Add to ORKGNickel specimens doped with several levels of ^B were irradiated in the Fast Flux Test Facility(FFTF) for the purpose of examining the applicability of boron addition to the study of helium production effects. It was found that the boron has its chemical and transmutative effetcs, the former suppressing and the latter enhancing void nucleation. It seems that reliable estimation of helium effects is possible by well designed experiments seprating some side effects of boron from its transmutation effects
As part of the coolant-core evaluation studies in an early phase of the Maritime Gas-Cooled Reactor ...
The d-t fusion reactions produce neutron with energies up to 14.1MeV. These neutrons, in addition to...
Boron was identified to have a beneficial effect on the room temperature ductility of ordered Ni-Ni4...
Elemental boron, boron carbide, and zirconium diboride were irradiated at reactor ambient temperatur...
Understanding the effects of helium on microstructures and mechanical properties of reduced-activati...
Boron burnable poisons are under development to replace Gd burnable absorber for the case when it is...
Nickel alloys have found ever increasing use in the nuclear sector in recent times. Inconel X750 and...
Reduced activation ferritic/martensitic steel, F-82H (Fe-8Cr-2W-V-Ta), was irradiated in the High Fl...
Boron carbide pellets were fabricated with variations in material parameters. These pellets were irr...
Boron is added into single crystal superalloys as a micro-alloying element to strengthen low angle g...
International audienceThis paper presents a new methodology used to study transmutation damage in bo...
The effects of boron additions (0 to 4000 wppm B) on the room temperature deformation behavior of Ni...
Several nickel single crystal samples have been implanted with 150 keV helium-3 ions to doses betwee...
The complexity of radiation damage effects in materials that are used in various irradiation environ...
Boron trifluoride is used as the filling gas in ionization chambers and in proportional counters use...
As part of the coolant-core evaluation studies in an early phase of the Maritime Gas-Cooled Reactor ...
The d-t fusion reactions produce neutron with energies up to 14.1MeV. These neutrons, in addition to...
Boron was identified to have a beneficial effect on the room temperature ductility of ordered Ni-Ni4...
Elemental boron, boron carbide, and zirconium diboride were irradiated at reactor ambient temperatur...
Understanding the effects of helium on microstructures and mechanical properties of reduced-activati...
Boron burnable poisons are under development to replace Gd burnable absorber for the case when it is...
Nickel alloys have found ever increasing use in the nuclear sector in recent times. Inconel X750 and...
Reduced activation ferritic/martensitic steel, F-82H (Fe-8Cr-2W-V-Ta), was irradiated in the High Fl...
Boron carbide pellets were fabricated with variations in material parameters. These pellets were irr...
Boron is added into single crystal superalloys as a micro-alloying element to strengthen low angle g...
International audienceThis paper presents a new methodology used to study transmutation damage in bo...
The effects of boron additions (0 to 4000 wppm B) on the room temperature deformation behavior of Ni...
Several nickel single crystal samples have been implanted with 150 keV helium-3 ions to doses betwee...
The complexity of radiation damage effects in materials that are used in various irradiation environ...
Boron trifluoride is used as the filling gas in ionization chambers and in proportional counters use...
As part of the coolant-core evaluation studies in an early phase of the Maritime Gas-Cooled Reactor ...
The d-t fusion reactions produce neutron with energies up to 14.1MeV. These neutrons, in addition to...
Boron was identified to have a beneficial effect on the room temperature ductility of ordered Ni-Ni4...