A And B Electron Flux At 210 Mev Energy As A Function Of Lshell

(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 ...
(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 ...
(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 ...
(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 ...
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
(a) Electron flux at 2.60 MeV energy as a function of L (vertical axis ...
(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 ...
(a) Electron flux at 2.10‐MeV energy as a function of L* (vertical ...
Panel (a) shows the 4.2 MeV electron flux as a function of time and ...
Panel (a) shows the 4.2 MeV electron flux as a function of time and ...
Electron flux variations as a function of kinetic energy and L shell ...
Electron flux variations as a function of kinetic energy and L shell ...
Panel (a) shows the 4.2 MeV electron flux as a function of time and ...
Panel (a) shows the 4.2 MeV electron flux as a function of time and ...
Variations of MeV electron flux as a function of time for fixed range ...
Variations of MeV electron flux as a function of time for fixed range ...
Variations of MeV electron flux as a function of time for fixed range ...
Variations of MeV electron flux as a function of time for fixed range ...
a): Electron flux as a function of the electron beam current. b ...
a): Electron flux as a function of the electron beam current. b ...
Plot of the E = 0.6 MeV daily average electron flux as a function of ...
Plot of the E = 0.6 MeV daily average electron flux as a function of ...
a): Electron flux as a function of the electron beam current. b ...
a): Electron flux as a function of the electron beam current. b ...
Average flux energy in MeV as a function of radius for the LANL Godiva ...
Average flux energy in MeV as a function of radius for the LANL Godiva ...
(Panel a) Electron flux (2.10 MeV) as a function of L* (vertical axis ...
(Panel a) Electron flux (2.10 MeV) as a function of L* (vertical axis ...
(left) Equatorial energetic electron flux as a function of L shell ...
(left) Equatorial energetic electron flux as a function of L shell ...
The comparison of spin‐averaged electron flux evolutions as a function ...
The comparison of spin‐averaged electron flux evolutions as a function ...
Statistical electron flux dropout properties shown as a function of ...
Statistical electron flux dropout properties shown as a function of ...
(left) Equatorial energetic electron flux as a function of L shell ...
(left) Equatorial energetic electron flux as a function of L shell ...
The comparison of spin‐averaged electron flux evolutions as a function ...
The comparison of spin‐averaged electron flux evolutions as a function ...
Two lowest-energy levels of two a and four b electrons for x 3 meV ...
Two lowest-energy levels of two a and four b electrons for x 3 meV ...
A double power law fit of Eq.(3) to the electron flux in the energy ...
A double power law fit of Eq.(3) to the electron flux in the energy ...
(a) Flux of electrons as a function of the L parameter, for two ...
(a) Flux of electrons as a function of the L parameter, for two ...
(a) Flux of electrons as a function of the L parameter, for two ...
(a) Flux of electrons as a function of the L parameter, for two ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
The electron flux evolution of 4.2 MeV electron fluxes at fixed L* at ...
The electron flux evolution of 4.2 MeV electron fluxes at fixed L* at ...
Data from Fig. 10 transformed as a function of 1-MeV equivalent ...
Data from Fig. 10 transformed as a function of 1-MeV equivalent ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
The spectrum of electron (a) and ion (b) energy flux in the range below ...
The spectrum of electron (a) and ion (b) energy flux in the range below ...
Electron energy distribution functions for E/n0 of 10, 27, 59 and 210 ...
Electron energy distribution functions for E/n0 of 10, 27, 59 and 210 ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
(a–g) Hourly snapshots of 1.8 MeV electron flux versus L* (left) and ...
Electron energy and flux dependence of water ice luminescence under ...
Electron energy and flux dependence of water ice luminescence under ...

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