Fingerprint Dive into the research topics where James F Stubbins is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Irradiation
Temperature
Copper alloys
Creep
Fatigue of materials
Neutrons
Radiation
Microstructure
Stainless steel
Oxides
Crack propagation
Helium
Martensitic steel
Swelling
Neutron irradiation
Synchrotrons
Ion bombardment
Defects
Mechanical properties
Precipitates
High temperature gas reactors
Transmission electron microscopy
Steel
Ferritic steel
Kinetics
Tensile properties
Fusion reactors
Atoms
Heavy ions
Microstructural evolution
Nucleation
Plastic deformation
Iron
Vacancies
Corrosion
Hardening
Cerium compounds
Ions
Austenitic stainless steel
X ray diffraction
Aging of materials
Lanthanum
Tritium
Inertial confinement fusion
Fatigue crack propagation
Nanoparticles
Bismuth
Residual stresses
X rays
Synchrotron radiation
Chemical Compounds
Irradiation
Oxides
Temperature
Copper alloys
Stainless Steel
Creep
Fatigue of materials
Steel
Martensitic steel
Crack propagation
Microstructure
Helium
Radiation
Ferritic steel
Heavy Ions
Synchrotrons
Neutrons
Precipitates
Swelling
Fusion reactors
Defects
Kinetics
Ion bombardment
Ions
Mechanical properties
Transmission electron microscopy
Vacancies
Nucleation
Atoms
Neutron irradiation
Lanthanum
X ray diffraction
Nickel
Iron
Plastic deformation
Nanoparticles
Molybdenum
Austenitic stainless steel
Residual stresses
Hardening
Copper
High strength alloys
Eutectics
Yield stress
Fusion reactions
Corrosion
Cerium compounds
Alloy steel
Oxygen
Ductility
Physics & Astronomy
Engineering
irradiation
residual stress
ion irradiation
x rays
nucleation
neutron irradiation
General
copper alloys
steels
stainless steels
voids
swelling
radiation
cracks
precipitates
microstructure
defects
damage
kinetics
reactors
transmission electron microscopy
bubbles
implantation
tensile tests
austenitic stainless steels
plastic deformation
hardening
Physics
temperature
fusion reactors
neutrons
synchrotrons
atoms
heavy ions
diffraction
nanoparticles
room temperature
cycles
ions
heat flux
Chemistry and Materials
fatigue life
oxides
lanthanum
mechanical properties
helium
tensile properties
yield strength
nickel
boron nitrides
oxygen
copper
Life Sciences
dosage