Product
Introduction
Superconducting Magnetic
Product Inquiry
CUSP Magnetic Field Type Superconducting Magnetic
A CUSP superconducting magnet is a device that uses a high-temperature superconductor to generate a strong magnetic field. These magnets are mainly used in high energy physics experiments, such as nuclear fusion research.
- Feature
- Generate much stronger magnetic fields than conventional electromagnets, making them suitable for precision research such as high-energy physics experiments
- The nature of superconductors allows current to flow without resistance at low temperatures, greatly reducing energy consumption
- The resistance-free state of superconductors results in less heat generation, increasing the thermal stability of the system
- The ability to maintain a strong magnetic field continuously allows for long experiments and efficient research
- The high efficiency of magnetic field generation allows miniaturization compared to conventional electromagnet systems, reducing the size of the equipment
Detailed Specification
MCZ Superconducting Magnetic
Used as a high-field source in silicon single crystal replicators, superconducting magnets are safe and reliable devices cooled by in-house chillers without the use of liquid helium.
CUSP magnetic field type superconducting magnetic
A CUSP magnetic field is applied to the silicon melt. A pair (two) of superconducting coils are used, one above the other.
| Item | Specification |
|---|---|
| Central magnetic field | 0.12 Tesla @R=400mm |
| Bore diameter in room temperature | 1,600 mm |
| Outer diameter | 2,340 mm |
| Height | 1,500mm |
| Weight | 6 Ton |
| Number of coolers | 3 |