Bibliography
Notice:

Electron scattering loss in Earth\textquoterights inner magnetosphere 1. Dominant physical processes
Author  Abel, Bob; Thorne, Richard; 
Keywords  Local Loss due to VLF/ELF/EMIC Waves 
Abstract  Pitch angle diffusion rates due to Coulomb collisions and resonant interactions with plasmaspheric hiss, lightninginduced whistlers and anthropogenic VLF transmissions are computed for inner magnetospheric electrons. The bounceaveraged, quasilinear pitch angle diffusion coefficients are input into a pure pitch angle diffusion equation to obtain L and energy dependent equilibrium distribution functions and precipitation lifetimes. The relative effects of each scattering mechanism are considered as a function of electron energy and L shell. Model calculations accurately describe the enhanced loss rates in the slot region, as well as reduced scattering in the heavily populated inner radiation belt. Predicted electron distribution function calculations in the slot region display a characteristic \textquotedbllefttop hat\textquotedblright distribution which is supported by observations. Inner zone electron lifetimes based on observed decay rates of the Starfish electron population are in approximate agreement with model predictions. 
Year of Publication  1998 
Journal  Journal of Geophysical Research 
Volume  103 
Number of Pages  23852396 
Section  
Date Published  02/1998 
ISBN  
URL  http://onlinelibrary.wiley.com/doi/10.1029/97JA02919/full 
DOI  10.1029/97JA02919 