Replication Data for: On the presence and thermalization of cold ions in the exhaust of antiparallel symmetric reconnection

Fully kinetic particle-in-cell simulation of symmetric magnetic reconnection with cold inflow populations. The code solves a Vlasov-Maxwell system in 2 spatial dimensions and 3 velocity dimensions, and outputs electric and magnetic fields, plasma current densities, and plasma densities. Used for manuscript titled 'On the presence and thermalization of cold ions in the exhaust of antiparallel symmetric reconnection' by Norgren et al., 2021 (submitted for review). Details, simulation setup and design described in manuscript and in the file 00_ReadMe.txt.The study investigates the heating and distribution of cold ions in the exhaust of antiparallel symmetric magnetic reconnection. The study details how initially cold ions are captured by the reconnection process, and how they evolve and behave in the exhaust.

本数据集包含了对对称磁重连接过程中冷流入粒子群的完全动力学粒子-细胞模拟。该代码在二维空间和三维速度维度上求解Vlasov-Maxwell系统，并输出电场和磁场、等离子体电流密度以及等离子体密度。该数据集适用于标题为《论反平行对称磁重连接排出中冷离子的存在和热化》的论文（Norgren等，2021年提交审稿），论文中详细描述了模拟的细节、设置和设计，并可在文件00_ReadMe.txt中找到。该研究探讨了冷离子在反平行对称磁重连接排出中的加热和分布情况，具体分析了初始冷离子如何被重连接过程捕获，以及它们在排出中的演变和表现。