International audienceNew Ag-Cu composite wires are developed for the winding of non-destructive pulsed magnets. Silver nanowires were mixed with a micrometric copper powder. Copper and 1, 5 and 10 vol. % silver-copper cylinders were prepared by spark plasma sintering. They served as starting materials for room temperature wire-drawing, enabling the preparation of conducting wires containing copper ultrafine elongated grains and silver nanowires located at the grain boundaries. The tensile strength at 293 K and 77 K for the composite wires is more than twice those for the corresponding pure copper wires. The electrical resistivity is however increased and we show that the composites containing only 1 vol. % silver offer the best compromis
Cu-Nb microcomposites are attractive in magnet pulsed field technology applications due to their ano...
The development of suitable wires for magnet windings requires both the attainment of suitable combi...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...
International audienceNew Ag-Cu composite wires are developed for the winding of non-destructive pul...
International audienceHigh-strength, high-conductivity silver-copper composite wires were prepared b...
LNCMI-Toulouse produces some of the most intense non-destructive pulsed magnetic fields in the world...
International audienceCopper and 1 vol% carbon nanotube-copper cylinderswith a micrometric copper gr...
International audienceA pure copper cylinder with micrometric grains was prepared by spark plasma si...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...
In order to produce high magnetic fields (100 T), the conducting wires used in pulsed coils must sho...
International audienceDouble-walled carbon nanotube – copper composite macroscopic wires are prepare...
In this work, combined silver/copper nanoparticles were fabricated by the electrical explosion of a ...
Calculations have indicated that the simple macro composite conductor that comprises copper with a s...
Primary goal is to develop high strength-high conductivity composite wires with enhanced cross secti...
Cu-Nb microcomposites are attractive in magnet pulsed field technology applications due to their ano...
Cu-Nb microcomposites are attractive in magnet pulsed field technology applications due to their ano...
The development of suitable wires for magnet windings requires both the attainment of suitable combi...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...
International audienceNew Ag-Cu composite wires are developed for the winding of non-destructive pul...
International audienceHigh-strength, high-conductivity silver-copper composite wires were prepared b...
LNCMI-Toulouse produces some of the most intense non-destructive pulsed magnetic fields in the world...
International audienceCopper and 1 vol% carbon nanotube-copper cylinderswith a micrometric copper gr...
International audienceA pure copper cylinder with micrometric grains was prepared by spark plasma si...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...
In order to produce high magnetic fields (100 T), the conducting wires used in pulsed coils must sho...
International audienceDouble-walled carbon nanotube – copper composite macroscopic wires are prepare...
In this work, combined silver/copper nanoparticles were fabricated by the electrical explosion of a ...
Calculations have indicated that the simple macro composite conductor that comprises copper with a s...
Primary goal is to develop high strength-high conductivity composite wires with enhanced cross secti...
Cu-Nb microcomposites are attractive in magnet pulsed field technology applications due to their ano...
Cu-Nb microcomposites are attractive in magnet pulsed field technology applications due to their ano...
The development of suitable wires for magnet windings requires both the attainment of suitable combi...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...