On the basis of investigations carried out earlier, two types of high strength-high conductivity Cu-Nb wires have been designed and appropriate manufacturing processes have been proposed and experimentally approved. Long length conductors with rectangular cross sections 4 x 6 mm{sup 2} and 2 x 3 mm{sup 2} have been fabricated by the in situ process and by the bundle and deform process, which eliminates the operation of melting, accordingly. Investigation on the microstructure of both types of the fabricated wires has been conducted. Mechanical properties and electrical conductivity parameters have been measured also
The objective of this program was to continue the developmental effort aimed toward production of a ...
International audienceCopper‐based high strength and high electrical conductivity nanocomposite wire...
The technology of high temperature superconductivity has gone beyond mere scientific curiosity and i...
The development of suitable wires for magnet windings requires both the attainment of suitable combi...
Primary goal is to develop high strength-high conductivity composite wires with enhanced cross secti...
High strength and high conductivity conductors are elaborated via strong plastic deformation by draw...
International audienceWe chose high strength and high conductive Cu-Nb composite as strengthening co...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...
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...
International audienceKilometer level 6 + 1 filamentary MgB2 wires sheathed with Nb/Cu composite tub...
Nowadays, there is much activity all over the world in development of Cu-Nb composites for their pot...
International audienceThe comparisons of strengthening abilities of Cu, Cu-Nb, and NbTi for 6-filame...
Les fils composites Cu/Nb étudiés ici sont d'excellents candidats pour les bobines non destructives ...
In the past year, the effort in materials science related to the 60T and 100T magnets at Los Alamos ...
The objective of this program was to continue the developmental effort aimed toward production of a ...
International audienceCopper‐based high strength and high electrical conductivity nanocomposite wire...
The technology of high temperature superconductivity has gone beyond mere scientific curiosity and i...
The development of suitable wires for magnet windings requires both the attainment of suitable combi...
Primary goal is to develop high strength-high conductivity composite wires with enhanced cross secti...
High strength and high conductivity conductors are elaborated via strong plastic deformation by draw...
International audienceWe chose high strength and high conductive Cu-Nb composite as strengthening co...
Research results of manufacturing composite filamentary nanostructure Cu-Ag alloys with silver addit...
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...
International audienceKilometer level 6 + 1 filamentary MgB2 wires sheathed with Nb/Cu composite tub...
Nowadays, there is much activity all over the world in development of Cu-Nb composites for their pot...
International audienceThe comparisons of strengthening abilities of Cu, Cu-Nb, and NbTi for 6-filame...
Les fils composites Cu/Nb étudiés ici sont d'excellents candidats pour les bobines non destructives ...
In the past year, the effort in materials science related to the 60T and 100T magnets at Los Alamos ...
The objective of this program was to continue the developmental effort aimed toward production of a ...
International audienceCopper‐based high strength and high electrical conductivity nanocomposite wire...
The technology of high temperature superconductivity has gone beyond mere scientific curiosity and i...