In recent years, metal selenide materials have attracted attention due to their wide
application prospects. In this family of materials, FeSe is particularly studied since it is both a …

For mass production, a high deposition rate is necessary. A powerful approach is to deposit
Fe (Se, Te)(FST) superconducting films at a high laser repetition rate by pulsed laser …

The fabrication of a Fe-based coated conductor (CC) becomes possible when Fe (Se, Te) is
grown as an epitaxial film on a metallic oriented substrate. Thanks to the material's low …

Although Fe (Se, Te) film shows limited superconducting properties compared to REBCO in
terms of critical temperature and critical current density, it represents a potential low-cost …

The design of iron-based coated conductors (IBS-CC) with a simplified architecture is
possible thanks to the material properties that allow for milder requirements on the template …

In the development of Fe (Se, Te) films, the substrate is thought to be a consequential factor
in the growth and characteristics of the films. In this study, Fe (Se, Te) films were grown on …

Iron-based superconductors are under study for their potential for high-field applications due
to their excellent superconducting properties such as low structural anisotropy, large upper …

Chemical solution deposition (CSD) is a versatile and cheap technique widely used for both
buffer layer and YBa 2 Cu 3 O 7− δ (YBCO) epitaxial film growth. One of the main limits …

The magnetic fields needed for applications such as nuclear fusion plants are in the range
between 8 T and 20 T. In such conditions, superconducting materials are needed in order to …