The effects of pressure on the structural, electronic and mechanical properties of tetragonal
NbAl 3 and cubic Nb 3 Al have been investigated using first-principles density functional …

Nb 3 Al superconductors with high superconducting performance are of interest as potential
materials for using in high magnetic fields. The phase formation mechanism plays a vital role …

The A15-type conventional superconductor Nb 3 Al alloys have been widely studied
because of their high-performance superconductivity, which is generally considered a β-W 3 …

V-Ti alloys are promising alternatives to Nb for the construction of superconducting
solenoids that produce high magnetic fields. The critical current density (\(J_C\)), which …

Although the rapid heating quenching and transformation method has been used as a
general way to fabricate high-performance Nb 3 Al superconducting wires, the complicated …

Nb 3 Al wire requires a simplified fabrication process as well as improved critical current
density. We found that the reel-to-reel Rapid Heating/Quenching (RHQ) treatment could be …

The critical current density (J c) is one of the most important properties for the practical
application of Nb 3 Al superconductors. In this work, Nb 3 Al bulk superconductors were …

Abstract Traditional A15 superconductor Nb3Al holds great potential in high magnetic field
engineering due to its excellent stress-strain tolerance and high critical magnetic field …

A new apparatus is designed and fabricated for rapid heating and quenching (RHQ) process
of Nb/Al precursor short wires. As the primary step, Nb/Al precursor with large Nb/Al …

Recent developments in Nb3Al strand for HEP applications are presented and discussed.
The present state of available precursor is detailed. Two routes have been shown to lead to …