Hi everyone.I am not so familiar with MATLAB or programming.I am writing a code for Solar Model.As a part of it i need to model some chemical reactions.
p + p --------> D + (e^+) + neutrino
D + p --------> 3He + photons
Will it be possible? If yes, how?
Modeling chemical reactions is not very difficult.
first, rewrite the chemical reaction as a differential equation.
example for reaction A->P (with rate constant 'k1')
Rate equation: Ra=-k1*Ca
ODE: dCa/dx = -Ra (x either being time or axial position in a PFR)
Now you can solve this with an ordinary ODE-solver.
Yes, it is possible to model this in MATLAB. But I really don't think it is possible to teach you programming and MATLAB from scratch, via this forum. Sorry.
In order to build a model, one needs to know what your goal is, what you will do with that model. Only you know those things, and you have not communicated them to the world. Perhaps the solution is a differential equation system. Perhaps it is a simple formula. (I'm not a chemist, so I can't go too far here.)
Often your goals for the model drive the solution. Is this something you need to model as a function of time? If so, then often differential equation models are good choices. But you will then need to write down the equations. Transform the graphical form you wrote into mathematics. Then the MATLAB code will naturally be easier.
As thermodynamics we can make model of Chemical-reaction-equilibrium model by 'Gibbs free energy difference is zero at equilibrium' .But for Kinetics we have to perform the reaction.