Add to ORKGOn-line measurements of resistance and temperature in melt-spun Cu90Co10 ribbons are made using two different annealing techniques: conventional furnace annealing, and linearly varying current Joule heating. The aim of this paper is to consider the electrical current, flowing through the sample during the annealing, as a possible parameter to control thermal treatment parameters and thus the microstructure of these systems. Although an exact way to obtain the temperature fromthe annealing current remains a difficult task, the on-line changes in resistance with current allows one to identify structural changes in the sample during annealing. Also, because the temperature is found to increase continuously with electrical current, it is possib...
Non-conventional heating treatments, such as Joule heating, can produce materials with attractive ph...
Round tensile test specimens of an age-hardened CuCr1Zr alloy were subjected to direct electrical cu...
The goal of the project was to measure the electrical conductivity of eight samples made of pure or ...
On-line measurements of resistance and temperature in melt-spun Cu90Co10 ribbons are made using two ...
On-line measurements of resistance and temperature in melt-spun Cu90 Co10 ribbons are made using two...
On-line resistance (R) and temperature (T) measurements in melt-spun Cu90Co10 ribbons were carried o...
Measurements of resistance R versus electrical current I were performed during annealing of melt-spu...
Melt-spun Cu-Co ribbons are annealed by linearly varying current Joule heating. During the annealing...
The magnetic properties of a granular Co-Cu alloy (Co,,Cu,,) produced by melt-spinning and annealed ...
A dc technique of Joule heating has been developed with the purpose of developing unconventional cry...
Granular Co-Cu alloy ( Co10Cu90) produced by melt-spinning and subsequently annealed in vacuum by DC...
A d.c. Joule heating technique allows new application-oriented crystallization products to be obtain...
The evolution of negative giant magnetoresistance (GMR) is studied in two melt-spun Cu90Co10 ribbons...
The effect of electric-current pulses on the evolution of microstructure and texture in cryogenicall...
AbstractLow temperature measurements of specific heat and magnetic properties were performed on gran...
Non-conventional heating treatments, such as Joule heating, can produce materials with attractive ph...
Round tensile test specimens of an age-hardened CuCr1Zr alloy were subjected to direct electrical cu...
The goal of the project was to measure the electrical conductivity of eight samples made of pure or ...
On-line measurements of resistance and temperature in melt-spun Cu90Co10 ribbons are made using two ...
On-line measurements of resistance and temperature in melt-spun Cu90 Co10 ribbons are made using two...
On-line resistance (R) and temperature (T) measurements in melt-spun Cu90Co10 ribbons were carried o...
Measurements of resistance R versus electrical current I were performed during annealing of melt-spu...
Melt-spun Cu-Co ribbons are annealed by linearly varying current Joule heating. During the annealing...
The magnetic properties of a granular Co-Cu alloy (Co,,Cu,,) produced by melt-spinning and annealed ...
A dc technique of Joule heating has been developed with the purpose of developing unconventional cry...
Granular Co-Cu alloy ( Co10Cu90) produced by melt-spinning and subsequently annealed in vacuum by DC...
A d.c. Joule heating technique allows new application-oriented crystallization products to be obtain...
The evolution of negative giant magnetoresistance (GMR) is studied in two melt-spun Cu90Co10 ribbons...
The effect of electric-current pulses on the evolution of microstructure and texture in cryogenicall...
AbstractLow temperature measurements of specific heat and magnetic properties were performed on gran...
Non-conventional heating treatments, such as Joule heating, can produce materials with attractive ph...
Round tensile test specimens of an age-hardened CuCr1Zr alloy were subjected to direct electrical cu...
The goal of the project was to measure the electrical conductivity of eight samples made of pure or ...