Search Results - "Hickam, Sarah M."

Trace Impurities Identified as Forensic Signatures in CMX‑5 Fuel Pellets Using X‑ray Spectroscopic Techniques by van Veelen, Arjen, Hickam, Sarah M., Edwards, Nicholas P., Webb, Samuel M., Clark, David L., Wilkerson, Marianne P., Pugmire, Alison L., Bargar, John R.

“…Small-particle analysis is a highly promising emerging forensic tool for analysis of interdicted special nuclear materials. Integration of microstructural,…”
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In Situ High-Temperature Raman Spectroscopy of UCl3: A Combined Experimental and Theoretical Study by Strzelecki, Andrew C., Wang, Gaoxue, Hickam, Sarah M., Parker, S. Scott, Batrice, Rami, Jackson, J. Matt, Conroy, Nathan A., Mitchell, Jeremy N., Andersson, David A., Monreal, Marisa J., Boukhalfa, Hakim, Xu, Hongwu

“…Uranium trichloride (UCl3) has received growing interest for its use in uranium-fueled molten salt reactors and in the pyrochemical processing of used fuel. In…”
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Mixed-Valent Cyanoplatinates Featuring Neptunyl–Neptunyl Cation–Cation Interactions by Smith, Philip A, Hickam, Sarah M, Szymanowski, Jennifer E. S, Burns, Peter C

“…The tetracyanoplatinate ligand was employed in synthesizing the first neptunyl cyanoplatinate complexes. Results indicate in situ oxidation of Pt­(II) by…”
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In Situ High-Temperature Raman Spectroscopy of UCl 3 : A Combined Experimental and Theoretical Study by Strzelecki, Andrew C., Wang, Gaoxue, Hickam, Sarah M., Parker, S. Scott, Batrice, Rami, Jackson, J. Matt, Conroy, Nathan A., Mitchell, Jeremy N., Andersson, David A., Monreal, Marisa J., Boukhalfa, Hakim, Xu, Hongwu

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Review of multi-faceted morphologic signatures of actinide process materials for nuclear forensic science by McDonald, Luther W., Sentz, Kari, Hagen, Alex, Chung, Brandon W., Nizinski, Cody A., Schwerdt, Ian J., Hanson, Alexa, Donald, Scott, Clark, Richard, Sjoden, Glenn, Porter, Reid, Athon, Matthew T., Tasdizen, Tolga, Noel, Vincent, Webb, Samuel M., Van Veelen, Arjen, Hickam, Sarah M., Ly, Cuong

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Review of multi-faceted morphologic signatures of actinide process materials for nuclear forensic science by McDonald IV, Luther W., Sentz, Kari, Hagen, Alex, Chung, Brandon W., Nizinski, Cody A., Schwerdt, Ian J., Hanson, Alexa, Donald, Scott, Clark, Richard, Sjoden, Glenn, Porter, Reid, Athon, Matthew T., Tasdizen, Tolga, Noel, Vincent, Webb, Samuel M., Van Veelen, Arjen, Hickam, Sarah M., Ly, Cuong

“…Particle morphology is an emerging signature that has the potential to identify the processing history of unknown nuclear materials. Using readily available…”
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Review of multi-faceted morphologic signatures of actinide process materials for nuclear forensic science by McDonald, Luther W., Sentz, Kari, Hagen, Alex, Chung, Brandon W., Nizinski, Cody A., Schwerdt, Ian J., Hanson, Alexa, Donald, Scott, Clark, Richard, Sjoden, Glenn, Porter, Reid, Athon, Matthew T., Tasdizen, Tolga, Noel, Vincent, Webb, Samuel M., Van Veelen, Arjen, Hickam, Sarah M., Ly, Cuong

“…Particle morphology is an emerging signature that has the potential to identify the processing history of unknown nuclear materials. Using readily available…”
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Expanding Actinyl Peroxide Chemistry Through Dissolution of Uranium-based Materials and Studies of Neptunyl Peroxide Compounds by Hickam, Sarah M

“…A growing subset of actinide compounds comprised of actinide oxide clusters are of interest in the processing and environmental transport of actinides. The…”
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