Niobium nitride (NbN) has attracted scientific interest due to its diverse physical properties
and a variety of structural phases. The structure and superconductivity of the cubic δ-NbN …

NbN-based superconductors have attracted interest for superconducting circuits, quantum
computation and high frequency devices. The superconducting properties of NbN films are …

Chromium nitride (CrN) ceramics were sintered at various temperatures by plasma activated
sintering, and their thermoelectric properties were explored. The formation of Cr 2 N phase …

NbN has become an important material for superconducting applications, largely due to its
ability to have a high superconducting transition temperature (TC) compared with other …

In recent years, transition metal oxynitrides have gained increasing attention due to offering
attractive properties, such as high electronic and thermal conductivity, high melting points …

In this work, we present a systematic study of superconducting vanadium mononitride (VN)
thin films that were simultaneously grown on single crystalline MgO (100) and amorphous …

Atomic-vapor-deposited nitride thin films attract considerable interest as decorative coatings
in various industrial applications. Recent research efforts in the process-structure …

Epitaxial NbN/Al2O3/NbN trilayer structures with NbN thicknesses of 50–200 nm were
grown by pulsed laser deposition. Within each trilayer configuration, it was observed that the …

Zirconium nitride (ZrN) has attracted scientific interest due to its diverse physical and
functional properties. Despite the energetic favourability of room-temperature synthesis of …

Wide bandgap semiconductors and superconductors are two emerging classes of materials
for next generation high power electronics and high speed quantum computers …