Emission Feature of the Heavily Ionized Charged Particles Released from the Interaction of 84Kr + Em at 1 A GeV

Since the quark–gluon plasma prediction and the discovery of nuclear matter properties, such as quarks, gluon, and nuclear matter density, which are crucial in comprehending a cardinal equation in nuclear and sub-nuclear physics, as a new phase of matter, the nucleus–nucleus (A–A) and Hadrian–nucleus (H–A) interactions have attracted more interest from physicists worldwide. A fascinating component of heavy-ion collisions is the alteration of the response characteristics with the collision shape. The collision of two nuclei with relativistic energy is well explained by the participant spectator (PS) model, according to which, two interacting nuclei can be divided into three distinct regions. The overlapping portion is called the participant region (PR), from which shower particles are released. The remaining portions of the projectile and target, which do not interact with one another, are called the projectile spectator region (pCR) and the target spectator region (TSR). The TSR is where the black and gray particles are spewing. Heavily ionized charged particles are the total of all the black and gray particles. In this article, we discuss the correlation between the shower and the highly ionized charge particles created when 84Kr interacted with an emulsion containing nucleons with 1 GeV per nucleon.