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Creator | Title | Description | Subject | Date |
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Peterson, Joseph Ryan | Deflagration and detonation modeling of heterogeneous condensed phase explosives | A modeling approach to the deflagration and detonation phenomena is employed to study a variety of explosive scenarios. An engineering model for macroscale reaction of energetic materials over the wide range of explosive reaction from deflagration to detonation is developed based upon solid foundati... | Deflagration phenomena; Detonation phenomena; mesoscale model | 2012-05 |
2 |
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Sanders, Sara | Development of a novel, coumarin-europium sensor for reactive oxidizing species | The synthetic framework has been developed for two fluorescent probes of Reactive Oxidizing Species (RoxS) based on a coumarin-europium fluorescence pair. The coumarin moiety's selectivity for hydrogen peroxide coupled with 620 nm shifted emission of the europium will make these novel sensors biolog... | Reactive Oxygen Species - analysis | 2012-05 |
3 |
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Fan, Huijun | Examination of Y-Deterium isotope effects for the solvolysis of model isoprenoid compounds | Model isoprenoid compounds can undergo two distinct pathways, dissociative or associative nucleophilic substitution depending on the conditions used. The dissociative pathway consists of two steps, involving a carbocation intermediate where the formation of that carbocation is rate determining. The ... | Isopentenoids; Solvolysis; Deuterium - Isotopes | 2012-05 |
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Fox, Zach | The physical effects of solvent in molecule-based magnets | Molecule-based magnets are being studied in order to expand the utility of magnets in modern devices. Advantages of molecule-based magnets include less energy intensive synthesis and greater versatility through changes to organic components of the structure. This class of materials is studied to ena... | Magnets - Experiments | 2012-05 |