RAMPS: What we do

We investigate the chemical mechanisms of the degradation of materials under radiation. We are experts in radiation and corrosion chemistry. Our main objectives are to determine the distributions of radiolysis products in various media under a range of environmental conditions, to understand the influence of radiolysis products on the behaviour of materials (in particular the corrosion of metals), and to investigate applications of radiation chemistry in materials science (for example, nanoparticle formation).

We are currently looking for graduate students and postdoctoral fellows with strong chemistry backgrounds to join our group. If you are interested, fill in the contact form. 

Research Spotlight

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Using γ-radiation to produce metal oxide nanoparticles with narrow size distributions.

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rECENT HIGHLIGHTs

  • Mojtaba Momeni has successfully defended his PhD thesis. Congratulations, Moji!
  • We have just finished making a new video about our research. This video shows you a few visual highlights of our work and tries to convey the excitement we feel about our research. You can watch it here: Wren Laboratory Research.
  • Wren Lab PhD candidate Mi Li won the prize for the best oral presentation in the NACE southern Ontario Student section.
  • Wren Lab PhD candidate Mojtaba Momeni won the 2017 Canadian Nuclear Society R. E. Jervis Award. This award is given to graduate students for their research accomplishments in Nuclear Engineering or related fields such as radiation chemistry, chemistry in Nuclear systems
  • Wren Lab PhD candidate Ryan Morco won the 2017 Roy G. Post Foundation scholarship which was established to help students develop careers in the safe management of nuclear materials.

More news...

Alloy 800 after corrosion for 5 hours at in deaerated water at 400 C and 25 MPa. The crystals formed on the surface are magnetite.

SEM image of copper metal deposited from copper sulphate solution by reduction on a carbon-steel surface.

SEM image of copper metal deposited from copper sulphate solution by reduction on a carbon-steel surface.

Cuprous oxide crystals forming inside a pit in a copper metal surface corroded in solution under gamma radiation

Concentric ring patterns of cuprous oxide formed from the corrosion of copper in solution under gamma radiation.

Concentric ring patterns of cuprous oxide formed from the corrosion of copper in solution under gamma radiation.