Search Results - "Teague, Melissa C."

Thermal effects on mass and spatial resolution during laser pulse atom probe tomography of cerium oxide by Kirchhofer, Rita, Teague, Melissa C., Gorman, Brian P.

“…► Cerium oxide, a surrogate for nuclear fuels, was used for atom probe tomography. ► Stoichiometric field evaporation of CeO2 was produced using laser pulsed…”
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Study on the mechanism of diametral cladding strain and mixed-oxide fuel element breaching in slow-ramp extended overpower transients by Uwaba, Tomoyuki, Maeda, Seiichiro, Mizuno, Tomoyasu, Teague, Melissa C.

“…Cladding strain caused by fuel/cladding mechanical interaction (FCMI) was evaluated for mixed-oxide fuel elements subjected to 70–90% slow-ramp extended…”
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Characterization and modeling of microstructural stresses in alumina by Teague, Melissa C., Rodgers, Theron, Grutzik, Scott, Meserole, Stephen

“…Brittle failure is often influenced by difficult to measure and variable microstructure‐scale stresses. Recent advances in photoluminescence spectroscopy…”
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Using Coupled Mesoscale Experiments and Simulations to Investigate High Burn-Up Oxide Fuel Thermal Conductivity by Teague, Melissa C., Fromm, Bradley S., Tonks, Michael R., Field, David P.

“…Nuclear energy is a mature technology with a small carbon footprint. However, work is needed to make current reactor technology more accident tolerant and to…”
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Reaction Processing of Ultra-High Temperature W/Ta2C-Based Cermets by Teague, Melissa C., Hilmas, Gregory E., Fahrenholtz, William G.

“…A reactive processing method was used to produce dense (>99.5% relative density) W/Ta2C/Ta2WO8 cermets from Ta2O5, WC, TaC, and phenolic resin. The powder…”
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Characterization and modeling of microstructural stresses in alumina by Teague, Melissa C., Rodgers, Theron, Grutzik, Scott Joseph, Meserole, Stephen

“…Brittle failure is often influenced by difficult to measure and variable microstructure–scale stresses. Recent advances in photoluminescence spectroscopy…”
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EBSD and TEM characterization of high burn-up mixed oxide fuel by Teague, Melissa, Gorman, Brian, Miller, Brandon, King, Jeffrey

“…Understanding and studying the irradiation behavior of high burn-up oxide fuel is critical to licensing of future fast breeder reactors. Advancements in…”
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Microstructural characterization of high burn-up mixed oxide fast reactor fuel by Teague, Melissa, Gorman, Brian, King, Jeffrey, Porter, Douglas, Hayes, Steven

“…High burn-up mixed oxide fuel with local burn-ups of 3.4–23.7% FIMA (fissions per initial metal atom) were destructively examined as part of a research project…”
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Mechanical properties of reactively processed W/Ta2C-based composites by Teague, M C, Hilmas, G E, Fahrenholtz, W G

“…The mechanical properties of reactively processed W/Ta2C cermet composites were studied. Dense W/Ta2C cermets with a nominal composition of 40.4 vol% W(Ta)ss,…”
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Mechanical properties of reactively processed W/Ta sub(2)C-based composites by Teague, Melissa C, Hilmas, Gregory E, Fahrenholtz, William G

“…The mechanical properties of reactively processed W/Ta sub(2)C cermet composites were studied. Dense W/Ta sub(2)C cermets with a nominal composition of 40.4…”
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Reaction Processing of Ultra-High Temperature W/ Ta^sub 2^C-Based Cermets by Teague, Melissa C, Hilmas, Gregory E, Fahrenholtz, William G

“…A reactive processing method was used to produce dense (>99.5% relative density) W/.../... cermets from ..., WC, TaC, and phenolic resin. The powder compacts…”
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Reaction Processing of Ultra‐High Temperature W/Ta 2 C‐Based Cermets by Teague, Melissa C., Hilmas, Gregory E., Fahrenholtz, William G.

“…A reactive processing method was used to produce dense (>99.5% relative density) W/Ta 2 C/Ta 2 WO 8 cermets from Ta 2 O 5 , WC, TaC, and phenolic resin. The…”
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Mechanical properties of reactively processed W/Ta 2C-based composites by Teague, Melissa C., Hilmas, Gregory E., Fahrenholtz, William G.

“…The mechanical properties of reactively processed W/Ta 2C cermet composites were studied. Dense W/Ta 2C cermets with a nominal composition of 40.4 vol%…”
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