International audienceThe early stages of devitrification of Al89 Ni6 La5 metallic glass were investigated using three-dimensional atom probe. Even in the as-quenched amorphous state, nanometer-sized fluctuations of Ni and Al were observed. The Al-rich fluctuations act as nucleation sites for the crystallization at 443 K in which α-Al clusters with a number density up to 5× 1023 m-3 nucleate and grow to nonspherical, 12 nm large crystals. α-Al particles are almost pure in Al and are surrounded by a La-rich shell. It is concluded that La segregation controls the growth and limits the size of the α-Al nanocrystals. \textcopyright 2008 American Institute of Physics
The results from transmission electron microscopy (TEM) microstructural studies of devitrified amorp...
Among all metallic glasses, marginal glass-forming alloys exhibit unique devitrification features du...
The crystallisation behaviour for alloys in the Al-rich corner in the Al-La-Ni system is reported in...
International audienceThe early stages of devitrification of Al89 Ni6 La5 metallic glass were invest...
International audienceThe early stages of devitrification of Al89 Ni6 La5 metallic glass were invest...
The early stage of devitrification of Al89Ni6La5 metallic glass was investigated using threedimensio...
International audienceCrystallization of Al92Sm8 metallic glass was investigated in-situ using combi...
Abstract: A nucleation-growth control for Al85Ni10Ce5 glass has transformed to a growth control for ...
Trabajo presentado en el 9th International Symposium on Metastable Mechanically Alloyed and Nanocrys...
The crystallization kinetics of Al90Tb10 amorphous alloy were investigated by a combined study of di...
Nano-crystalline-amorphous Al based alloys with minor additions of rare earth elements and transiti...
The microstructure and the partitioning of solute atoms during the course of primary crystallisation...
How the chemical and topological short- to medium-range order develops in Al-Tb glass and its ultima...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
The marginal glass-forming alloys have attracted much attention due to unique products of devitrific...
The results from transmission electron microscopy (TEM) microstructural studies of devitrified amorp...
Among all metallic glasses, marginal glass-forming alloys exhibit unique devitrification features du...
The crystallisation behaviour for alloys in the Al-rich corner in the Al-La-Ni system is reported in...
International audienceThe early stages of devitrification of Al89 Ni6 La5 metallic glass were invest...
International audienceThe early stages of devitrification of Al89 Ni6 La5 metallic glass were invest...
The early stage of devitrification of Al89Ni6La5 metallic glass was investigated using threedimensio...
International audienceCrystallization of Al92Sm8 metallic glass was investigated in-situ using combi...
Abstract: A nucleation-growth control for Al85Ni10Ce5 glass has transformed to a growth control for ...
Trabajo presentado en el 9th International Symposium on Metastable Mechanically Alloyed and Nanocrys...
The crystallization kinetics of Al90Tb10 amorphous alloy were investigated by a combined study of di...
Nano-crystalline-amorphous Al based alloys with minor additions of rare earth elements and transiti...
The microstructure and the partitioning of solute atoms during the course of primary crystallisation...
How the chemical and topological short- to medium-range order develops in Al-Tb glass and its ultima...
Controlling and understanding crystal nucleation from a liquid is critically important for glass and...
The marginal glass-forming alloys have attracted much attention due to unique products of devitrific...
The results from transmission electron microscopy (TEM) microstructural studies of devitrified amorp...
Among all metallic glasses, marginal glass-forming alloys exhibit unique devitrification features du...
The crystallisation behaviour for alloys in the Al-rich corner in the Al-La-Ni system is reported in...