A Electron Flux At 210mev Energy As A Function Of L Vertical
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
The perpendicular electron flux as a function of energy at L = 4, 4.5 ...
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
(a) Electron flux at 2.10 MeV energy as a function of L (vertical axis ...
The perpendicular electron flux as a function of energy at L = 4, 4.5 ...
(a) Electron flux at 2.10‐MeV energy as a function of L* (vertical ...
(a and b) Electron flux at 2.10 MeV energy as a function of L‐shell ...
(a and b) Electron flux at 2.10 MeV energy as a function of L‐shell ...
IPIM simulation results. (a) Electron flux as a function of energy at ...
(a and b) Electron flux at 2.10 MeV energy as a function of L‐shell ...
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Electron flux variations as a function of kinetic energy and L shell ...
The electron differential number flux as a function of energy for ...
(left) Equatorial energetic electron flux as a function of L shell ...
(a–d) Relativistic electron flux and wave power as a function of L ...
(a) The initial distribution of 304‐keV electron flux at L = 1.25 as a ...
(a) Downward electron energy flux as a function of energy and time with ...
(Panel a) Electron flux (2.10 MeV) as a function of L* (vertical axis ...
The comparison of spin‐averaged electron flux evolutions as a function ...
Panel (a) shows the 4.2 MeV electron flux as a function of time and ...
The comparison of spin‐averaged electron flux evolutions as a function ...
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Virtual photon flux Γ as a function of energy of scattered electrons ...
(a) Flux of electrons as a function of the L parameter, for two ...
Statistical electron flux dropout properties shown as a function of ...
a): Electron flux as a function of the electron beam current. b ...
(Panel a) Electron flux (2.10 MeV) as a function of L* (vertical axis ...
a): Electron flux as a function of the electron beam current. b ...
Panel (a) shows the 4.2 MeV electron flux as a function of time and ...
Evolution of electron flux at equatorial pitch angle of 85° ± 5° as a ...
The electron number per initial energy NekeV/E0 as a function of time ...
(From top to bottom) the electron PAD (vertical‐axis) as a function of ...
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A double power law fit of Eq.(3) to the electron flux in the energy ...
(a–i) Spin‐averaged electron flux for a given energy and L* as a ...
The electron differential fluxes as a function of the electron kinetic ...
Data from Fig. 10 transformed as a function of 1-MeV equivalent ...
The distribution of the electron energy flux integrated over the energy ...
Electron flux vs. energy at different locations along the orbit shown ...