Numerical analysis of semiconductor devices

Numerical Simulation of Semiconductor Devices

The state of the art in self-consistent numerical modeling of semiconductor devices is reviewed. The physical assumptions which are required to describe carrier transport are discussed. Particular emphasis is put on the models for space charge, carrier mobility, carrier temperature, and carrier generationrecombination. Investigations about three-dimensional effects due to the field oxide in MOS...

Numerical Simualtion of Nanoscale Semiconductor Devices

Device modeling of novel semiconductor devices requires adapted physical models which include quantum mechanical effects. The quantum hydrodynamic as well as the quantum drift diffusion model offers effective possibilities for the simulation of nanoscale devices, particularly if tunneling processes appear. The models can be implemented effectively in conventional device simulation systems.

Statistical Analysis of Semiconductor Devices

Numerical Simulation of Semiconductor Devices : Energy - transport and Quantum

Numerical simulation of charge transport in disordered organic semiconductor devices

For the design of organic semiconductor devices such as organic light-emitting devices and solar cells, it is of crucial importance to solve the underlying charge transport equations efficiently and accurately. Only a fast and robust solver allows the use of fitting algorithms for parameter extraction and variation. Introducing appropriate models for organic semiconductors that account for the ...