Surface and Materials Electrochemistry, and Electrocatalysis

 

05/17/12

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Welcome to the Jerkiewicz Research Group's Website

 

 Prof. Gregory Jerkiewicz

 

PhD   University of Ottawa (1991)

         Chemistry, under the supervision of the late Prof. Brian E. Conway

MEng Technical University of Gdansk (1984)

         Engineering Chemistry (double accreditation)

 

Editor-in-Chief, Electrocatalysis, a Springer journal

 

 

For more information about the journal go to:  www.springer.com/chemistry/electrochemistry/journal/12678

 

Group News

We welcome Yoshihisa Furuya of Nissan Motor Company, who will spend two years at Queen's University.

Congratulations to Julia van Drunen who has been awarded a prestigious Electrochemical Society Summer Fellowship.

Congratulations to Ashley McMath who has been awarded an NSERC USRA.

 

Julia van Drunen featured in Queen's News

http://www.queensu.ca/news/articles/water-treatment-research-sparks-fuel-cell-innovation

 

Graduate Student Positions Now Open!  -->  Go to "Join Us"

 

We study phenomena driven by the application of an external electric field that occur at the electrode surface (single-crystal and polycrystalline surfaces) and within the electrode's 3D matrix (micro- and nano-structured materials). Kinetics and mechanisms of electrochemical processes depend not only on the nature of the reagent to be transformed or the product to be generated, but also on the electrode's chemical composition, physical properties, and atomic-level structure. Electrochemical reactions can change the electrode's: (i) chemical composition, (ii) 2D and 3D structure, (iii) electronic, magnetic, mechanical, and optical properties, and (iv) other characteristics ---> surface and materials electrochemistry, molecular-level corrosion science

 

We study the mechanisms and kinetics of electrochemical reactions (e.g. electrolytic H2 and O2 generation, ethanol electro-oxidation, electrocatalytic hydrogenation of achiral and prochiral unsaturated organic compounds) at the the atomic/molecular level ---> molecular electrocatalysis

 

 

At present, our research is supported by :

  • NSERC of Canada: (i) Discovery Grant, (ii) Strategic Research Grant, and (iii) Research Tools and Instruments Grants

  • Automotive Partnership Canada: Strategic Research Network

  • Nissan Technical Center North America, Nissan Motor Company

  • Canada Foundation of Innovation: Leaders Opportunity Fund

  • Canada Foundation of Innovation: Infrastructure Operation Fund

  • Ontario Ministry of Research and Innovation

  • Queen's University

 

 

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This site was last updated 05/17/12