Chinese Physics C > 1981, Vol. 5 > Issue(1): 100-107

THE CONTRIBUTION OF THE NUCLEON EXCHANGE TO THE TRANSFER OF IN DEEP ANGULAR MOMENTUM AND ENERGY INELASTIC COLLISION

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Abstract：
The nucleon exchange can be divided into two different modes, the equal one and unequal one. Assuming that the motion of nucleon is random and according to Einstein relation the number of equal and unequal exchange is discussed. The total energy loss and the angular momentum for the reaction Kr+Kr have been calculated. The results. show that the total energy loss is only partly induced by nucleon exchange, while the. angular momentum dissipation is mainly induced by nucleon exchange and the equal exchange is more important than unequal one in both cases.

References

[1]

W. Schroder et al., Phys. Lett., 71B (1977), 283. Phys. Reports, 45 (1978), 301[2] R. Bock,重离子核物理,(1979). p. 182重庆情报研究所编.[3] K. E. Rehm et al., Phys. Lett., 86B (1979), 256.[4] W. Norenberg, European Conference on Nu4lear Physics with Heavy Ions Ioen (1976) C-5-141.[5] A. K. Jain et al., Nucl. Phys., A309 (1978), 264.[6] 葛凌霄,刘建业,杨世俊,未发表(1979).[7] L. G. Morreto et al., European Conference on Nuelcar Phyeice with Heavy Ions Caen (1976) C-5-109.[8] R. Schmidt et al., Nucl. Phys., A311 (1978), 047.[9] P. J. Siemene et al., Phys. Lett.,36B (1971), ?4,[10] J. S. Sventek et al., Phys. Rev, Lett., 40 (1978),697.[11] 葛凌霄,吴国华,刘建业,高能物理与核物理,3(1979), 760.[12] M. Dakoweki et al., GSI-Preprint 79-16.[13] R. Vandenboech, Phys. Rev., C20(1979), 171.[14] J. Wilczyneki, Phys. Lett., 47B (1973), 484.[15] 8. Ayik et al., Z. Physik, A286 (1978), 271.

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GE LING-XIAO, LIu JIAN-YE, ZHONG JI-QUAN and YANG SHI-JUN. THE CONTRIBUTION OF THE NUCLEON EXCHANGE TO THE TRANSFER OF IN DEEP ANGULAR MOMENTUM AND ENERGY INELASTIC COLLISION[J]. Chinese Physics C, 1981, 5(1): 100-107.

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Received: 1980-04-09
Revised: 1900-01-01

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沈阳化工大学材料科学与工程学院沈阳 110142

THE CONTRIBUTION OF THE NUCLEON EXCHANGE TO THE TRANSFER OF IN DEEP ANGULAR MOMENTUM AND ENERGY INELASTIC COLLISION

Received Date:1980-04-09

Accepted Date:1900-01-01

Available Online:1981-05-05

Abstract:The nucleon exchange can be divided into two different modes, the equal one and unequal one. Assuming that the motion of nucleon is random and according to Einstein relation the number of equal and unequal exchange is discussed. The total energy loss and the angular momentum for the reaction Kr+Kr have been calculated. The results. show that the total energy loss is only partly induced by nucleon exchange, while the. angular momentum dissipation is mainly induced by nucleon exchange and the equal exchange is more important than unequal one in both cases.

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THE CONTRIBUTION OF THE NUCLEON EXCHANGE TO THE TRANSFER OF IN DEEP ANGULAR MOMENTUM AND ENERGY INELASTIC COLLISION

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THE CONTRIBUTION OF THE NUCLEON EXCHANGE TO THE TRANSFER OF IN DEEP ANGULAR MOMENTUM AND ENERGY INELASTIC COLLISION

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