Well the simulation can calculate power flow. But this is obscured by the incident wave being much bigger than the scattered one.
To get around that, I can calculate the scattered electric field and the scattered magnetic field (where the incident is subtracted out). From those I could...
Vanadium,
the problem is being solved numerically due to the complexity of the geometry involved (I am modelling light scattering off a metallized AFM tip above a dielectric substrate). I have the real and imaginary part of the displacement field, D, as a result of a finite element...
I wish to calculate the radiation from a surface charge density excited by some incident light. i am aware that the larmor formula assumes a constant quantity of charge multiplied by its acceleration squared as the source of radiation. my question is, would it be equivalent focus on a single...