In this page, you can find some tutorials regarding the simulation of nanodevices.
To run the tutorials you can:
1) access the python environment, typing python in a shell, and insert line by line the python script of the tutorial (not that convenient!)
2) download the tutorial (e.g. scriptname.txt) at the bottom of each tutorial web page
3) rename the script with the python extension: e.g. scriptname.py
python ./scriptname.py in a shell.
4) enter the python environment, and then running the command:
execfile(“scriptname.py”)
For a quick-start have a look at the video tutorial at the bottom of this page!
List of available tutorials
Tutorial 01: nanotubes
Tutorial 02: nanoribbon
Tutorial 03: grid
Tutorial 04: Solution of the Poisson equation
Tutorial 05: Self-Consistent solution of the Poisson and NEGF CNT
Tutorial 06: Transfer characteristic of a CNT MOSFET
Tutorial 07: Self-consistent simulation of GNR-FET with Schottky contacts
Tutorial 08: full band scattering rate in GNR
Tutorial 09: On the Hamiltonian command
Tutorial 02: nanoribbon
Tutorial 03: grid
Tutorial 04: Solution of the Poisson equation
Tutorial 05: Self-Consistent solution of the Poisson and NEGF CNT
Tutorial 06: Transfer characteristic of a CNT MOSFET
Tutorial 07: Self-consistent simulation of GNR-FET with Schottky contacts
Tutorial 08: full band scattering rate in GNR
Tutorial 09: On the Hamiltonian command
Available video tutorials
Video tutorial on vIDEs GUI
Video tutorial on Nanoribbon
Video tutorial on the Hamiltonian command