论文标题
由于FSI中的HADRONON生产，量化宽松和RES事件的不确定性和RES事件的不确定性
Uncertainties in QE and RES events at LBNF due to hadronic production in FSI
论文作者
论文摘要
为了在最近的中微子振荡研究中达到适当的相互作用率，利用了高原子数核靶标。由于可观察到的实验性效应，这些复杂靶标的利用产生了系统的不确定性，需要准确评估以限制发现发现。我们努力通过我们的模拟努力来计算AR和H靶标的核效应，分别用于在Dune远处和近探测器上使用。沙丘通量在2.5 GEV附近达到峰值，CCRE是该能量的主要过程。因此，这项工作将仅专注于CCQE和CCRES交互作用，并且将使用两个不同的中微子事件生成器进行仿真。我们报道了振荡概率（P（ar）/p（h）是CCRES通道重建的中微子能量的函数，以量化可观察结果中的系统误差。
To achieve appropriate interaction rates in recent neutrino oscillation studies, high atomic number nuclear targets were utilized. Because of the nuclear effects in the experimental observable, the utilization of these complicated targets produced systematic uncertainties that needed to be assessed accurately to constrain the discovery. We made an effort to calculate the nuclear effects in the Ar and H targets, which are intended to be employed at the DUNE distant and near detectors, respectively, through our simulation effort. The DUNE flux is peaking around 2.5 GeV and CCRES is the dominant process at this energy. So, this work will be focused only on the CCQE and CCRES interactions and the simulations will be done using two different neutrino event generators. We reported the ratio of the oscillation probability (P(Ar)/P(H) as a function of reconstructed neutrino energy for CCRES channels to quantify the systematic errors in the observables.
