Ok, got think I got it now:
I calculated the charge density \rho(z) by splitting the system in infinite sheets (or boxes in practical numerics). The surface charge on sheet n is \sigma_n.
One sheet at position z_n gives me the potential \Psi(z)=-\frac{4 \pi}{\epsilon^*}\sigma_n (z-z_n)...
Hi,
I'm doing MD-simulations in a capacitor-like system: 2 charged electrodes with a dense ionic liquid in between (non-diluted) with periodic boundaries in 2 dimensions (so for the electrodes I get infinite planes (xy) ,charged).
I want to get the potential U(z) along the z-axis (witch is...