Formation and Disintegration of High-Density Nuclear Matter in Heavy-Ion Collisions : Nonrelativistic Approximation

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概要

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• The formation of high-density nuclear matter which may be expected to be attained in high-energy heavy-ion collisions and the subsequent disintegration of dense matter are investigated by means of the hydrodynamics. Head-on collisions of identical nuclei are considered in the nonrelativistic approximatation. The compressed density cannot exceed 4 times of the normal one so long as the freedom of only nucleons is considered, and can become higher than 4 times when other freedoms such as the productions of mesons and also nucleon isobars are additionally taken into account. The angular distributions for ejected particles predominated both forwards and backwards at low collision energies, corresponding to the formation of nuclear density less than 2 times of the normal density and become isotropic at the point of 2 times of the normal one. As the collision energy increases further, lateral ejection is intensified gradually.

• 理論物理学刊行会の論文
• 1976-09-25

著者

• Matsuoka Kazuo

  Department of Bioresources Science, Kochi University

• Sano Mitsuo

  Department Of Applied Chemistry Faculty Of Science And Engineering Kinki University

• Kitazoe Yasuhiro

  Department Of Nuclear Engineering Osaka University

• MATSUOKA Kazuo

  Department of Physics, Osaka University

• MATSUOKA Kazuo

  Research Center for Nuclear Physics, Osaka University

• KITAZOE Yasuhiro

  Lawrence Berkeley Laboratory, University of California

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