Search Results - "Miller, Thomasin C"

Detection of Visible and Latent Fingerprints Using Micro-X-ray Fluorescence Elemental Imaging by Worley, Christopher G., Wiltshire, Sara S., Miller, Thomasin C., Havrilla, George J., Majidi, Vahid

“…Using micro‐X‐ray fluorescence (MXRF), a novel means of detecting fingerprints was examined in which the prints were imaged based on their elemental…”
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Characterization of metal ion-exchange on modified surfaces of porous carbon by Miller, Thomasin C, Holcombe, James A

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Characterization of Immobilized Poly-l-aspartate as a Metal Chelator by Gutierrez, Elizabeth, Miller, Thomasin C, Gonzalez-Redondo, Jose R, Holcombe, James A

“…Poly-l-aspartic acid (PLAsp), which consists of ca. 50 Asp residues in a linear polypeptide, has been immobilized on controlled pore glass (CPG) and evaluated…”
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Capillary Electrophoresis Micro X-ray Fluorescence:  A Tool for Benchtop Elemental Analysis by Miller, Thomasin C, Joseph, Martha R, Havrilla, George J, Lewis, Cris, Majidi, Vahid

“…A new tool was developed for separation and elemental detection by interfacing a simple capillary electrophoresis (CE) apparatus, constructed using a…”
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Comparison and evaluation of the synthetic biopolymer poly- l-aspartic acid and the synthetic “plastic” polymer poly-acrylic acid for use in metal ion-exchange systems by Miller, Thomasin C., Holcombe, James A.

“…Poly- l-aspartic acid (PLAsp), a biopolymer, and a similar synthetic polymer, poly-acrylic acid (PAA), each consisting of ∼50 repeating Asp and acrylic acid…”
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Characterization of small particles by micro X-ray fluorescence by Miller, Thomasin C., Langley DeWitt, Helen, Havrilla, George J.

“…Micro X-ray fluorescence was used to study both homogeneous and heterogeneous particle systems. Specifically, homogeneous glass microspheres and heterogeneous…”
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Nanodroplets: a new method for dried spot preparation and analysis by Miller, Thomasin C., Havrilla, George J.

“…The dried spot technique is an effective method for elemental analysis. However, the current technology, using microliter volume spots, suffers from lack of…”
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Automated printing technology as a new tool for liquid sample preparation for micro x-ray fluorescence (MXRF) by Miller, Thomasin C., Hastings, Elizabeth P., Havrilla, George J.

“…The focus of this study was to explore automated printing technology (APT) as an alternative means to manual methods for nanoliter dried spot sample…”
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Evaluation of electroless gold deposited on porous silica for ligand attachment for metal ion-exchange by Miller, Thomasin C, Holcombe, James A

“…A novel ion-exchange system was developed by tethering a small, monofunctional metal ligand, 3-mercaptopropionic acid (MPA), through thiol linkages onto a…”
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An Ion-Exchange Microcolumn Employing Gold Minigrids as Supports for the On-Line Immobilization of Poly(l-aspartate) by Miller, Thomasin C, Holcombe, James A

“…A novel ion-exchange column for metal chelation was developed employing stacked gold TEM grids from Polysciences Inc. as a support for the immobilization of…”
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An in Situ Study of Metal Complexation by an Immobilized Synthetic Biopolymer Using Tapping Mode Liquid Cell Atomic Force Microscopy by Miller, Thomasin C, Kwak, Eun-Soo, Howard, Maury E, Vanden Bout, David A, Holcombe, James A

“…Near-field scanning optical microscopy and tapping mode, liquid cell atomic force microscopy were used to study the conformational changes in simple…”
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Disilicide Diffusion Coating Inspection by Micro X-Ray Fluorescence Imaging by Doering, Edward R, Havrilla, George J, Miller, Thomasin C

“…Space Shuttle orbiter thrusters fabricated from C-103 niobium alloy rely on a fused chromium disilicide coating as protection from high-temperature oxidation…”
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Micro-X-ray Fluorescence as a General High-Throughput Screening Method for Catalyst Discovery and Small Molecule Recognition by Miller, Thomasin C, Mann, Grace, Havrilla, George J, Wells, Cyndi A, Warner, Benjamin P, Baker, R. Tom

“…A powerful high-throughput screening technique is described for the rapid screening of bead-based libraries for catalyst discovery and molecular recognition…”
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Semiconductor applications of nanoliter droplet methodology with total reflection x-ray fluorescence analysis by Miller, Thomasin C., Sparks, Christopher M., Havrilla, George J., Beebe, Meredith R.

“…In this study, the nanoliter dried spot method was applied to semiconductor contamination analysis to enhance vapor phase decomposition processes with total…”
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