Based on a question in a different thread that seems to be similar I have done the following
Probability of scattering per unit time = \lambda
direction after scattering characterised by the solid angle d\Omega '
The probability of a given angle after scattering is given by \omega...
Homework Statement
The problem I have been set is to rework the Drude model using clearly defined scattering statistics.
Homework Equations
The Drude model as we have been given it is in terms of momentum
\vec{p}(t+dt)=(1-\frac{dt}{\tau})(\vec{p}(t)-q\vec{E}(t)dt)+(\frac{dt}{\tau})(0)
Where...
I am currently modelling van der Waals interactions using DFT-D as my undergrad thesis. The basic set-up is a molecule suspended above a crystal surface. To start the surface is graphene, which has been causing me some trouble as neither VMD nor VESTA are allowing me to visualise the set-up...
Hi, my name is Aaron and I am a fourth year Applied physics undergrad in Ireland. I am studying DFT-D for my final year project and hope to continue on to become a postgraduate next year. My interests lie in condensed matter, computational physics and optical microscopy.