Add to ORKGA discussion of the application of the atom probe technique to the characterization of the solute segregation to interfaces is presented. Methods based on simple geometrical models for all boundary orientations in the field ion specimen and on the Gibbsian interfacial excess are presented. Atom probe results for phosphorus segregation in two Russian pressure vessel steels were found to be in good agreement with the predictions based on McLean's model of grain boundary segregation
International audienceIntergranular segregation in a Fe-P-C model alloy after thermal ageing at 650°...
International audienceThe Tomographic Atom-Probe is a new generation of instrument which provides th...
International audienceThe tomographic atom-probe (TAP) is an extension in the three dimensions of sp...
This paper describes recent developments in the experimental methods of atom probe field ion microsc...
This paper addresses fundamental questions concerning the determination of the chemical composi-tion...
An atom probe field ion microscopy characterization of A533B and Russian VVER 440 and 1000 pressure ...
L'étude des relations entre la structure d'un joint de grains et la composition chimique, dans les a...
Studies of grain boundary segregation in metallurgical systems are traditionally based upon the prem...
International audienceIntermetallics have been studied by means of Atom Probe Field Ion Microscopy. ...
In boron doped NiAl, the field ion image provides a good indication of grain boundary segregation du...
A procedure is presented for systematically and reproducibly preparing alloy specimens for the study...
Résumé Mous avons utilisé simultanément la microscopie électronique par transmission, la microscopie...
International audienceInterfaces play critical roles in materials, and are usually both structurally...
Solute segregation to individual dislocations may be quantified by atom probe tomography. Dislocatio...
The ability to locate an individual atom on a surface, remove it in a controlled fashion, and determ...
International audienceIntergranular segregation in a Fe-P-C model alloy after thermal ageing at 650°...
International audienceThe Tomographic Atom-Probe is a new generation of instrument which provides th...
International audienceThe tomographic atom-probe (TAP) is an extension in the three dimensions of sp...
This paper describes recent developments in the experimental methods of atom probe field ion microsc...
This paper addresses fundamental questions concerning the determination of the chemical composi-tion...
An atom probe field ion microscopy characterization of A533B and Russian VVER 440 and 1000 pressure ...
L'étude des relations entre la structure d'un joint de grains et la composition chimique, dans les a...
Studies of grain boundary segregation in metallurgical systems are traditionally based upon the prem...
International audienceIntermetallics have been studied by means of Atom Probe Field Ion Microscopy. ...
In boron doped NiAl, the field ion image provides a good indication of grain boundary segregation du...
A procedure is presented for systematically and reproducibly preparing alloy specimens for the study...
Résumé Mous avons utilisé simultanément la microscopie électronique par transmission, la microscopie...
International audienceInterfaces play critical roles in materials, and are usually both structurally...
Solute segregation to individual dislocations may be quantified by atom probe tomography. Dislocatio...
The ability to locate an individual atom on a surface, remove it in a controlled fashion, and determ...
International audienceIntergranular segregation in a Fe-P-C model alloy after thermal ageing at 650°...
International audienceThe Tomographic Atom-Probe is a new generation of instrument which provides th...
International audienceThe tomographic atom-probe (TAP) is an extension in the three dimensions of sp...