Gold Films and Coatings on Mica and Their Properties Studied Via Atomic Force Microscope (AFM)

POSTER

Abstract

Gold thin films deposited via magnetron sputter on clean mica can yield a variety of different structures and there are many variables that can change these nanoscale films. Several processing procedures were used to understand changes in the thin films. The preparation of a mica substrate was one of the first things studied. A standard clean was conducted each time as well as cleaving by two methods to expose a fresh, clean surface of mica. Gold was then deposited through magnetron sputtering to yield clean, consistent, and smooth surfaces. The films were then imaged using the AFM to test the surface morphology and structure properties. This was used as a baseline and a set of procedures for future gold film deposition.

*Monetary support: Lock Haven University Nanotechnology Program, Lock Haven University Chemistry Department, NSF STEM Awards #0806660 and #1058829, NSF MRI Award #0923047, PASSHE grant LOU # 2010-LHU-03.

Authors

  • Tyler Adams

    • Lock Haven University, Department of Chemistry
  • Brian Evans

    • Lock Haven University, Department of Chemistry
    • Lock Haven University Department of Chemisrty
  • Chadd Miller

    • Lock Haven University Dept. Geology & Physics
    • Lock Haven University, Department of Geology and Physics
    • Lock Haven University Department of Geology and Physics
  • Indrajith Senevirathne

    • Lock Haven University Dept. Geology & Physics
    • Lock Haven University, Department of Geology and Physics
    • Lock Haven University Department of Geology and Physics