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X-ray diffractionSoftware
International audienceSmCo5+20%Fe magnetic nanocomposites have been obtained by mechanical milling in a planetary mill and subsequent annealing. The influence of the milling and annealing conditions on the magnetic and structural behaviour of SmCo5/alpha-Fe has been studied by X-ray diffraction, electron microscopy, magnetic measurements and Mossbauer spectrometry
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
We report bulk SmCo3/alpha-Fe nanocomposite magnets prepared via high energy ball milling and warm c...
The Sm(Co,Zr)(7)/alpha-(Fe-Co) nanocomposite permanent magnets are produced by mechanical alloying a...
International audienceSmCo5+20%Fe magnetic nanocomposites have been obtained by mechanical milling i...
International audienceSmCo3Cu2/alfa-Fe nanocomposites have been obtained by mechanical milling (MM) ...
International audienceThe influence of milling type on the structural and magnetic behaviour of mech...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
We report bulk SmCo3/alpha-Fe nanocomposite magnets prepared via high energy ball milling and warm c...
The Sm(Co,Zr)(7)/alpha-(Fe-Co) nanocomposite permanent magnets are produced by mechanical alloying a...
International audienceSmCo5+20%Fe magnetic nanocomposites have been obtained by mechanical milling i...
International audienceSmCo3Cu2/alfa-Fe nanocomposites have been obtained by mechanical milling (MM) ...
International audienceThe influence of milling type on the structural and magnetic behaviour of mech...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
The influence of the milling and annealing conditions on the structural evolution of mechanically-mi...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
International audienceSmCo 5 /Fe nanostructured alloys with 20 wt% Fe, obtained by high energy ball ...
We report bulk SmCo3/alpha-Fe nanocomposite magnets prepared via high energy ball milling and warm c...
The Sm(Co,Zr)(7)/alpha-(Fe-Co) nanocomposite permanent magnets are produced by mechanical alloying a...
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