Data-driven simulation of rapid flux enhancement of energetic electrons with an upper-band whistler burst

Shinji Saito,S. Kurita,Yoshizumi Miyoshi,Satoshi Kasahara,Shoichiro Yokota,Kunihiro Keika,Tomoaki Hori,Yoshiya Kasahara,Shoya Matsuda,Masafumi Shoji,Satoko Nakamura,Ayako Matsuoka,Shun Imajo,I. Shinohara

Data-driven simulation of rapid flux enhancement of energetic electrons with an upper-band whistler burst

2020

Shinji Saito
S. Kurita
Yoshizumi Miyoshi
Satoshi Kasahara
Shoichiro Yokota
Kunihiro Keika
Tomoaki Hori
Yoshiya Kasahara
Shoya Matsuda
Masafumi Shoji
Satoko Nakamura
Ayako Matsuoka
Shun Imajo
I. Shinohara

The temporal variation of the energetic electron flux distribution caused by whistler mode chorus waves through the cyclotron resonant interaction provides crucial information on how electrons are ...

Keywords:

Computational physics
whistler mode
Physics
Electron
Chorus
Flux
Cyclotron
electron flux
Whistler

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