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2024年10月30日

Fluctuation and Emission of Intermediate Mass Fragments inHeavy Ion Collisions at Medium Energy

  • Based on the quantum molecular dynamics model, the time and energy evolutions of intermediate mass fragments (IMF)and its dynamical origin are systematically studied for 40Ca+40Ca central collision.The transition of reaction mechanism, the relation between the density fluctuation and IMF and the time scale of IMF emission are discussed in detail.The relative density fluctuation attains to maximum at energy region of 50-80MeV/u corresponding to an obvious increase of IMF. The possible occurrence of total disassembly at incident energy of about 65MeV/u for the studied reactions is predicted.Meanwhile, a saturation value (140fm/c) for time scale of multifragmentation is obtained.
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  • [1] J.Aichelin,Phys.Rep.,202(1991)233.[2] 朱全伶、葛凌霄、李祝霞,高能物理与核物理,16(1992)658.[3] 朱全伶、葛凌霄、张晓东,高能物理与核物理,18(1994)850.[4] U.Lynn,P.Kreutz,J.C.Adloff et al.,Nucl.Phys.,A545(1992)329c.[5] A.Milkau et al,GSI Preprint,GSI 91008,1991.[6] M.B.Tsang,Proceeding of the XXXII Int.Winter Meetingson Nucl.Phys.,ed by IORI(Ricerca Scientificed Educazion Permanente)1994,p512.[7] Ge Lingxiao,Zeng Xianhua,Zuo wei,Phys.Rev.,C50(1994)2129.[8] E.Bauge,A.Elmani,A.Lacey et al.,Phys.Rev.Lett.,70(1993)3705.[9] G.Peilert et al.,Phys.Rev.,C39(1989)1402.
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Get Citation
Zhang Xiaodong and Ge Lingxiao. Fluctuation and Emission of Intermediate Mass Fragments inHeavy Ion Collisions at Medium Energy[J]. Chinese Physics C, 1995, 19(10): 945-951.
Zhang Xiaodong and Ge Lingxiao. Fluctuation and Emission of Intermediate Mass Fragments inHeavy Ion Collisions at Medium Energy[J]. Chinese Physics C, 1995, 19(10): 945-951. shu
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Received: 1900-01-01
Revised: 1900-01-01
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Fluctuation and Emission of Intermediate Mass Fragments inHeavy Ion Collisions at Medium Energy

    Corresponding author: Zhang Xiaodong,
  • Institute of Modern Physics, The Chinese Academy of Sciences, Lanzhou 730000

Abstract: Based on the quantum molecular dynamics model, the time and energy evolutions of intermediate mass fragments (IMF)and its dynamical origin are systematically studied for 40Ca+40Ca central collision.The transition of reaction mechanism, the relation between the density fluctuation and IMF and the time scale of IMF emission are discussed in detail.The relative density fluctuation attains to maximum at energy region of 50-80MeV/u corresponding to an obvious increase of IMF. The possible occurrence of total disassembly at incident energy of about 65MeV/u for the studied reactions is predicted.Meanwhile, a saturation value (140fm/c) for time scale of multifragmentation is obtained.

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