Chinese Physics C > 1987, Vol. 11 > Issue(4): 515-521

THE DESCRIPTION OF FISSION DEFORMATION BY CASSINIAN OVALOID

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Abstract：
Large deformation of fission process may be described by Cassinian ovaloid with two variables, symmetry ε and mass asymmetry p. It is a simple and intuitive method. Based on the standard liquid drop model and the ovaloid, One can reproduce some fission data, such as effective moment of inertia, fission threshold energy at saddle point and also TKE at scission point without any adjustable parameters. The paper presents some simple expressions for Coulomb energy and surface energy as function of ε and p, and also analytical expression for moment of inertia.

References

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В. С. Ставинский, Н. С. Работвов, А. А. Серегин, Я∂ерная фuзuка, Т. 7(1986),1051.[2] V. V. Pashkevich Nucl Phys., A169(1971), 275.[3] V. E. Viola, Nucl. Data Sect., .A1(1966), 391.[4] 戴光曦, 王正大, 高能物理与核物理, 9(1985), 622,[5] J. Toke, R. Bock, G. X. Dai, A. Gobbi et al., Nucl. Phys, A440(1985), 327.[6] S. Cohen,. F. Plasi, W. J. Swiatecki, Ann, Phys., 82(1974), 557.

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DAI Guang-Xi, LIU Xi-Ming and LIU Guo-Xing. THE DESCRIPTION OF FISSION DEFORMATION BY CASSINIAN OVALOID[J]. Chinese Physics C, 1987, 11(4): 515-521.

DAI Guang-Xi, LIU Xi-Ming and LIU Guo-Xing. THE DESCRIPTION OF FISSION DEFORMATION BY CASSINIAN OVALOID[J]. Chinese Physics C, 1987, 11(4): 515-521. shu

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Received: 1900-01-01
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 DESCRIPTION OF FISSION DEFORMATION BY CASSINIAN OVALOID

Corresponding author:DAI Guang-Xi,

Received Date:1900-01-01
Accepted Date:1900-01-01
Available Online:1987-08-05

Abstract:Large deformation of fission process may be described by Cassinian ovaloid with two variables, symmetry ε and mass asymmetry p. It is a simple and intuitive method. Based on the standard liquid drop model and the ovaloid, One can reproduce some fission data, such as effective moment of inertia, fission threshold energy at saddle point and also TKE at scission point without any adjustable parameters. The paper presents some simple expressions for Coulomb energy and surface energy as function of ε and p, and also analytical expression for moment of inertia.