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The Innost wire has the highest minimum quench energy (MQE).
This means that the minimum quench energy (MQE) of a HTS is higher than that of a LTS.
The minimum quench energy (MQE) is one of the index of stability margin and it is defined as the minimum energy to trigger quenching of a superconductor.
The time variations of temperature and current density distributions, minimum quench energy (MQE), and normal zone propagation velocity (vp) of a Cu 17vol%Nb/Nb3Sn wire, a Cu 63vol%Nb/Nb3Sn wire, and a conventional Cu/Nb3Sn wire are investigated.
In this paper, the improved transient stabilities and self- protection abilities of HTS coils by removing the insulation and inserting metal tapes will be presented by minimum quench energy (MQE).
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The fundamental performance of the conductors designed using our method has been confirmed through measurements of the coupling loss and the minimum quench energies in the conductor.
Additionally, shallow ecotypes showed an increased ability to quench energy from excessive light through xanthophyll de-epoxidation.
Calculated values of minimum quenching distances are in good agreement with experimental data.
The substitution of nitrogen for helium in air increases the minimum quenching distance from 5 to 7 mm.
The quenching process while showing a low quenching energy (E QUE ≈ 100 meV) is relatively mild (a factor 400 reduction between 14 K and RT).
The minimum propagation zone (MPZ) and the minimum local energy release required for a quench (MQE) are two very important parameters in superconductors targeted to coil applications.
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