STI Publications - View Publication Form #16984

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Publication Information
Title Low energy protons as probes of hadronization dynamics
Abstract Energetic quarks liberated from hadrons in nuclear deep-inelastic scattering propagate through the nuclear medium, interacting with it via several processes. These include quark energy loss and nuclear interactions of forming hadrons. One manifestation of these interactions is the enhanced emission of low-energy charged particles, referred to as grey tracks. We use the theoretical components of the BeAGLE event generator to interpret grey track signatures of parton transport and hadron formation by comparing its predictions to E665 data. We extend the base version of BeAGLE by adding four different options for describing parton energy loss. The E665 data we used consists of multiplicity ratios for fixed-target scattering of 490 GeV muons on Xe normalized to deuterium as a function of the number of grey tracks. We compare multiplicity ratios for E665 grey tracks to the predictions of BeAGLE, varying the options and parameters to determine which physics phenomena can be identified by the
Author(s) Carolina Robles, Alberto Accardi, Mark Baker, Will Brooks, Raphael Dupre, Mathieu Ehrhart, Jorge Lopez, Z. Tu
Publication Date October 2022
Document Type Journal Article
Primary Institution Univ. Tecn. Federico Santa Maria, Valparaiso, Chile
Affiliation Theory & Comp Physics / THEORY CENTER / THEORY CENTER
Funding Source Nuclear Physics (NP), DE-SC0008791, DE-SC0012704
Proprietary? No
This publication conveys Technical Science Results
Document Numbers
JLAB Number: JLAB-THY-22-3594 OSTI Number: 1892501
LANL Number: arXiv:2203.16665 Other Number: DOE/OR/23177-5465
Associated with an experiment No
Associated with EIC No
Supported by Jefferson Lab LDRD Funding No
Journal Article
Journal Name Physical Review C
Refereed Yes
Volume 106
Issue 4
Page(s) 045202
Attachments/Datasets/DOI Link
Document(s)
2203.16665.pdf (STI Document)
PhysRevC.106.045202.pdf (Accepted Manuscript)
DOI Link
Dataset(s) (none)
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