United States
University of Tennessee, Knoxville - Department of Nuclear Engineering
FeCrAl, oxide dispersion strengthened, precipitation, directed energy deposition, supersaturation
irradiation effects, microstructure, transition electron microscopy, iron alloys, void/cavity swelling
Fe-Cr alloys, Precipitation, Atom-probe tomography, Proton irradiation, Ferritic steels
Fe-Cr alloys, Precipitation, Atom-probe tomography, irradiation, Ballistic mixing, Ferritic steels
In situ irradiation, nanoscale precipitates, precipitate stability, Molecular dynamics simulations, self-interstitial atoms (SIAs)
Ferritic-martensitic, Proton irradiation, Dislocation loop, Cr segregation
Ion irradiation, Temperature effect, Dose rate, Irradiation-induced-void, Prismatic dislocation loops
Zirconium Carbide (ZrC), Pulsed Electric Current Sintering (PECS), Field Assisted Sintering, Spark plasma sintering (SPS), Master Sintering Curve
Ultrasonic additive manufacturing, Tensile tests, Transmission electron microscopy, Energy Dispersive Spectroscopy, Nanoindentation
Ni-Cr-Mo-W Alloys, High-Temperature Applications, Phase Transformation Behavior, Aging Behavior, Vicker-Hardness, Microstructure Evolution
High temperature refractory alloys, Ceramic metallic (cermet), Nuclear thermal propulsion (NTP), Pulsed electric current sintering (PECS), Constant rate heating (CRH), Powder size distribution, Powder geometry, Activation energy of sintering, Powder morphology
Fe-Cr alloys; ion irradiation; transmission electron microscopy (TEM); helium; chromium
steel, Creep, Precipitate quantification, Laves phases, Electron microscopy
nanoprecipitates, alloys development, V alloys
molybdenum, nuclear thermal propulsion, hydrogen corrosion, mass loss
TEM, Fe-Cr alloys, Irradiation-induced loops, dislocation loop decoration, temperature effects on loop, dose rate effects on loop, dose effects on loop, Self-organization
UHTCs, SPS, Powder Processing, Homogeneity Quantification, Solid Solution Carbides, NbC, TaC
decay heat, Machine Learning, low-activation structural materials, data-driven materials development
Self-organization and self-assembly, Complex-shaped dislocation loops, Dislocation cell, Well-aligned loops, Petal-shaped loop and dislocation loop wall, BCC FeCr, Irradiation-induced defects
Molybdenum tungsten alloy (MoW), Spark plasma sintering (SPS), High temperature refractory alloys, Ceramic metallic (Cermet) composite, Nuclear thermal propulsion (NTP), Hot hydrogen testing
Molybdenum tungsten alloy (MoW), Refractory Alloys, Spark plasma sintering (SPS), High temperature refractory alloy, Ceramic metallic (Cermet), Nuclear thermal propulsion (NTP)