MPMS®3 (Magnetic Property Measurement System 3)
a high-sensitivity SQUID magnetometer system designed for precise magnetic characterization of materials.
-SQUID-based magnetometer with ultra-high sensitivity
-Magnetic field up to ±7 Tesla
-Temperature control range 1.8 K – 400 K
-Cryogen-free cooling with EverCool® technology
-Multiple measurement modes: DC Scan, VSM, AC Susceptibility
-Automated measurement control via MultiVu software
-Modular platform supporting numerous experimental options
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Description
MPMS®3 is a next-generation SQUID magnetometer system designed for highly sensitive measurements of magnetic properties. The system combines SQUID detection with a superconducting magnet and precise temperature control, allowing accurate measurements of magnetization, magnetic susceptibility, and magnetic phase transitions.
The instrument supports multiple measurement modes including DC magnetization measurements, vibrating sample magnetometry (VSM), and AC susceptibility. Its modular architecture also allows additional experimental options such as electrical transport, optical excitation, and ultra-low-temperature measurements.
Specifications
Magnetic field : ±7 Tesla superconducting magnet
Temperature range : 1.8 – 400 K
Sensitivity : ≤ 10⁻⁸ emu
Measurement modes : DC Scan, VSM, AC Susceptibility
Field ramp rate : 4 – 700 Oe/s
Field uniformity : ~0.01% across 4 cm
Optional temperature range : Down to ~0.5 K (He-3 option)
High-temperature option : Up to ~1000 K (VSM oven option)
Application
MPMS3 is widely used in magnetic materials research, including :
Magnetization measurements
Magnetic susceptibility analysis
Superconductivity studies
Spintronics and magnetic materials research
Nanomaterials and thin-film magnetism
It can analyze phenomena such as :
Ferromagnetism
Paramagnetism
Superparamagnetism
Magnetic phase transitions