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Effects of whistler mode hiss waves in March 2013
J. F. Ripoll
, O. Santolík
, G. D. Reeves
, W. S. Kurth
, M. H. Denton
, V. Loridan
, S. A. Thaller
, C. A. Kletzing
, D. L. Turner
Physics and Astronomy (Twin Cities)
Research output
:
Contribution to journal
›
Article
›
peer-review
63
Scopus citations
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Keyphrases
Hiss
100%
March 2013
100%
Whistler Mode Waves
100%
Hiss Waves
100%
Loss Rate
50%
Wave Properties
50%
L-shell
50%
Outer Belt
50%
Dynamic Structure
25%
Van Allen Probes
25%
Plasmasphere
25%
Complex Dynamics
25%
Quiet Time
25%
Ambient Plasma
25%
Sensitivity Study
25%
Diffusion Model
25%
Pitch-angle Diffusion
25%
Radiation Belt Electrons
25%
Ultrarelativistic Electrons
25%
Low-energy Electrons
25%
Ion Spectrometer
25%
S-shape
25%
Energy Structure
25%
Plasma Properties
25%
Lifetime Model
25%
Radial Diffusion
25%
Minimum Lifetime
25%
Fokker-Planck
25%
Pitch Angle Diffusion Coefficients
25%
Magnetic Electron Spectrometer
25%
Inner Belt
25%
Energy-dependent
25%
Earth and Planetary Sciences
Plasmasphere
100%
Radiation Belt
100%
Radial Diffusion
100%
Wave Property
100%
Spectrometer
100%
Physics
Whistlers
100%
Plasma Property
50%
Mass Spectrometer
50%
Plasmasphere
50%
Radiation Belt
50%
Diffusion Coefficient
50%
Wave Property
50%
Radial Diffusion
50%
Biochemistry, Genetics and Molecular Biology
Facilitated Diffusion
100%
Lifespan
100%
Blood Plasma
100%
Diffusion Coefficient
50%
Engineering
Belts
100%
Rate Loss
40%
Pitch Angle
40%
Good Agreement
20%
Dynamic Structure
20%
Fokker
20%
Plasma Property
20%
Diffusion Coefficient
20%
Energy Electron
20%
Sensitivity Study
20%