@misc{Wygant_Tian_Breneman_Thaller_Goetz_Lynch_Kersten_Bonnell_Rachelson_Tao_et al._2022, title={Van Allen Probe A Electric Fields and Waves (EFW) Level-3 Spin-fit Electric field in modified-GSE (MGSE) coord, density, and other products}, url={https://hpde.io/NASA/NumericalData/RBSP/A/EFW/L3/MGSE/PT11S.html}, DOI={10.48322/4K9N-GS06}, abstractNote={This data set contains Level 3 wave electric field and search coil wave magnetic fields data from the Electric Field and Waves Suite (EFW) onboard Van Allen Probe A. The spin-fit electric field (spin period resolution) tends to be the most accurate electric field measurement. However, as always, due diligence by the user/scientists must be exercised in using these data. The spin-fit electric field is provided in both an inertial and co-rotating frame. The electric field is presented in a MGSE (modified GSE) coordinate system. We provide two components (Y MGSE and Z MGSE) of the electric field. Both components are in the spin plane of the spacecraft and are measured with the long 50 m booms. The X MGSE component is along the spin-axis. The spin-axis of the spacecraft is oriented within 37 degrees of the Earth sun line. So the Y GSE direction is most nearly aligned with the Y MGSE axis and the Z MGSE direction is most nearly aligned with Z GSE.}, publisher={NASA Space Physics Data Facility}, author={Wygant, John R. and Tian, Sheng and Breneman, Aaron W. and Thaller, Scott A. and Goetz, Keith A. and Lynch, Joshua and Kersten, Kris and Bonnell, John W. and Rachelson, Will and Tao, Jin B. and Schroeder, Peter and Malaspina, David M.}, year={2022}, language={en} }