Check out the recording and slides of our webinar on simulating phonon-limited electron mobility of materials with the atomistic paramater-free method. Consider the phonon-limited electron mobility of a variety of materials and further improve the electrical performance of devices. For example, compare experimental and calculated mobilities of materials and decide if further optimization of fabrication techniques and device designs for these materials could More...improve the device performance.
You can download the recording and slides here.
(our documentation website https://docs.quantumwise.com/webinars/webinars.html)
During this webinar, discover fast and accurate simulations of the phonon-limited electron mobility with QuantumATK (VNL-ATK) software:
-Learn the concepts behind the Boltzmann transport equation (BTE) solver for including electron-phonon scattering effects and thus simulating the phonon-limited electron mobility.
-Find out how to perform BTE simulations of the phonon-limited electron mobility, obtain its dependence on carrier density and temperature using our advanced Graphical User Interface, NanoLab, coupled with Python scripting.
-Discover how to obtain good understanding of electron transport in materials.
-Learn from the example calculations of phonon-limited electron mobility for graphene, other 2D materials and metals.
Tue Gunst, PhD
Researcher at Technical University of Denmark (DTU) Nanotech
You can learn more about the BTE method in QuantumATK here: https://docs.quantumwise.com/tutorials/mobility/mobility.html and about QuantumATK (VNL-ATK) simulation software on our website www.quantumwise.com.