In boron doped NiAl, the field ion image provides a good indication of grain boundary segregation due to the brightly-imaging nature of the boron atoms. The distribution of these atoms indicates that the coverage varied along the grain boundary
This paper addresses fundamental questions concerning the determination of the chemical composi-tion...
International audienceThe Tomographic Atom-Probe is a new generation of instrument which provides th...
International audienceElectron microscopy and atom-probes techniques, including 3D (three-dimensiona...
Atom probe field ion microscopy has been used to characterize the distributions of microalloying add...
International audienceAtom probe tomography and transmission electron microscopy were associated in ...
This paper describes recent developments in the experimental methods of atom probe field ion microsc...
A discussion of the application of the atom probe technique to the characterization of the solute se...
The atom-probe field-ion microscope (APFIM) is employed to study the structure and chemistry of boro...
International audienceThree-dimensional atom probe method (3DAP) coupled with field ion microscopy (...
Résumé Mous avons utilisé simultanément la microscopie électronique par transmission, la microscopie...
Grain boundary segregation of boron in nickel has been investigated using secondary ion mass spectro...
A procedure is presented for systematically and reproducibly preparing alloy specimens for the study...
The atom probe field ion microscope can resolve and identify individual atoms. This ability is demon...
Abstract. Experimental details of atom probe field ion microscopy (APFIM) of a Ni-16Cr-9Fe alloy are...
International audienceTEM and atom-probe techniques are used in a combined way for the study of stra...
This paper addresses fundamental questions concerning the determination of the chemical composi-tion...
International audienceThe Tomographic Atom-Probe is a new generation of instrument which provides th...
International audienceElectron microscopy and atom-probes techniques, including 3D (three-dimensiona...
Atom probe field ion microscopy has been used to characterize the distributions of microalloying add...
International audienceAtom probe tomography and transmission electron microscopy were associated in ...
This paper describes recent developments in the experimental methods of atom probe field ion microsc...
A discussion of the application of the atom probe technique to the characterization of the solute se...
The atom-probe field-ion microscope (APFIM) is employed to study the structure and chemistry of boro...
International audienceThree-dimensional atom probe method (3DAP) coupled with field ion microscopy (...
Résumé Mous avons utilisé simultanément la microscopie électronique par transmission, la microscopie...
Grain boundary segregation of boron in nickel has been investigated using secondary ion mass spectro...
A procedure is presented for systematically and reproducibly preparing alloy specimens for the study...
The atom probe field ion microscope can resolve and identify individual atoms. This ability is demon...
Abstract. Experimental details of atom probe field ion microscopy (APFIM) of a Ni-16Cr-9Fe alloy are...
International audienceTEM and atom-probe techniques are used in a combined way for the study of stra...
This paper addresses fundamental questions concerning the determination of the chemical composi-tion...
International audienceThe Tomographic Atom-Probe is a new generation of instrument which provides th...
International audienceElectron microscopy and atom-probes techniques, including 3D (three-dimensiona...