Neutron Reconstruction via Blips in Liquid Argon Time Projection Chambers

This data release accompanies the publication "Neutron Reconstruction via Blips in Liquid Argon Time Projection Chambers". The information provided is the blip distributions in true energy, reconstructed energy, and distance-to-neutrino-vertex at 4 steps: Step I: no cut Step II: lepton cuts, i.e., >20 cm PoCA cut for numu/numubar samples, and >45 degree cone cut for nue/nuebar samples Step III: all topological cuts, i.e., >20 cm from neutrino vertex cut, >40 cm from the end point of muon track cut, and <250 cm from neutrino vertex cut, in addition to the lepton cuts Step IV: all cuts applied, i.e., >0.6 MeV reconstructed blip energy cut, in addition to all topological cuts本数据集发布随附于论文《液氩时间投影室中基于尖点信号的中子重建》（Neutron Reconstruction via Blips in Liquid Argon Time Projection Chambers）。本次提供的数据为四个分析阶段下，真实能量、重建能量以及到中微子顶点距离三个维度的尖点信号（blip）分布： 步骤一：未施加任何筛选条件 步骤二：施加轻子筛选条件，即针对μ中微子（ν_μ/ν̄_μ）样本设置大于20 cm的最近点对（Point of Closest Approach, PoCA）筛选，针对电子中微子（ν_e/ν̄_e）样本设置大于45°的锥角筛选 步骤三：施加全部拓扑筛选条件，即在轻子筛选的基础上，额外添加以下筛选：与中微子顶点的距离大于20 cm、与μ子径迹端点的距离大于40 cm，且与中微子顶点的距离小于250 cm 步骤四：施加全部筛选条件，即在所有拓扑筛选的基础上，额外添加重建尖点信号能量大于0.6 MeV的筛选