Observation of Energetic Electron near the Electron Diffusion Region of Magnetic Reconnection" paper data"

The burst mode data from several instruments onboard MMS were used in this paper. Three-dimensional (3D) magnetic field data with a cadence of 128 samples/s are measured by the Fluxgate Magnetometer (FGM) . Electric field data with a cadence of 8192 sample/s are taken from the Electric Double Probe (EDP) . The plasma data are mainly obtained from the Fast Plasma Investigator (FPI) , and FPI can provide the velocity-space distribution of electrons and ions from 10 eV to 30 keV with a time resolution of 30 ms, and 150 ms, respectively. In this paper, the energy of electrons interested are up to 150 keV. The energy-angle distribution of energetic electrons (25-500 keV) at time resolution of <0.5 s is measured by the Fly's Eye Energetic Particle Sensor (FEEPS) .

本文使用了磁层多尺度卫星（MMS）搭载的多台仪器的爆发模式数据。通量门磁强计（Fluxgate Magnetometer, FGM）可采集采样率为128样本/秒的三维磁场数据；双探针电场仪（Electric Double Probe, EDP）可获取采样率为8192样本/秒的电场数据。等离子体数据主要来自快速等离子体探测器（Fast Plasma Investigator, FPI），该探测器可分别以30毫秒和150毫秒的时间分辨率，提供10电子伏特至30千电子伏特能段内电子与离子的速度空间分布。本文所关注的电子能量上限为150千电子伏特。“蝇眼”高能粒子探测器（Fly's Eye Energetic Particle Sensor, FEEPS）以小于0.5秒的时间分辨率，测量了25千电子伏特至500千电子伏特能段内高能电子的能量-角分布。