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Organophosphate degradation with molybdenum oxo complexes
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Read moreDevelopment of an immobilized ruthenium(II) chloride catalyst
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Read moreDesigning a self-healing stent
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Read moreElectrochemical Growth of Manganese Oxide Supercapacitors
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Read moreDevelopment of Synthetic Teaching Labs for Crystallographic Analysis
We are the first college in the Pacific Northwest to develop chemistry teaching labs that use single crystal X-ray crystallography as a new tool for characterizing molecular structure.
Read moreImproving electrochemically deposited manganese oxide thin film pseudocapacitance and long term cycling stability
Manganese dioxide is being extensively studied as a pseudocapacitor. Pseudocapacitors charge faster than traditional batteries and have a higher energy densities than capacitors, making them ideal for many applications including fast- recharging bike lights.
Read moreSurface Chemistry of Gold Nanoparticles in Natural Environments
Gold nanoparticles (Au NPs) are currently the subject of research efforts focused on developing highly sensitive sensors, diagnostic techniques, and targeted drug therapies. As these NPs move from the research lab to large-scale production, they will inevitably be released into the environment. This project sought to explore the eventual fate of these nanoparticles after release into the environment.
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