Properties of Plasma Produced Graphene Nanoplatelets and Electrical Conductivity Applications (Graphene LIVE! USA 2014)

The characteristics of graphene nanoplatelets plasma synthesized from methane will be discussed. The unique dispersion and optical properties of these few-layer, turbostratic graphene nanoplatelets will be illustrated. Applications utilizing the superior electrical conductivity of these nanoplatelets will be described.

He is currently Director of Nanotechnology and New Color Development in PPG's Coatings Innovation Center at Allison Park, Pennsylvania, where he has worked since 1999. A major area of his research over the past decade has been in the plasma synthesis of nanomaterials, recently including graphene. He earned his B.A. at Cambridge University in England and his Ph.D. at Northwestern University in Illinois. After postdoctoral appointments at the Swiss Federal Institute of Technology in Zurich and the California Institute of Technology, he worked for the Eastman Kodak Company in Rochester, New York before moving to PPG.

PPG: BRINGING INNOVATION TO THE SURFACE.TM

PPG Industries' vision is to continue to be the world's leading coatings and specialty

products company. Through leadership in innovation, sustainability and color, PPG

helps customers in industrial, transportation, consumer products, and construction

markets and aftermarkets to enhance more surfaces in more ways than does any

other company. Founded in 1883, PPG has global headquarters in Pittsburgh and

operates in nearly 70 countries around the world. Sales in 2012 were $15.2 billion.