Back to six

This is the layout I have been thinking about:

Introduction
Fitting models to observations
-Initial idea of fitting
--Fitting 250eV protons, photons and electrons to single energy input
--fitting protons, photons and electrons to upper Grodent curve
--More advanced versions incl. elec. pa distributions, photon scattering
--Reasons for inclusion/exclusion - chemistry of above
-Makenzie's observations
--Grodent model fit and assumptions discussion
--Defficiencies and possibilities (pa, composition etc)
Results
Discussion

which then needs to be added to the original layout, talking mostly about Jupiter, giving:

Introduction
Fitting models to observations
-Initial idea of fitting (discussion of previous models)
-Possibilities for this model
--Fitting 250eV protons, photons and electrons to single energy input
--fitting protons, photons and electrons to upper Grodent curve
--More advanced versions incl. elec. pa distributions, photon scattering
--Reasons for inclusion/exclusion - chemistry of above
Results
-Makenzie's observations (description/discussion)
--Grodent model fit and assumptions discussion
--Defficiencies and possibilities (pa, composition etc)
Discussion

So that's that, leaving just chapter seven to work out:

H-beta profiles (plus the spike)

Introduction
Modelling the doppler shift
-DICE validation
-Description of observations used here (spectrograph, DMSP)
Results
-Initial model of protons coming in charge exchanging and emitting
-Parameter sweeps - pitch angles, excitation, electron contamination, ion chemistry
Discussion

That should do for that too. Need to move on these and the last chapter - so its a bad time for Keter to go down (as it inevitably has). The two grodent runs that finished died horribly - ie never wrote out. Really very annoying.

Oh, good. I've found more references that confirm the physics of this thing. Of course, I'm past that chapter now... still, can do some backscatter stuff.