Collisionless Reconnection and High-Energy Particle Acceleration in Solar Flares
Somov, Boris V. and Takeo Kosugi, Collisionless Reconnection and High-Energy Particle Acceleration in Solar Flares, ApJ, 485, 859-868 (1997) (ADS)
(click on the image for a larger version)
The "collapsing trap" as applied to Yohkoh hard X-ray imaging observations.
This concept makes use of a combination of the
betatron acceleration and
first-order
Fermi acceleration mechanisms to
(further) accelerate particles in the dynamic environment of a solar flare.
No doubt these processes function, but to what degree in a given case?
That collapse should happen makes perfectlly good sense from both the
CSHKP point of view and that of
energy conservation.
The "collapsing trap" as applied to Yohkoh hard X-ray imaging observations. This concept makes use of a combination of the betatron acceleration and first-order Fermi acceleration mechanisms to (further) accelerate particles in the dynamic environment of a solar flare. No doubt these processes function, but to what degree in a given case? That collapse should happen makes perfectlly good sense from both the CSHKP point of view and that of energy conservation.