Corey D. Pilgrim Office: (208) 533-7756 Email: corey.pilgrim@inl.gov Biography 2018-Present Distinguished Postdoctoral Researcher, Idaho National Laboratory 2013-2018 Ph.D., Chemistry (Analytical), University of California, Davis 2007-2013 Chemist in industry, GigOptix, Inc., Bothell, WA 2003-2007 B.S., Chemistry (ACS Certified), University of Washington, Seattle
Research My research interests are focused on the application of nuclear magnetic resonance (NMR) spectroscopy to chemical problems, with a specific focus on the structure and dynamics of metal-ligand complexes that contain the actinide elements.
Recent Publicatons (h-index 5, total publications: 15) Dembowski, M.; Pilgrim, C. D.; Hickam, S.; Spano, T.; Hamlin, D.; Oliver, A. G.; Casey, W. H.; Burns, P. C. Dynamics of Cation-Induced Conformational Changes in Nanometer-Sized Uranyl Peroxide Clusters. Inorg. Chem. 2020, 59, 2495-2502. Horne, G. P.; Zarzana, C. A.; Daubaras, D. L.; Pilgrim, C. D.; Rae, C.; Faulkner, R.F.; Kiddle, J.J.; Mezyk, S.P. Probing activated radioprotection of simple hydrophilic phosphonic acids in aqueous solutions. Radiat. Phys. Chem. 2020, 170, 108636. Ochoa, G.; Pilgrim, C. D.; Kerr, J. D.; Augustine, M. A.; Casey, W. H. Aqueous geochemistry at gigapascal pressures: NMR spectroscopy of fluoroborate solutions. Geochim. Cosmochim. Ac. 2019, 244, 173-181.
Haddad, A. Z.; Pilgrim, C. D.; Sawvel, A. M.; Hohman, J. N.; Gadgil, A. J. On the Conversion of Bauxite Ores to Highly Activated Alumina Media for Water Remediation. Adv. Sustainable Syst. 2019, 3 (7), 1900005.
Pilgrim, C. D.; Casey, W. H.; Walton, J. H. High Pressure Aqueous Geochemical NMR. eMagRes, 2019, 8 (2), 127-136.
Elizabeth H. Parker-Quaife Office: (208) 533-7803
(208) 526-5391
Email: elizabeth.parker-quaife@inl.gov Biography 2018-Present Postdoctoral Researcher, Idaho National Laboratory 2013-2018 Eng.D., The University of Manchester 2009-2013 M.Chem., The University of Manchester
Research My primary research interest is the study of materials degradation in a variety of nuclear related environments, with a focus on understanding the effects of radiation induced corrosion processes, e.g. stainless steel and aluminium fuel cladding under reactor and long-term storage conditions. These studies have involved the design and deployment of a high temperature and pressure facility used in conjunction with a variety of ionizing radiation sources.
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