Elastic scattering from the multiperipheral model☆
References (12)
Phys. Lett.
(1973)- et al.
Nucl. Phys.
(1972) - et al.
ABFST Model: Many papers
Phys. Rev.
(1972) - et al.
CLA Model: L. Michejda
Nuovo Cim.
(1968)
Cited by (48)
Two and three particle azimuthal angle correlations among the relativistic particles in nucleus-nucleus collisions at relativistic energies
2017, Chinese Journal of PhysicsCitation Excerpt :The dependence of the correlation strengths on projectile energy, target mass and the degree of target fragmentation provides constraints on the various models. The most popular ones were the cluster model [16–22], and others include the additive quark model [23], the dual parton model [24], the coherent tube model [25], the hydrodynamical model [26], the multichain model [27] and the quark string model [28–30]. Therefore, a detailed correlation study is essential to search for the exact reason of correlated emission of particles.
Two and three particle pseudo-rapidity correlations among the relativistic particles in nucleus-nucleus collisions at relativistic energies
2017, Chinese Journal of PhysicsCitation Excerpt :The dependence of the correlation strengths on projectile energy, target mass and the degree of target fragmentation provides constraints on the various models that have been developed to describe such collisions. The most popular one was the cluster model [27–33], and others include the additive quark model [34], the dual parton model [35], the coherent tube model [36], the hydrodynamical model [37], the multichain model [38] and the quark string model [39–41]. Therefore, a detailed correlation study is essential to search for the uderlying reason of correlated emission of particles.
Diffraction of subnuclear waves
1981, Physics ReportsDensity, charge and transverse momentum correlations of particles in non-diffractive proton-proton collissions at √s = 52.5 GeV
1979, Nuclear Physics, Section BReggeon field theory and markov processes
1978, Physics Letters BStrangeness and baryon number flow in K<sup>-</sup>p interactions at 8.25 GeV/c
1978, Nuclear Physics, Section B
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Work supported by the U.S. Atomic Energy Commission.