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Having that
picture in mind, we look at the light-curves again. If we really consider
there is one good trap region and electrons are injected in to the region,
and if the HXR represents the injection and microwaves represent the trapped
ptls, then a typical relationship
in time we normally expect is like (a) where red is HXR, microwave = green:
the peak of the radio would have to be delayed and smooth and gradual all the way. But in the observation it was
not, there were both gradual component and impulsive peaks superimposed on
the slow envelope and the peaks are simultaneous in our time resolution. So
the next picture is the idea we finally brought up with. For some reason
there was bifurcation into two component. Namely there are two components:
the tail represents the trapped population, but instantly passing-by
component (precipitation) and they are never trapped and therefore could look
like HXRs. Also they should somehow stand out by themselves. The red-colored
part is that. So we wanted to address the idea more quantitatively, and the
problem becomes injection vs. trapping, but mixed together with two
component-direct precipitation and remaining in the trap, subject to common
injection. *we want to address this problem more quantitatively. Three
components: 1. Injection as rep. By HXR and 2. Trapped, 3. Passing-by
component.
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