As part of an extended program to study the fine scale chemistry of the matrix and grain boundary area of doped and alloyed Ni3Al, experiments were initiated to determine the effects of various atom probe parameters on the accuracy of measured concentrations. Samples of arc-melted as well as rapidly cooled Ni3Al containing boron, iron and hafnium were used. The distribution of solutes in the matrix lattice as well as in a nickel boride precipitate is also reported
The grain boundary B content of high-purity Ni-24 at.% Al alloys containing 0.048, 0.144, 0.240 and ...
This paper focuses on local probe Auger spectroscopy studies of segregation and oxidation of in situ...
The overarching goal of the research supported by this grant was investigation of the structure and ...
The addition of boron to Ni3Al produces a fabricable material that has good high temperature propert...
Abstract- Atom probe analyses performed at the grain boundaries in Ni-49 at. Yo A1 indicated a major...
Atom probe field ion microscopy has been used to characterize Ni aluminides in addition to changes i...
In this study, a VG FIM100 was taken into operation, consisting of a field-ion microscope (FIM), a t...
Atom probe field ion microscopy has been used to characterize the distributions of microalloying add...
Tunable synchrotron radiation was used to examine the boron K-valence emission from boron doped Ni3A...
The atom-probe field-ion microscope (APFIM) is employed to study the structure and chemistry of boro...
In this study, a VG FIM100 was taken into operation, consisting of a field-ion microscope (FIM), a t...
The influence of boron segregation and non-stoichiometry on grain boundary structure in Ni3Al was st...
Perturbed angular correlation measurements of the hyperfine interactions of the 181Ta probe in the p...
Perturbed angular correlation measurements of the hyperfine interactions of the Ta-181 probe in the ...
ALCHEMI site-occupation studies of alloying additions to ordered aluminide intermetallic alloys have...
The grain boundary B content of high-purity Ni-24 at.% Al alloys containing 0.048, 0.144, 0.240 and ...
This paper focuses on local probe Auger spectroscopy studies of segregation and oxidation of in situ...
The overarching goal of the research supported by this grant was investigation of the structure and ...
The addition of boron to Ni3Al produces a fabricable material that has good high temperature propert...
Abstract- Atom probe analyses performed at the grain boundaries in Ni-49 at. Yo A1 indicated a major...
Atom probe field ion microscopy has been used to characterize Ni aluminides in addition to changes i...
In this study, a VG FIM100 was taken into operation, consisting of a field-ion microscope (FIM), a t...
Atom probe field ion microscopy has been used to characterize the distributions of microalloying add...
Tunable synchrotron radiation was used to examine the boron K-valence emission from boron doped Ni3A...
The atom-probe field-ion microscope (APFIM) is employed to study the structure and chemistry of boro...
In this study, a VG FIM100 was taken into operation, consisting of a field-ion microscope (FIM), a t...
The influence of boron segregation and non-stoichiometry on grain boundary structure in Ni3Al was st...
Perturbed angular correlation measurements of the hyperfine interactions of the 181Ta probe in the p...
Perturbed angular correlation measurements of the hyperfine interactions of the Ta-181 probe in the ...
ALCHEMI site-occupation studies of alloying additions to ordered aluminide intermetallic alloys have...
The grain boundary B content of high-purity Ni-24 at.% Al alloys containing 0.048, 0.144, 0.240 and ...
This paper focuses on local probe Auger spectroscopy studies of segregation and oxidation of in situ...
The overarching goal of the research supported by this grant was investigation of the structure and ...
DOI
Add to ORKG