This paper forms the second part of the review. Full and half wave superconducting transformer rectifiers are analysed. Modes of operation and loss mechanisms are detailed and a comparison between the behaviour of dynamos and rectifiers is presented. Investigations carried out to date still leave the flux pump relatively a long way from real applications. The possible use of a flux pump in a large magnet system and for the general protection of that system merits further study
Flux pumps are devices that can magnetize closed superconducting magnets in a gradual manner. High-T...
A full-wave thermally switched superconducting rectifier, able to operate directly from the mains at...
Superconducting flux pumps are the kind of devices which can generate direct current into supercondu...
The magnetic and electrical properties of superconductors were a challenge for many inventors and de...
The magnetic and electrical properties of superconductors were a challenge for many inventors and de...
Results on three experimental superconducting rectifiers are reported. Two of them are 1 kA low freq...
Flux pumping provides a method of inductively magnetizing superconducting coils and can provide ther...
International audienceA Flux pump (FP) is a high current generating device for powering superconduct...
Due to the improvement in the manufacturing of the superconductor, the superconducting magnets have ...
High temperature superconductors have the potential to enable high field magnet coils and supercondu...
Flux pumps are a type of wireless superconducting power supply which can provide advantages over tra...
High field superconducting magnets are crucial in medical and research imaging applications such as ...
Above a certain current level, the use of a superconducting rectifier as a cryogenic current source ...
I The switches of a superconducting rectifier can be controlled either magnetically or thermally. Th...
The switches of a superconducting rectifier can be controlled either magnetically or thermally. The ...
Flux pumps are devices that can magnetize closed superconducting magnets in a gradual manner. High-T...
A full-wave thermally switched superconducting rectifier, able to operate directly from the mains at...
Superconducting flux pumps are the kind of devices which can generate direct current into supercondu...
The magnetic and electrical properties of superconductors were a challenge for many inventors and de...
The magnetic and electrical properties of superconductors were a challenge for many inventors and de...
Results on three experimental superconducting rectifiers are reported. Two of them are 1 kA low freq...
Flux pumping provides a method of inductively magnetizing superconducting coils and can provide ther...
International audienceA Flux pump (FP) is a high current generating device for powering superconduct...
Due to the improvement in the manufacturing of the superconductor, the superconducting magnets have ...
High temperature superconductors have the potential to enable high field magnet coils and supercondu...
Flux pumps are a type of wireless superconducting power supply which can provide advantages over tra...
High field superconducting magnets are crucial in medical and research imaging applications such as ...
Above a certain current level, the use of a superconducting rectifier as a cryogenic current source ...
I The switches of a superconducting rectifier can be controlled either magnetically or thermally. Th...
The switches of a superconducting rectifier can be controlled either magnetically or thermally. The ...
Flux pumps are devices that can magnetize closed superconducting magnets in a gradual manner. High-T...
A full-wave thermally switched superconducting rectifier, able to operate directly from the mains at...
Superconducting flux pumps are the kind of devices which can generate direct current into supercondu...