Coatings & Surfaces

Overview

The structure and chemistry of a material surface can be modified for a wide range of material properties and applications, such as catalysis, corrosion, bio-fouling (bacteria growth or marine organisms), wetting, adhesion and hardness. Coatings are an important strategy to modify material surfaces, such as thermal barrier coatings, ultra-high hardness surfaces or antimicrobial coatings for medical devices.

Research Topics

  • Bacterial contamination of surfaces and biofouling
  • Nanoporous layers for catalytic reaction
  • Non-wetting and non-adhesive surfaces 
  • Active surface topographies
  • Surface chemistry, PEO, corrosion protection 
  • Surface modification of carbon electrodes 
  • Surface structure studies using scanned probe microscopy 
  • Thermal spray coatings 

Related Faculty

Nogami, Jun

Jun Nogami

Nanostructured Growth & Characterization Laboratory

Hatton, Benjamin D.

Ben Hatton

Functional and Adaptive Surfaces

Coyle, Thomas W.

Thomas Coyle 

Centre for Advanced Coating Technologies

Thorpe, Steven J.

Steven Thorpe

Surface Engineering & Electrochemistry (SEE) Group

Prof. Harry Ruda

Harry Ruda

Centre for Advanced Nanotechnology

ErbU_MSEUofT

Uwe Erb

Nanotechnology Research Group

Keryn 2

Keryn Lian

Flexible Energy & Electronics (FEE) Laboratory

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