Energy applications employing high-temperature superconductors (HTS), such as
motors/generators, transformers, transmission lines and fault current limiters, are usually …

The next generation of high-field magnets that will operate at magnetic fields substantially
above 20 T, or at temperatures substantially above 4.2 K, requires high-temperature …

High-temperature superconductor applications have reached a mature status, with several
prototypes and devices in precommercial stage installed around the world. Following this …

Many active magnetic shielding designs have been proposed in order to reduce the
radiation exposure received by astronauts on long duration, deep space missions. While …

To evaluate the effect of mechanical behaviors on the critical current (I c) of superconducting
conductors, this paper develops an improved modeling method at all the composite-layer …

HTS coated conductors could replace Nb 3 Sn wires in future fusion power plants, where the
superconductors are exposed to neutron radiation. The maximum neutron fluence a …

For future particle accelerators bending dipoles are considered with magnetic fields
exceeding $20 T $. This can only be achieved using high temperature superconductors …

High-temperature superconducting (HTS) direct current (dc) power cables allow high levels
of power transmission and distribution at low loss and can be tailored to effectively limit fault …

In this work we demonstrate that the use of striated tapes from coated conductors (CCs)
significantly reduces the dissipation of a cable made of tapes wound helically on a round …

This paper presents a concept of quasi-isotropic high-temperature superconducting (HTS)
strands with round and square cross sections made from REBa 2 Cu 3 O 7-x (RE= rare …