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chapterNo Access
DYNAMICAL MODES AND MECHANISMS IN TERNARY REACTION OF ¹⁹⁷Au+¹⁹⁷Au
- JUN-LONG TIAN,
- HONG-JUN HAO,
- SU-ZHEN YUAN, and
- XUE-QIN LI
Nuclear Structure in China 201001 Aug 2011
Preview Abstract
The modes of ternary reaction of ¹⁹⁷Au+¹⁹⁷Au at an energy of 15AMeV are dynamically studied by the improved quantum molecular dynamics model. Three kinds of modes are found by the time evolution of the configurations of the composite reaction systems: One is the direct mode for which the two time separations of the system happen almost simultaneously. Another is the cascade mode for which a two-step process is clearly shown. The third is oblate mode, a kind of very rare fission event. In this case the composite system deforms to a triangle-like configuration with three necks, and then it forms three equally sized fragments along space-symmetric directions in the reaction plane.

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