A simple, repeatable method for determination of the degree of grain refinement in irradiated Uranium-Molybdenum fuels has been developed. This method involves mechanical potting and polishing of samples along with examination using a scanning electron microscope located outside of a hot cell. The commercially available software package Mathematica was used to determine the degree of grain refinement by way of a built-in iterative active contour method of image segmentation. Baseline methods for degree of grain refinement assessment are suggested for consideration and further development
Since 2001, a series of five irradiation test campaigns for atomized U-Mo dispersion fuel rods, KOMO...
Radiation-induced and precipitation-induced grain-boundary segregation profiles are routinely measur...
The composition of the fractions of the heavier cut of pyrolysis gas oil production was investigated...
Grain refinement in U(Mo) has been achieved out-of-pile by irradiating an U(Mo) foil with 80 MeV hig...
Understanding the microstructural and phase changes occurring during irradiation and their impact on...
Metallographic examination of an irradiated powder metal uranium slug from PT-313-105-4M⁽¹⁾ was unde...
During an experiment involving alpha phase annealing (at 610 to 655 deg C for 5 and 10 min) of beta-...
An algorithmic support for metallographic images preprocessing and analysis is presented. The softwa...
International audienceA better understanding of MOX fuel in-pile behaviour requires a very detailed ...
International audienceSignificant progresses in the performances under in-pile irradiation of partic...
The thesis presents some aspects of the physical metallurgy of uranium which are relevant to its use...
The regression rates of solid fuels used in hybrid rocket motors are a critical parameter in the des...
The effect of grain size on recrystallized structure formation in the outer region of high burnup UO...
An ultrasonic technique has been developed that enables measurement of grain size in uranium without...
Molybdenum, a metal with excellent physical, chemical and high-temperature properties, is an interes...
Since 2001, a series of five irradiation test campaigns for atomized U-Mo dispersion fuel rods, KOMO...
Radiation-induced and precipitation-induced grain-boundary segregation profiles are routinely measur...
The composition of the fractions of the heavier cut of pyrolysis gas oil production was investigated...
Grain refinement in U(Mo) has been achieved out-of-pile by irradiating an U(Mo) foil with 80 MeV hig...
Understanding the microstructural and phase changes occurring during irradiation and their impact on...
Metallographic examination of an irradiated powder metal uranium slug from PT-313-105-4M⁽¹⁾ was unde...
During an experiment involving alpha phase annealing (at 610 to 655 deg C for 5 and 10 min) of beta-...
An algorithmic support for metallographic images preprocessing and analysis is presented. The softwa...
International audienceA better understanding of MOX fuel in-pile behaviour requires a very detailed ...
International audienceSignificant progresses in the performances under in-pile irradiation of partic...
The thesis presents some aspects of the physical metallurgy of uranium which are relevant to its use...
The regression rates of solid fuels used in hybrid rocket motors are a critical parameter in the des...
The effect of grain size on recrystallized structure formation in the outer region of high burnup UO...
An ultrasonic technique has been developed that enables measurement of grain size in uranium without...
Molybdenum, a metal with excellent physical, chemical and high-temperature properties, is an interes...
Since 2001, a series of five irradiation test campaigns for atomized U-Mo dispersion fuel rods, KOMO...
Radiation-induced and precipitation-induced grain-boundary segregation profiles are routinely measur...
The composition of the fractions of the heavier cut of pyrolysis gas oil production was investigated...