Competitive Influences from Different Plasma Waves on Pitch Angle Distribution of Energetic Electrons

<b>Introductions to Files of Simulated Data</b> 1. The bounce-averaged pitch angle diffusion, cross diffusion and energy diffusion coefficients (in hr^-1) of energetic electrons (E = 100 ‒ 400keV) driven by plasmaspheric hiss, LH hiss and MS waves are save as the following files, respectively. Dxx_Hiss (Figures 3b ‒ d) Dxx_LH_Hiss (Figures 3f ‒ h) Dxx_Exohiss (Figures 3j ‒ l) Dxx_MS_at_Hiss (Figures 4b ‒ d) Dxx_MS_at_LH_Hiss (Figures 4f ‒ h) Dxx_MS_at_Exohiss (Figures 4j ‒ l) In Figure S1, the combined diffusion coefficients caused by multiple waves are a sum of diffusion coefficients caused by individual waves. 2. The electron phase space density (PSD, abbreviated as F in arbitrary unit) diffused combinedly by whistler-mode waves (hiss, LH hiss or Exohiss) and MS waves are save as the following files, respectively. PSD_Hiss_MS_Lines (Figures 5a ‒ c) PSD_Hiss_MS_2D (Figures S2a,b, c) PSD_LH_Hiss_MS_Lines (Figures 5d ‒ f) PSD_LH_Hiss_MS_2D (Figures S2a,d, e) PSD_Exohiss_MS_Lines (Figures 5g ‒ l) PSD_Exohiss_MS_2D (Figures S2a,f, g) 3. data.fpsd_description='first dimension is for different evolution times in hour, second dimension is for different energies in keV, third dimension is for different pitch angles in degree'