Abstract

Abstract: The increased luminosity of modern accelerators allows the scope of research to be expanded in experiments on fixed targets in high-energy physics. New prospects are thus opening up for studying so-called cumulative processes. These can be associated with the formation of the multi-quark configurations within nuclei (so-called fluctons, which are dense clots of cold quark–gluon plasma). Their detection and study in hadron collisions is possible by registering secondary particles in the region kinematically forbidden for reactions on free nucleons. It is of particular interest to study correlations between the production of cumulative particles and particles that contain strange quarks and heavy flavors, an increase in the yield of which is expected in cumulative processes. The concept of a new detector for registering particles in hadron–hadron collisions in cumulative processes is presented, along with the corresponding results from their modeling.

Original languageEnglish
Pages (from-to)1155-1160
JournalBulletin of the Russian Academy of Sciences: Physics
Volume83
Issue number9
Early online date4 Oct 2019
DOIs
Publication statusPublished - 2019

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collisions
detectors
quarks
cold plasmas
nucleons
accelerators
luminosity
physics
nuclei
configurations
energy

Scopus subject areas

  • Physics and Astronomy(all)

Cite this

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title = "A New Detector for Studying Cumulative Processes in Hadronic Collisions",
abstract = "Abstract: The increased luminosity of modern accelerators allows the scope of research to be expanded in experiments on fixed targets in high-energy physics. New prospects are thus opening up for studying so-called cumulative processes. These can be associated with the formation of the multi-quark configurations within nuclei (so-called fluctons, which are dense clots of cold quark–gluon plasma). Their detection and study in hadron collisions is possible by registering secondary particles in the region kinematically forbidden for reactions on free nucleons. It is of particular interest to study correlations between the production of cumulative particles and particles that contain strange quarks and heavy flavors, an increase in the yield of which is expected in cumulative processes. The concept of a new detector for registering particles in hadron–hadron collisions in cumulative processes is presented, along with the corresponding results from their modeling.",
keywords = "physics, Fixed targets, Gluon plasmas, Hadron collisions, hadronic collisions, New detectors, Secondary particles",
author = "Lazareva, {T. V.} and Valiev, {F. F.} and Zherebchevsky, {V. I.} and Nesterov, {D. G.} and Feofilov, {G. A.}",
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TY - JOUR

T1 - A New Detector for Studying Cumulative Processes in Hadronic Collisions

AU - Lazareva, T. V.

AU - Valiev, F. F.

AU - Zherebchevsky, V. I.

AU - Nesterov, D. G.

AU - Feofilov, G. A.

PY - 2019

Y1 - 2019

N2 - Abstract: The increased luminosity of modern accelerators allows the scope of research to be expanded in experiments on fixed targets in high-energy physics. New prospects are thus opening up for studying so-called cumulative processes. These can be associated with the formation of the multi-quark configurations within nuclei (so-called fluctons, which are dense clots of cold quark–gluon plasma). Their detection and study in hadron collisions is possible by registering secondary particles in the region kinematically forbidden for reactions on free nucleons. It is of particular interest to study correlations between the production of cumulative particles and particles that contain strange quarks and heavy flavors, an increase in the yield of which is expected in cumulative processes. The concept of a new detector for registering particles in hadron–hadron collisions in cumulative processes is presented, along with the corresponding results from their modeling.

AB - Abstract: The increased luminosity of modern accelerators allows the scope of research to be expanded in experiments on fixed targets in high-energy physics. New prospects are thus opening up for studying so-called cumulative processes. These can be associated with the formation of the multi-quark configurations within nuclei (so-called fluctons, which are dense clots of cold quark–gluon plasma). Their detection and study in hadron collisions is possible by registering secondary particles in the region kinematically forbidden for reactions on free nucleons. It is of particular interest to study correlations between the production of cumulative particles and particles that contain strange quarks and heavy flavors, an increase in the yield of which is expected in cumulative processes. The concept of a new detector for registering particles in hadron–hadron collisions in cumulative processes is presented, along with the corresponding results from their modeling.

KW - physics

KW - Fixed targets

KW - Gluon plasmas

KW - Hadron collisions

KW - hadronic collisions

KW - New detectors

KW - Secondary particles

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