We study inclusive jet suppression and modifications in the quark-gluon plasma (QGP) with a transport-based model. The model includes vacuum-like parton shower evolution at high-virtuality, a linearized transport for jet-medium interactions, and a simple ansatz for the jet-induced hydrodynamic response of the medium. Model parameters are calibrated to nuclear modification factors for inclusive hadron \( {R}_{AA}^h \) and single inclusive jets \( {R}_{AA}^j \) with cone size R = 0.4 in 0–10% central Au-Au and Pb-Pb collisions measured at the RHIC and LHC. The calibrated model consistently describes the cone-size dependent \( {R}_{AA}^j \)(R), modifications to inclusive jet fragmentation functions and jet shape. We discuss the origin of these modifications by analyzing the medium-induced jet energy flow in this model and elucidate the interplay of hard parton evolution and jet-induced medium response. In particular, we demonstrate that the excess of soft hadrons at p_T ∼ 2 GeV/c in jet fragmentation function and jet shape at large \( r=\sqrt{\Delta {\eta}^2+\Delta {\phi}^2} \) are consequences of both soft medium-induced gluon radiation and jet-induced medium excitation.

我们研究基于运输模型的夸克胶子血浆（QGP）中的包容性射流抑制和修饰。该模型包括在高虚拟度下类似真空的帕顿阵雨演变，用于喷射介质相互作用的线性运输，以及用于介质引起的射流流体动力响应的简单ansatz。模型参数已针对包含核子的修正系数，用于锥度为R = 0的包含强子\（{R} _ {AA} ^ h \）和单个包含射流\（{R} _ {AA} ^ j \）。在RHIC和LHC处测量的0-10％中心Au-Au和Pb-Pb碰撞中有4次发生。校准后的模型一致地描述了视锥大小而定的\（{R} _ {AA} ^ j \）（R），对包含的射流破碎功能和射流形状进行了修改。我们通过分析该模型中的介质诱发的射流能量流，讨论了这些修饰的起源，并阐明了硬质子on演化与射流诱发的介质响应之间的相互作用。特别是，我们表明，在过量的软强子的p _Ť 〜 2电子伏特/ ç在大型喷气破碎功能和喷射形状\（R = \ SQRT {\德尔塔{\ ETA} ^ 2 + \德尔塔{\披} ^ 2} \）是软介质诱导的胶子辐射和射流诱导的介质激发的结果。