Please join us in this year’s BC Young Electrochemists Symposium at UBC on August 24th, 2015. This one day, free symposium provides students a great opportunity to network with other electrochemists from across BC to discuss research and form collaborations within our province. The event features 4 invited speakers, catered lunch and coffee breaks, and a student poster competition with cash prizes.
Dr. Byron Gates, Professor at SFU
Dr. Thomas Kadyk, Postdoc at SFU
Dr. Ali Malek, Postdoc at SFU
The ECS BC Student Chapter held its second annual BC Young Electrochemists Symposium on July 4th, 2014 at the Chemical and Biological Engineering Department building, the University of British Columbia (UBC) in Vancouver. The one-day symposium included five presentations by well-known scientists as well as a student poster presentation session funded by the Electrochemical Society and the UBC Chemical & Biological Engineering Department. It attracted more than fifty five attendees from different departments at the University of British Columbia, Simon Fraser University and Western Washington University. This year, ECS BC Student Chapter proudly hosted five interesting talks in the field of electrochemistry by Dr. Curtis Berlinguette (Professor at UBC), Dr. Hogan Yu (Professor at SFU), Dr. Amin Aziznia (Research Engineer at Mantra Energy Alternatives Ltd.), Dr. Thomas Kadyk (Post-doctoral fellow at SFU) and Dr. Alix Melchy (Post-doctoral fellow at SFU). Two cash prizes and one honorary gift were also awarded to best posters by Heather Baroody (1st), Huihui Tian (2nd) and Sean McBeath (3rd) in the poster session competition.
Please join us in this year’s BC Young Electrochemists Symposium at UBC on July 4, 2014. This one day, free symposium provides students a great opportunity to network with other electrochemists from across BC to discuss research and form collaborations within our province. The event features 3 invited speakers and a student poster competition with cash prizes.
Invited speakers: Curtis Berlinguette, Associate Professor, UBC Hogan Yu, Professor, SFU Alfred Lam, Associate at Chrysalix Energy Venture Capital
On Wednesday June 4th, the British Columbia Electrochemical Student Society held a student mixer for all of its’ membership and for relevant attendees of the 97th Annual Candian Chemistry Conference and Exhibition in conjunction with the Solid State division of the Canadian Society for Chemistry. The goal of this event was to increase awareness within the electrochemical and solid state community of our relatively new student chapter and provide an atmosphere for open discussion between students with similar research interests. The event attracted over 50 attendees and generated some great discussions about research, involvement with the student chapter and up-coming events, including our annual BC Young Electrochemists Symposia.
We have been developing various spectroscopic and microscopic techniques to investigate electrochemically reactive surfaces which can be instructively applied to such systems, and this seminar will describe their application to two distinctly different systems.
The corrosion of nuclear fuel (UO2) under permanent waste disposal conditions will dictate the release rate of radionuclides to the environment. We have been studying the influences of non-stoichiometry and rare earth doping on the electrochemical reactivity of custom made UIV1-2xUV2xO2+x and UIVREIIIO2 specimens using microRaman spectroscopy, current-sensing atomic force microscopy, X-ray photoelectron spectroscopy, and scanning electrochemical microscopy..
The development of fuel efficient/battery-powered automobiles requires the use of light weight materials. Due to their strength and ready castability Mg alloys are prime candidates, providing corrosion issues can be overcome. We have been comparing the corrosion behaviour of cast AM50 Mg alloys using electrochemical impedance spectroscopy, energy dispersive X-ray analysis, confocal scanning laser microscopy and transmission electron microscopy. These studies show that the variations in Al content within α-Mg grains and divorced eutectic regions and the distribution of β-phase (Mg17Al12) and Al-Mn intermetallics control the distribution and severity of corrosion damage.