Looking for the complete fusion process inside our Sun.

[Dyatlov]

Hello. I want to know the full in-detail process which happends inside our Sun's thermo-nuclear core.
As far as I know the steps in the H - He fusion process are:
1) H+H -> He2
2) He2 can rarely decay (Beta plus) into Deterium and a positron
3) If so Deterium + H -> He3
4) He3 + He3 -> He4 + 2H.
Is this the full and detailed fusion map inside a star between 0.5 and 1.4 solar masses?
Also a paper or article on this would greatly be appreciated.
Cheers!

 

[phyzguy]

The Wikipedia articles are pretty good. The dominant fusion process in the sun in the Proton-Proton chain, described in Wikipedia at this link. It is somewhat more complicated than you described, since there are multiple possibilities for the D and He3 to fuse. The CNO cycle, described at this link is responsible for a small amount of the fusion energy in the sun, but becomes more important at higher masses. At 1.4 solar masses, for example, the CNO process dominates.

 

[SteamKing]

Hello. I want to know the full in-detail process which happends inside our Sun's thermo-nuclear core.
As far as I know the steps in the H - He fusion process are:
1) H+H -> He2
2) He2 can rarely decay (Beta plus) into Deterium and a positron
3) If so Deterium + H -> He3
4) He3 + He3 -> He4 + 2H.
Is this the full and detailed fusion map inside a star between 0.5 and 1.4 solar masses?
Also a paper or article on this would greatly be appreciated.
Cheers!

You can check out this article:

http://en.wikipedia.org/wiki/Proton–proton_chain_reaction

and the references included in it.

The proton-proton chain of reactions is a little more complicated than you describe.