Superconducting technology applications in electric machines have long been pursued due
to their significant advantages of higher efficiency and power density over conventional …

Superconducting (SC) magnets can generate exceptionally high magnetic fields and can be
employed in various applications to enhance system power density. In contrast to …

Intrinsically stable magnetic levitation between superconductors and permanent magnets
can be exploited in a variety of applications of great technical interest in the field of …

The magnetic field trapping capability of a bulk superconductor is essentially determined by
the critical current density, J c (B, T), of the material. With state-of-the-art bulk (RE) BCO …

Magnetization is of great importance for the application of bulk superconductors. Flux jumps
are frequently-encountered challenges during magnetization, leading to sharp temperature …

Trapped fields of over 20 T are, in principle, achievable in bulk, single-grain high
temperature cuprate superconductors. The principle barriers to realizing such performance …

A trapped magnetic field of greater than 3 T has been achieved in a single grain
GdBa2Cu3O7-d (GdBaCuO) bulk superconductor of diameter 30 mm by employing pulsed …

Bulk superconductor is subjected to a combination of huge electromagnetic force and
temperature rise owing to the rapid movement of magnetic flux during pulsed field …

Magnetisation is one of the main barriers to practical use of bulk superconductors as high
field magnets. Recently several authors have reported a flux jump effect that allows …

We have investigated, both experimentally and numerically, the trapped field characteristics
of a standard Y–Ba–Cu–O bulk of 30 mm in diameter and 14 mm in thickness magnetized by …