Montalenti F. – TechConnect Briefs

Growth of Copper on Ag(100) at Experimental Deposition Rates Using TAD

Sprague J., Montalenti F., Voter A.F., Naval Research Laboratory, US

The initial stages of growth of (001) Cu films on (001) Ag substrates have been investigated using the temperature accelerated dynamics (TAD) method. The acceleration provided by this method made it possible to simulate the [...]

Temperature Accelerated Dynamics: Introduction and Application to Crystal Growth

Montalenti F., Los Alamos National Laboratory, US

Temperature accelerated dynamics (TAD) simulations allow one to reach long time scales without needing any a priori information on the system dynamics. As a consequence, TAD is a powerful method for simulating complex phenomena where [...]