A description of the QUELL experiment at the SULTAN facility, its objectives and plan is given. After reviewing the quench properties of the Cable in Conduit Conductors and a short review of the theoretical background foreseen for the interpretation of the experimental results, information are given concerning the QUELL sample layout, quench sensors, cryogenic system, power supplies, current bus, current leads and data acquisition system. A detailed tc:st plan and information on the experiment time schedule are also presented
High temperature superconductors (HTS) enable many high field magnet applications—such as magnetic f...
The purpose of this project is to create and design a quench heater for the 16 T Cable-in-Conduit (C...
Quench protection is a critical issue for magnet using high-temperature superconducting (HTS) materi...
A novel quench detection technique for superconducting power cables is proposed. The basic idea reli...
Knowledge of the hydraulic boundary conditions is a prerequisite for accurate estimates of the quenc...
The German SUpraLeiterTest ANlage (SULTAN) test facility at the Centre de Recherches en Physique des...
A simple 0D analytical model for the prediction of the take-off point observed in critical-current o...
High Temperature Superconductors (HTS) are promising materials for future fusion magnets. One of HTS...
The quench in a magnet describes a process which occurs while the superconductivity state goes to th...
One goal of the QUELL experiment is the validation of numerical codes for the simulation of thermo-h...
The purpose of this paper is to assess the expected response of conventional and non-conventional qu...
The quench development process was studied with two six-strand superconducting cable samples with in...
To operate superconducting magnets stably and safety, quench protection for the magnets has to be co...
At CRPP in Villigen (Switzerland), the superconducting windings of the EDIPO and SULTAN test facilit...
Abstract- The quench process of a multi-strand cable was investigated using the simplest system: two...
High temperature superconductors (HTS) enable many high field magnet applications—such as magnetic f...
The purpose of this project is to create and design a quench heater for the 16 T Cable-in-Conduit (C...
Quench protection is a critical issue for magnet using high-temperature superconducting (HTS) materi...
A novel quench detection technique for superconducting power cables is proposed. The basic idea reli...
Knowledge of the hydraulic boundary conditions is a prerequisite for accurate estimates of the quenc...
The German SUpraLeiterTest ANlage (SULTAN) test facility at the Centre de Recherches en Physique des...
A simple 0D analytical model for the prediction of the take-off point observed in critical-current o...
High Temperature Superconductors (HTS) are promising materials for future fusion magnets. One of HTS...
The quench in a magnet describes a process which occurs while the superconductivity state goes to th...
One goal of the QUELL experiment is the validation of numerical codes for the simulation of thermo-h...
The purpose of this paper is to assess the expected response of conventional and non-conventional qu...
The quench development process was studied with two six-strand superconducting cable samples with in...
To operate superconducting magnets stably and safety, quench protection for the magnets has to be co...
At CRPP in Villigen (Switzerland), the superconducting windings of the EDIPO and SULTAN test facilit...
Abstract- The quench process of a multi-strand cable was investigated using the simplest system: two...
High temperature superconductors (HTS) enable many high field magnet applications—such as magnetic f...
The purpose of this project is to create and design a quench heater for the 16 T Cable-in-Conduit (C...
Quench protection is a critical issue for magnet using high-temperature superconducting (HTS) materi...