A.c. losses caused by an a.c. transport current and a transverse a.c. magnetic field during simultaneous action were measured. The loss contributions have been obtained separately. The measurements were performed on a NbTi multifilamentary wire having a CuNi matrix of low conductivity in order to prevent eddy currents. The test configuration is presented and measurement results as well as theoretical confirmation are dealt with
A method to calculate the AC loss of superconducting power devices from the measured AC loss of a sh...
Abstract — AC losses are numerically evaluated for various types of multifilamentary tapes without t...
A method for the complete numerical solution of the Maxwell equation for a multifilamentary wire car...
A.c. losses caused by an a.c. transport current and a transverse a-c. magnetic field during slmultan...
AC losses in cables carrying DC as well as AC transport currents at different DC background fields u...
Technical applications of multifilamentary wires indicate that filaments are used in complex magneti...
Nous présentons un modèle numérique, basé sur les équations de Maxwell, pour calculer la dissipation...
A description is given of a new test system currently under construction. The system will be used to...
Abstract: In future superconducting electrical machines and devices, AC loss in the supercon-ducting...
Multifilamentary Bi2223 tapes are exposed to the longitudinal magnetic field as well as the transver...
Multifilamentary NbTi wires for ac applications are manufactured by embedding filament bundles into ...
In practical applications, BSCCO/Ag tapes are exposed to external AC magnetic field and fed with an ...
The effective transverse resistivity of a range of multi-filamentary Nb3Sn and NbTi strands is measu...
Abstract- A method for the. complete numerical solution of the Maxwell equation in a multifilamentar...
the Netherlands. Abstract: The interstrand coupling currents may in many cases produce the major par...
A method to calculate the AC loss of superconducting power devices from the measured AC loss of a sh...
Abstract — AC losses are numerically evaluated for various types of multifilamentary tapes without t...
A method for the complete numerical solution of the Maxwell equation for a multifilamentary wire car...
A.c. losses caused by an a.c. transport current and a transverse a-c. magnetic field during slmultan...
AC losses in cables carrying DC as well as AC transport currents at different DC background fields u...
Technical applications of multifilamentary wires indicate that filaments are used in complex magneti...
Nous présentons un modèle numérique, basé sur les équations de Maxwell, pour calculer la dissipation...
A description is given of a new test system currently under construction. The system will be used to...
Abstract: In future superconducting electrical machines and devices, AC loss in the supercon-ducting...
Multifilamentary Bi2223 tapes are exposed to the longitudinal magnetic field as well as the transver...
Multifilamentary NbTi wires for ac applications are manufactured by embedding filament bundles into ...
In practical applications, BSCCO/Ag tapes are exposed to external AC magnetic field and fed with an ...
The effective transverse resistivity of a range of multi-filamentary Nb3Sn and NbTi strands is measu...
Abstract- A method for the. complete numerical solution of the Maxwell equation in a multifilamentar...
the Netherlands. Abstract: The interstrand coupling currents may in many cases produce the major par...
A method to calculate the AC loss of superconducting power devices from the measured AC loss of a sh...
Abstract — AC losses are numerically evaluated for various types of multifilamentary tapes without t...
A method for the complete numerical solution of the Maxwell equation for a multifilamentary wire car...