Add to ORKGExamples of the need to characterize rapidly solidified metals on submicron scale are given for centrifugally atomized steel powder and electrohydrodynamically atomized submicron spheres. Materials studied include Fe-40wt% Ni, 304 SS, Fe-20at.%Co, and pure V
High resolution electron microscopy (HREM) has emerged as a very powerful tool for probing the struc...
International audienceNucleation undercoolings are measured for the primary dendritic structure and ...
Structural evolution during solidification of austenitic stainless steel welds plays a crucial role ...
Nous présentons deux analyses faites par STEM : (a) analyse de poudres d'acier à haute teneur en pho...
188 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1982.An investigation of the micro...
In the search for higher performance systems, precipitate formation is an essential means of obtaini...
Since transmission electron microscopy (TEM) was first applied to study metals and alloys, an extens...
The atom-probe is a microanalysis technique with high spatial resolution. The lateral resolution is ...
This paper outlines a combined transmission electron microscope and atom probe investigation of rapi...
AbstractThis research examines rapidly solidified, atomized pure iron powder and solid and reticulat...
The authors have rapid-solidification-processed many stainless steels by gas atomization and achieve...
Strength improvements in stainless steels have been realized by gas atomization. The improvements ar...
For an improved exploration of the nanoworld at the atomic level, the implementation of various spec...
The sintering of pre-pressed powders of iron, copper and nickel has been studied in situ using an En...
Small supported particles (a few angstroms in diameter) are useful as catalysts because of their inc...
High resolution electron microscopy (HREM) has emerged as a very powerful tool for probing the struc...
International audienceNucleation undercoolings are measured for the primary dendritic structure and ...
Structural evolution during solidification of austenitic stainless steel welds plays a crucial role ...
Nous présentons deux analyses faites par STEM : (a) analyse de poudres d'acier à haute teneur en pho...
188 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1982.An investigation of the micro...
In the search for higher performance systems, precipitate formation is an essential means of obtaini...
Since transmission electron microscopy (TEM) was first applied to study metals and alloys, an extens...
The atom-probe is a microanalysis technique with high spatial resolution. The lateral resolution is ...
This paper outlines a combined transmission electron microscope and atom probe investigation of rapi...
AbstractThis research examines rapidly solidified, atomized pure iron powder and solid and reticulat...
The authors have rapid-solidification-processed many stainless steels by gas atomization and achieve...
Strength improvements in stainless steels have been realized by gas atomization. The improvements ar...
For an improved exploration of the nanoworld at the atomic level, the implementation of various spec...
The sintering of pre-pressed powders of iron, copper and nickel has been studied in situ using an En...
Small supported particles (a few angstroms in diameter) are useful as catalysts because of their inc...
High resolution electron microscopy (HREM) has emerged as a very powerful tool for probing the struc...
International audienceNucleation undercoolings are measured for the primary dendritic structure and ...
Structural evolution during solidification of austenitic stainless steel welds plays a crucial role ...