论文标题
粒子的产生是基础事件活性的函数，并且与爱丽丝的非常正向能量
Particle production as a function of underlying-event activity and very forward energy with ALICE
论文作者
论文摘要
在$ \ sqrt {s} _ {\ rm nn} = 5.02 $ tev中的PP和P-PB碰撞中的带电粒子产生的测量值讨论了朝向，远距离和横向区域。这三个区域是按事件定义的，相对于轨道，最大的横向动量（$ p _ {\ rm t}^{\ rm trig} $）。横向区域对基础事件（UE）敏感，但还包括初始状态和最终辐射（ISR-FSR）的贡献。因此，它被进一步细分为两个区域，根据它们的相对多样性定义：trans-max（具有最大多重性的亚横向区域）和分别对UE和ISR-FSR敏感的Trans-Min（具有最小多重性的亚横向区域）。在三个定义的横向区域中探索了类似KNO样的缩放特性。最后，报告了$ p _ {\ rm t}^{\ rm trig} $与接近梁快速度（非常正向能量）中检测到的能量的关系。
Measurements of charged-particle production in pp and p-Pb collisions at $\sqrt{s}_{\rm NN}=5.02$ TeV in the toward, away and transverse regions are discussed. These three regions are defined event by event relative to the track with the largest transverse momentum ($p_{\rm T}^{\rm trig}$). The transverse region is sensitive to the underlying event (UE), but it also includes contributions from initial- and final-state radiation (ISR-FSR). Therefore, it is further subdivided in two regions, defined according to their relative multiplicity: trans-max (the sub-transverse region with the largest multiplicity) and trans-min (the sub-transverse region with the smallest multiplicity) regions which are sensitive to UE and ISR-FSR, respectively. KNO-like scaling properties are explored in the three defined transverse regions. Finally, the relationship between $p_{\rm T}^{\rm trig}$ and the energy detected in a region close to beam rapidity (very forward energy) is reported.
