Special Session 100: 

A kinetic approach to the solution of large multi-scale reaction diffusion systems with applications to solar cell design.

christian ringhofer
Arizona State University
USA
Co-Author(s):    D. Brinkman
Abstract:
\documentclass[12pt]{article} \begin {document} The evolution of charged defects in poly - crystalline solar cells leads to a large system of reaction diffusion equations exhibiting largely different time and spatial scales. The basic structure of the system is quite general, and equivalent to a kinetic system given on a general network. The same structure arises in many applications such as biological systems with many species. We discuss asymptotically preserving computational methods based on an operator splitting approach. \end {document}