NSWP: Geosynchronous High Energy Electron Specification and Storm-Time Analysis at Constant Mu

该项目将研究地球辐射带中的自旋平均通量、积分通量和高能电子的相空间密度。GOES卫星的数据将与洛斯阿拉莫斯卫星的数据一起使用。该项目将删除与第一绝热不变量有关的变化，以便找出与粒子束缚运动和漂移运动有关的变化。这些数据来自GOES和LANL盐岩对整个太阳周期的观测，并将检查辐射带变化的气候学。该项目将生成整个太阳周期绝热尺度粒子通量的多卫星数据集，该数据库将向科学界提供。该项目有可能对空间气象规范和磁暴期间辐射带通量的预测非常有用。

The project will examine the spin-averaged flux integrated flux and the phase space density of energetic electrons in Earth's radiation belts. Data from GOES satellites along with data from Los Alamos satellites will be used. The project will remove the variations associated with the first adiabatic invarient in order to exmine the variations that are associated with the particle bound motion and the drift motion. The data come from a full solar cycle of observations by the GOES and LANL saltellites and will examine the climatology of the variation in the radiation belts. The project will generate a multi-satellite data set of adiabatically-scaled particle fluxes over an entire solar cycle, and that database will be made available to the scientific community. The project has the potential to be very useful for space weather specifications and predictions of radiation belt fluxes during magnetic storms.