Physical Meaning of the Parameter of the Degree of Coherence in the Modified Kopylov-Podgoretsky-Cocconi Formulae : A Number of Jets versus an Adjustable Parameter
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概要
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Combining the topological expansion (TE) scheme with the Shuryak formulation, and assuming coherent source currents for n jets, we obtain the following modified Kopylov-Podgoretsky-Cocconi (MKPC) formula, [numerical formula] where x_<12>=∣q^γ_<12>∣R^^- with q^T_<12>=(p_1-p_2)^T and q^0_<12>=q_<01>-q_<02>. n and R^^- mean the number of jets, and an average distance between the center of collision and jets, respectively. This equation is significantly different in the factor of (1-n^<-1>) from the MKPC formula obtained in the laser optical (LO) approach. We propose some experiments to choose a correct description between the two approaches. That a hybrid approach to a model of n coherent and chaotic emitter sources coexist is also discussed.
- 理論物理学刊行会の論文
- 1981-10-25
著者
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Biyajima Minoru
Department Of Physics Shinshu University
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Biyajima Minoru
Departmemt Of Physics Faculty Of Liberal Arts Shinshu University
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BIYAJIMA Minoru
Department of Physics, Shinshu Univ.
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BIYAJIMA Minoru
Department of Physics, Faculty of Liberal Arts Shinshu University
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BIYAJIMA Minoru
Department of Physics, Shinshu University : Niels Bohr Institute
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