Low-temperature superconducting vector magnet

Low-temperature superconducting vector magnet

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Brand: bamasupercon

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A low-temperature superconducting Vector Magnet is a specialized device designed to generate strong magnetic fields with high homogeneity in multiple directions. These magnets operate at the working temperature of liquid helium, leveraging the properties of low-temperature superconducting (LTS) materials such as NbTi and Nb3Sn, which are crucial for high-field magnet applications. The LTS coils are engineered to produce magnetic fields up to 3 Tesla with three-axis orientation, which is particularly useful for scientific experiments where the orientation of the magnetic field is critical. The design of such a magnet involves the use of multiple Helmholtz coils, each generating a unidirectional magnetic field (x, y, and z), with the potential to reach a total flux density magnitude of 3 Tesla at the center of the system.These magnets are essential in material and biomedical research, where the ability to orient a strong magnetic field without modifying the sample position is required.

The precision and control offered by low-temperature superconducting vector magnets make them indispensable tools for advancing scientific knowledge in various fields.