University of Tartu
Author in the following contributions
- Simulations of gold surfaces under high electric fields
- Atomistic modeling of metal surfaces under high electric fields: direct coupling of electric fields to the atomistic simulations
- Surface evolution in high electric fields
- A generalized method for calculating electron emission and thermal evolution of metal nanotips
- Growth mechanism of a nano-protrusion on tungsten tip under electric field
- Influence of nanoscale surface modifications to the estimated field enhancement and emission currents
