International audienceThree-phase NiAlV alloys were investigated using a three-dimensional atom probe. Ageing at 800 degrees C gives rise to the precipitation of two ordered phases within the supersaturated FCC solid solution, namely Ni3Al (L1(2) structure) and Ni3V (DO22 structure). The DO22 phase has three orientation variants which need to be identified in 3DAP images. It is shown that an appropriate choice of analysis site enables us to image the chemical order within both L1(2) and DO22 ordered phases and to distinguish the three orientation variants of the DO22 phase in reconstructed images. The lateral resolution of 3DAP in these experimental conditions was estimated through simple considerations to be less than 0.3 nm
International audiencePowders of Al68.5Ni31.5 alloy have been produced by gas atomisation and sieved...
This paper reports recent results of our 3-dimensional atom probe (3DAP) investigations of two diffe...
The 3-dimensional atom probe (3DAP) permits analysis of the elemental distributions within a small v...
International audienceThree-phase NiAlV alloys were investigated using a three-dimensional atom prob...
International audienceThe tomographic atom-probe (TAP) is a high-resolution nanoanalytical microscop...
International audienceNanostructural features of nickel-based superalloys as revealed by Field-Ion M...
International audienceThe 3D atom probe (3DAP or atom probe tomography) is the only nanoanalytical m...
International audienceThe tomographic atom probe has been applied to the study of early stages of pr...
International audienceNanostructural features of nickel-base superalloys as revealed by atom probe f...
International audienceThe tomographic atom probe has been applied to the study of early stages of pr...
International audienceThe ternary phase diagram in the Ni-Al-V system is studied using three dimensi...
The atom-probe field-ion microscope (APFIM) is employed to study the structure and chemistry of boro...
The three-dimensional atom probe has changed the way that we carry out materials research. For the f...
International audiencePowders of Al68.5Ni31.5 alloy have been produced by gas atomisation and sieved...
This paper reports recent results of our 3-dimensional atom probe (3DAP) investigations of two diffe...
The 3-dimensional atom probe (3DAP) permits analysis of the elemental distributions within a small v...
International audienceThree-phase NiAlV alloys were investigated using a three-dimensional atom prob...
International audienceThe tomographic atom-probe (TAP) is a high-resolution nanoanalytical microscop...
International audienceNanostructural features of nickel-based superalloys as revealed by Field-Ion M...
International audienceThe 3D atom probe (3DAP or atom probe tomography) is the only nanoanalytical m...
International audienceThe tomographic atom probe has been applied to the study of early stages of pr...
International audienceNanostructural features of nickel-base superalloys as revealed by atom probe f...
International audienceThe tomographic atom probe has been applied to the study of early stages of pr...
International audienceThe ternary phase diagram in the Ni-Al-V system is studied using three dimensi...
The atom-probe field-ion microscope (APFIM) is employed to study the structure and chemistry of boro...
The three-dimensional atom probe has changed the way that we carry out materials research. For the f...
International audiencePowders of Al68.5Ni31.5 alloy have been produced by gas atomisation and sieved...
This paper reports recent results of our 3-dimensional atom probe (3DAP) investigations of two diffe...
The 3-dimensional atom probe (3DAP) permits analysis of the elemental distributions within a small v...