The world's first database on the effect of stabilizers on the resistivity and thermal
conductivity of 20 different commercial REBa 2 Cu 3 O 7− δ (REBCO) tapes was …

Although all the commercial REBCO tapes claim the stabilizer layer is pure Cu, the turn-to-
turn contact resistance of coils wound from conductors sourced from different manufacturers …

High-T c superconducting coils wound by REBCO coated conductors with no turn-to-turn
insulation have been widely used for high-field DC magnets, due to the fact that they have a …

We report a study of the contact resistance between commercial Cu-stabilized REBCO tapes
coated with V 2 O 3, which is a functional material that passes through a metal-to-insulator …

This study reports a high-temperature superconducting (HTS) coil containing molybdenum
doped vanadium trioxide (V 2 O 3: Mo) as turn-to-turn insulation material to ameliorate the …

A smart insulation (SI) winding technique utilizing vanadium trioxide (V 2 O 3) as a turn-to-
turn insulation material is an effective means of achieving a suitable time constant and …

A smart switching feature was investigated in this paper by applying V2O3 to a second-
generation high-temperature superconductor racetrack coil in an experiment. V2O3 is a …

Vanadium trioxide (V 2 O 3) exhibits a negative temperature dependency in its electrical
resistivity, a phenomenon known as the metal-to-insulator transition (MIT). This study …

Abstract REBCO No–or Metal-Insulation winding open the way to very high field magnets.
However, in order to impose a reasonable loading time and to protect the magnet as well as …

Epitaxial V 2 O 3 films, which undergo a metal–insulator transition at 155 K, exhibit a drastic
change in resistivity. Consequently, they are expected to be used in current-driven switching …