The University Of British Columbia, Faculty Of Applied Science, Intends To Acquire A Fluorescence Microscope Capable Of Real-Time, Multi-Channel Imaging To Enable In Situ Monitoring Of Multiple Redox-Active Fluorescent Species Within Porous Electrodes In Electrochemical Carbon Capture Systems. This System Will Support Research On Organic Compounds Whose Fluorescence Properties Vary With Redox State And Co₂ Complexation, Allowing Spatial And Temporal Mapping Of Redox Processes Within Transparent Electrochemical Cells. This Project Is Funded By Cfi.Interested Parties Can Access The Documents For This Opportunity Through Ubc’S Bonfire Portal:Https://Ubc.Bonfirehub.Caaddenda (Which May Include Additional Information, Clarifications Or Modifications) Will Also Be Published Via Ubc S Bonfire Portal. It Is The Interested Partys Sole Responsibility To Ensure That They Receive All Addenda.
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