Obernai,France April,1990,P263[14]Stephans G S F,Kovar D G,Janssens R V F et al,Phys Lett,B161（1985）60.[15]Ge Lingxiao,Zhang Fenshou,Chinese Journal of Nuclear Physics,12（1990）207.[16]Jastrzebski J,Phys Rev,C34（1986）60.

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Wu Dingqing, Li Wenxin, Sun Tongyu, Sun Rulin, Zhao Lili, Zhang Fengshou, Yin Xinmin, Jin Genming, Li Ze, Jing Kexing and Li Xinhua. Study of Recoil Properties of Target Residues From the Interaction of Copper With 20─46MeV/u 12C Ions[J]. Chinese Physics C, 1996, 20(1): 13-20.
Wu Dingqing, Li Wenxin, Sun Tongyu, Sun Rulin, Zhao Lili, Zhang Fengshou, Yin Xinmin, Jin Genming, Li Ze, Jing Kexing and Li Xinhua. Study of Recoil Properties of Target Residues From the Interaction of Copper With 20─46MeV/u 12C Ions[J]. Chinese Physics C, 1996, 20(1): 13-20. shu
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Received: 1900-01-01
Revised: 1900-01-01
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Study of Recoil Properties of Target Residues From the Interaction of Copper With 20─46MeV/u 12C Ions

    Corresponding author: Wu Dingqing,
  • Institute of Modern Physics,The Chinese Academy of Sciences,Lanzhou 7300001 China Institute of Atomic Energy,Beijing 102413
  • Received Date: 1900-01-01
  • Accepted Date: 1900-01-01
  • Available Online: 1996-01-05

Abstract: By using off- line γ-ray spectroscopy in conjunction with thick target-thick catcher foil techniques,the mean forward recoil ranges have been measured for the residues produced from interaction of copper with 20—46MeV/u 12Cions.From these data,linear momentum transfer for central collisions has been extracted. The linear momentum transfer per incident nucleon attains a maximum value of 155MeV/c at approximately 27.5MeV/u.The maximum excitation energy of the composite system is found to be 2.5MeV/u.

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