Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 3 of 3
Full-Text Articles in Engineering
Electrochemical Generation Of Superoxide In Room-Temperature Ionic Liquids, Inas Alnashef, Matthew Leonard, Matthew Kittle, Michael Matthews, John Weidner
Electrochemical Generation Of Superoxide In Room-Temperature Ionic Liquids, Inas Alnashef, Matthew Leonard, Matthew Kittle, Michael Matthews, John Weidner
Michael A. Matthews
We have demonstrated that superoxide ion can be generated electrochemically in room-temperature ionic-liquid solvents. In the absence of impurities, cyclic voltammetry showed that the super oxide ion is stable in these solvents. Similar superoxide ion chemistry has previously been demonstrated in volatile and environmentally suspect aprotic solvents such as dimethyl formamide and acetonitrile. However, ionic liquids are nonvolatile and should minimize the problems of secondary solvent waste. It is proposed that the resultant superoxide ion can be used to perform low temperature oxidation of wastes. Low-temperature oxidation of waste solvents can provide a much needed alternative to high-temperature waste incinerators, …
Deliquescence Of Nabh4 From Density Functional Theory And Experiments, Ping Li, Lin Yu, Michael Matthews, Wissam Saidi, J. Johnson
Deliquescence Of Nabh4 From Density Functional Theory And Experiments, Ping Li, Lin Yu, Michael Matthews, Wissam Saidi, J. Johnson
Michael A. Matthews
No abstract provided.
Kinetic Modeling Of Self-Hydrolysis Of Aqueous Nabh4 Solutions By Model-Based Isoconversional Method, Rajasree Retnamma, A. Novais, C. Rangel, Lin Yu, Michael Matthews
Kinetic Modeling Of Self-Hydrolysis Of Aqueous Nabh4 Solutions By Model-Based Isoconversional Method, Rajasree Retnamma, A. Novais, C. Rangel, Lin Yu, Michael Matthews
Michael A. Matthews
No abstract provided.