Keynote Lectures:

Title:         Recent Progress on Molecular Dynamics Simulations of Hydrocarbon Dissociation on Metal Surfaces
Authors:    Rizal Arifin, Munaji, Sudarno
Abstract:   Carbon nanotubes and graphene materials become very famous recently due to their potential applications in many fields. Those materials can be grown on the metal surfaces using chemical vapor deposition technique. In the carbon nanotube and graphene growth via chemical vapor deposition technique, the hydrogen atoms are dissociated from hydrocarbon molecules on the hot metal surface. The remaining carbon atoms deposited on the surface form a graphene layer. There are many experimental and theoretical studies to reveal the mechanism of hydrocarbon dissociation reported in the scientific journals. In this proceeding, we explain the recent research works on molecular dynamics simulation for hydrocarbon reaction on metal surfaces based on our experiences.

Pages:       003-003

Download Full Paper