Applications

Practical applications of surface analysis

Surface science can provide solutions for an incredibly diverse range of requirements. CMSS staff have expertise in the following areas, and a group of specialists can be assembled to address your areas of need. Use our online form to submit your requests.

Industry applications of surface analysis

  • R&D for improved processing technologies
  • Quality control in manufacturing
  • Environmental issues
  • Forensic investigations

Adhesion science 

  • Analysis of surfaces prior to application of adherent
  • Correlation of adhesion with surface cleanliness
  • Bond failure location
  • Quality control of coating production processes

Metallurgy and mineral sciences

  • Elemental distributions on mineral particle surfaces
  • Oxide growth studies
  • Elemental diffusion in metallic matrices
  • Intergranular and transgranular studies of fracture

Electronics and microelectronics

  • Film analysis and thickness determinations
  • Chemical distribution of species and within the film
  • Chemical mapping of surface structures
  • Study of diffusion processes
  • Study of dopants

Polymers, papers and packaging

  • Chemical state identification and mapping at polymer surfaces and interfaces
  • Analysis of surface treatments for enhanced printability
  • Investigation of de-inking and recycling processes

Corrosion science

  • Investigation of the interactions of metal surfaces with the surroundings
  • Studies of the breakdown of protective surface coatings and treatments
  • Identification of passivating layers
  • Determination of thin film growth or depletion rates
  • Depth profiles of corroded materials 

Catalysis

  • Identification of catalyst poisons
  • Comparison of fresh and spent catalysts
  • Quality control in catalyst production 

Fibre science

  • Imaging of cellulose fibres in paper
  • Studies of surface treatments of textiles, for example wool, cotton, synthetics
  • Cohesion of fibre reinforced composites
  • Investigation of chemical reactions at the surface of hair