A fast Monte Carlo simulator with a graphical user interface is an ideal education tool for students learning about molecular beam epitaxy (MBE). This paper discusses the implementation of such a simulator, as well as simulation techniques that may be used to tailor surfaces. Simulations carried out on the learning tool show how MBE can recover step-flow growth, in addition to the temperature dependence of the surface morphology
We study the growth and equilibration of an initially V-shaped surface consisting of monolayer heigh...
Controlled growth of crystalline solids is critical for device applications, and atomistic modeling ...
The present and potential role of computer simulations in understanding the growth and fabrication o...
We present a parallel algorithm for Monte Carlo simulation of molecular beam epitazial growth (MBE) ...
A brief introduction is given to Kinetic Monte Carlo (KMC) simulations of epitaxial crystal growth. ...
A brief introduction is given to Kinetic Monte Carlo (KMC) simulations of epitaxial crystal growth. ...
Performing an event-based continuous kinetic Monte Carlo (KMC) simulation, We investigate the growth...
Kinetic Monte Carlo (kMC) is a set of scientific libraries designed to deploy kMC simulations intend...
The general theme of this research has been to expand the capabilities of a simulation technique, Ki...
A numerical Monte Carlo (MC) model is described in detail to simulate epitaxial growth. This model a...
Through the assembly of procedural information about physical processes, the kinetic Monte Carlo met...
We introduce a simulation algorithm which allows the off-lattice simulation of various phenomena obs...
We examine the morphological evolution of growing surfaces using Monte Carlo simulations of a solid ...
This thesis describes a novel hybrid computational methodology in which the Molecular Dynamics and K...
Hopp S, Heuer A. Kinetic Monte Carlo study of nucleation processes on patterned surfaces. The Journa...
We study the growth and equilibration of an initially V-shaped surface consisting of monolayer heigh...
Controlled growth of crystalline solids is critical for device applications, and atomistic modeling ...
The present and potential role of computer simulations in understanding the growth and fabrication o...
We present a parallel algorithm for Monte Carlo simulation of molecular beam epitazial growth (MBE) ...
A brief introduction is given to Kinetic Monte Carlo (KMC) simulations of epitaxial crystal growth. ...
A brief introduction is given to Kinetic Monte Carlo (KMC) simulations of epitaxial crystal growth. ...
Performing an event-based continuous kinetic Monte Carlo (KMC) simulation, We investigate the growth...
Kinetic Monte Carlo (kMC) is a set of scientific libraries designed to deploy kMC simulations intend...
The general theme of this research has been to expand the capabilities of a simulation technique, Ki...
A numerical Monte Carlo (MC) model is described in detail to simulate epitaxial growth. This model a...
Through the assembly of procedural information about physical processes, the kinetic Monte Carlo met...
We introduce a simulation algorithm which allows the off-lattice simulation of various phenomena obs...
We examine the morphological evolution of growing surfaces using Monte Carlo simulations of a solid ...
This thesis describes a novel hybrid computational methodology in which the Molecular Dynamics and K...
Hopp S, Heuer A. Kinetic Monte Carlo study of nucleation processes on patterned surfaces. The Journa...
We study the growth and equilibration of an initially V-shaped surface consisting of monolayer heigh...
Controlled growth of crystalline solids is critical for device applications, and atomistic modeling ...
The present and potential role of computer simulations in understanding the growth and fabrication o...