Products
SuperCurrent
Designed from the ground up for automated measurement of critical current, Ic, in HTS superconducting wires.
Features
Wide measurement range
Designed specifically for HTS conductor assessment, the SuperCurrent system delivers detailed electrical transport data over wide field and temperature ranges. This wire property information is indispensable to superconducting machine design and wire manufacture.
- 5, 8, and 12 T split-pair magnet options, featuring low fringe-field
- 20 T magnet option under development
- Sample cooling to 15 K using dedicated He gas circulation system
- Transport current to over 1600 A
- Sample rotation 0-360°
- No liquid cryogens
- Turn-key system
High-throughput, high-quality data
The SuperCurrent automated critical current measurement system is the tool utilised for the widely recognized Robinson Research Institute HTS wire database, available on the Victory University website. High-throughput, high-fidelity data collection arises from:
- Rapid sample exchange and cooling
- A complete software package providing Ic measurement automation and analysis, allowing unattended high-resolution data collection
- Flexibility in measurement:
- Ic(T,B,θ ) n-value
- R(T)
- 1G, 2G, MgB2
Latest News
HTS-110 Announces the Launch of a New 2.0 T Projected Field HTS Magnet
A published review of 400MHz nuclear magnetic resonance spectrometry
Recent Developments of HTS Magnets for Polarized Neutron Scattering
HTS-110 SuperCurrent System
Kinetic Investigations To Enable Development of a Robust Radical Benzylic Bromination for Commercial Manufacturing of AMG 423 Dihydrochloride Hydrate
HTS-110 CryoSaver Current Leads Video
Polarized neutron diffraction using a novel high Tc superconducting magnet on the single crystal diffractometer POLI at MLZ
Polarized Neutron Scattering Magnet
12 Tesla Split-Coil Magnet System
Bringing a cryogen-free 400 MHz HTS NMR spectrometer into a chemistry lab, a discussion with Maria Silva Elipe
Contract to supply X-Ray Scattering Magnet
Structure elucidation capabilities on typical pharmaceutical drugs by new nuclear magnetic resonance technology: a 400 MHz high-temperature superconducting power-driven magnet NMR system
Performance of new 400-MHz HTS power-driven magnet NMR technology on typical pharmaceutical API
