[x] recombination condition, Picks and Sonberg model needs to be mentionned. Add reference to complete model and explain it's an approximation
[x] Add the weak formulation of McNabb and Foster (what time discretisation, etc)
[x] The discretisation of the POisson equation is not useful (can be googled)
Chapter 3
[x] The detrapping energies are very low (maybe compared to the third trap of Ogorodnikova)*
➡️ Indeed, these two detrapping energies match the experimental values obtained by Hodille on Ogorodnikova's TDS
[x] Justify why we get rid of recombination on the sides
➡️ It is already justified in section 3.3.1
[x] Justify why we get rid of the second trap (with the highest binding energy): check the trap occupancy and maybe work out an equivalent trap
➡️ There is indeed an error associated with this assumption. The maximum error at 500-700 K is about 80%, which means the total tritium inventory is still very low compared to the limit.
Chapter 4
[ ] Check what are the neutral particles: charge exchange or dissociation of molecules
[x] what is the atom energy (see Figure chapter 1, maybe add a figure in Chapter 4)
[x] Plot the exposure conditions
[x] attached or detached plasma?
Chapter 5
[x] Check the implantation flux 5e25 m-2 cause it's very high
[ ] k_AB comes from diffusion on/in a sphere (hence 4pi)
[ ] Check new model with introduction of c_0 (concentration at the bubble surface)
[ ] why not N<6? show the importance of it
[ ] Investigate other helium effect on (T Schwartz Selinger)
Chapter 2
Chapter 3
Chapter 4
Chapter 5