You already have written it in a ode-form, i.e. first temporal derivative on LHS. The RHS only needs the correct implementation of the spatial derivatives. You can use functions like gradient, diff or spectral methods to compute these.
programming a PDE in Matlab
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Who can help me with programming a partial differential equation?
The equation is: d(Ci)/dt = b * 1/(n^2) * d/d(n) * ( n^2 * d (Ci)/dn )
- With Ci being a concentration internally. - b some sort of constant - n the dimensionless variable for a radial distance, varying from 0 to 1.
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