Analysis of Experimental Data on Relativistic Nuclear Collisions in Lobachevsky Space

摘要

Relativistic nuclear collisions are considered in terms of relative 4-velocity and rapidity space(Lobachevsky space). The connection between geometric relations in Lobachevsky space and measurable(experimentally determined) kinematic characteristics (transverse momentum, longitudinal rapidity, square rel-ative 4-velocity bik, etc.) is discussed. The experimental data obtained using the propane bubble chamber areanalyzed on the basis of triangulation in Lobachevsky space. General properties of relativistic invariant distri-butions characterizing the geometric position of particles in Lobachevsky space are discussed. The transitionenergy region is considered on the basis of a relativistic approach to experimental data on multiparticle pro-cesses. Possible applications of the results obtained for planned experimental research and analysis of data onmultiple particle production are discussed.