Mesoscale Energy Deposition Footprint Model for Kiloelectronvolt Cluster Bombardment of Solids
Analytical Chemistry2006Vol. 78(20), pp. 7206–7210
Citations Over TimeTop 1% of 2006 papers
Abstract
Molecular dynamics simulations have been performed to model 5-keV C60 and Au3 projectile bombardment of an amorphous water substrate. The goal is to obtain detailed insights into the dynamics of motion in order to develop a straightforward and less computationally demanding model of the process of ejection. The molecular dynamics results provide the basis for the mesoscale energy deposition footprint model. This model provides a method for predicting relative yields based on information from less than 1 ps of simulation time.
Related Papers
- → Non-lethal Projectile Characterisation Method: Application to 40-mm SIR-X and Condor NT901 Projectiles(2018)10 cited
- → Projectile Velocity Measurement System Based on PVDF and Data Processing Method(2019)2 cited
- → Effect of Projectile Material on Failure Behavior of CFRPs under Projectile Impact(2012)1 cited
- Impact of Gravity for Stability of Super-vacuole Projectile(2011)
- → Experimental and Numerical Investigation of the Impact of a Blunt Projectile with a Perforated Plate(2021)