Product Information/ PRODUCTS /Helium-3 Cryogenic-Superconducting Magnet Ultra-High Vacuum Scanning Tunneling Microscope
Helium-3 Cryogenic-Superconducting Magnet Ultra-High Vacuum Scanning Tunneling MicroscopeHelium-3 Cryogenic-Superconducting Magnet Ultra-High Vacuum Scanning Tunneling Microscope
specification：
Features
● Extremely low temperatures and variable temperature range from 2-90K.
● Strong magnetic field, up to a maximum of 15 Tesla, and optional multi-vector magnets.
● Stable operation of the scanning head with an energy resolution better than 0.1meV.
● Equipped with various accessories for convenient expansion.
Applications
● Superconductivity measurements and observation of sample surface electronic states at extremely low temperatures.
● Spin polarization measurements under strong magnetic fields.
● Capable of introducing high-frequency signals for ESR (Electron Spin Resonance) measurements.
DESCRIPTION
The USM-1300 series is a specially customized experimental instrument designed for high-end scientific research users and is a representative work in the UNISOKU company's low-temperature SPM instrument series.
This system can reach the lowest temperature in commercial systems (400mK) and allows for the replacement of tips and samples in a low-temperature state. By combining with research objectives, users can choose the desired MBE and low-temperature devices. It is the most useful tool in the field of superconductivity and low-temperature physics!
Features
● Extremely low temperatures and variable temperature range from 2-90K.
● Strong magnetic field, up to a maximum of 15 Tesla, and optional multi-vector magnets.
● Stable operation of the scanning head with an energy resolution better than 0.1meV.
● Equipped with various accessories for convenient expansion.
Applications
● Superconductivity measurements and observation of sample surface electronic states at extremely low temperatures.
● Spin polarization measurements under strong magnetic fields.
● Capable of introducing high-frequency signals for ESR (Electron Spin Resonance) measurements.
