Add to ORKGA superconducting Rutherford-type cable is composed of many strands wound together. The electrical resistance between the strands may vary by several orders of magnitude, depending on the characteristics of the wires and on the procedures used during cabling and magnet fabrication. Th
Calorimetric measurements of AC loss and hence interstrand contact resistance (ICR), have been perfo...
The superconducting wires are generally made of several hundreds or thousands of fine superconductin...
Fast-cycling magnetic fields, produced by superconducting magnets of modern accelerators, generate c...
Abstract. Fermilab is developing high field superconducting magnets for future accelerators based on...
It is well known by now that interstrand coupling in NbTi Rutherford cables can be suppressed by sep...
From the standpoint of overall conductor cost, it is desirable to minimize the amount of Cu that is ...
Fermilab is developing 11 T superconducting dipole magnets for future accelerators based on Nb{sub 3...
The magnetizations of eight high-gradient quadrupole cables designated HQ and QXF and a pair of stra...
In the framework of the development of high field magnets made of $Nb_3Sn$ superconductor for projec...
As part of a collaboration between FNAL and CERN, Nb{sub 3}Sn Rutherford-type cables made of differe...
Abstract—Cored Nb-Ti Rutherford cables with high crossover resistance Rc are being investigated to m...
Abstract—Cored Nb-Ti Rutherford cables with high crossover resistance Rc are being investigated to m...
The effective transverse resistivity of a range of multi-filamentary Nb3Sn and NbTi strands is measu...
An important part of superconducting accelerator magnet work is the conductor. To produce magnetic f...
Calorimetric measurements of AC loss and hence interstrand contact resistance (ICR), have been perfo...
Calorimetric measurements of AC loss and hence interstrand contact resistance (ICR), have been perfo...
The superconducting wires are generally made of several hundreds or thousands of fine superconductin...
Fast-cycling magnetic fields, produced by superconducting magnets of modern accelerators, generate c...
Abstract. Fermilab is developing high field superconducting magnets for future accelerators based on...
It is well known by now that interstrand coupling in NbTi Rutherford cables can be suppressed by sep...
From the standpoint of overall conductor cost, it is desirable to minimize the amount of Cu that is ...
Fermilab is developing 11 T superconducting dipole magnets for future accelerators based on Nb{sub 3...
The magnetizations of eight high-gradient quadrupole cables designated HQ and QXF and a pair of stra...
In the framework of the development of high field magnets made of $Nb_3Sn$ superconductor for projec...
As part of a collaboration between FNAL and CERN, Nb{sub 3}Sn Rutherford-type cables made of differe...
Abstract—Cored Nb-Ti Rutherford cables with high crossover resistance Rc are being investigated to m...
Abstract—Cored Nb-Ti Rutherford cables with high crossover resistance Rc are being investigated to m...
The effective transverse resistivity of a range of multi-filamentary Nb3Sn and NbTi strands is measu...
An important part of superconducting accelerator magnet work is the conductor. To produce magnetic f...
Calorimetric measurements of AC loss and hence interstrand contact resistance (ICR), have been perfo...
Calorimetric measurements of AC loss and hence interstrand contact resistance (ICR), have been perfo...
The superconducting wires are generally made of several hundreds or thousands of fine superconductin...
Fast-cycling magnetic fields, produced by superconducting magnets of modern accelerators, generate c...