High Magnetic Field Kerr Microscope High Sensitivity MOKE System For Weak Magnetism And 2D Material Study

Product Description:

With a variable temperature range spanning from 4.2 K to 420 K, researchers have the flexibility to study a wide range of materials under different thermal conditions. This broad temperature range is ideal for investigating the properties of weak magnetic materials at low temperatures, providing valuable insights into their behavior and magnetic responses.

One of the key features of this system is its in-plane magnetic field capability. Equipped with a water-cooled magnet, the system can generate a magnetic field of 1 T at an air gap of 18 mm at room temperature. At low temperatures, the magnetic field strength remains impressive at 0.75 T with an air gap of 28 mm. The high magnetic field resolution of 0.05 MT, achieved through PID closed-loop feedback regulation, ensures precise control and measurement of magnetic fields during experiments.

In addition to in-plane magnetic field capabilities, the system also offers vertical magnetic field functionality. The water-cooled magnet can produce a vertical magnetic field of 1.6 T at an air gap of 10.5 mm at room temperature, providing researchers with the ability to study magnetic materials in multiple orientations. At low temperatures, the vertical magnetic field strength remains substantial at 1 T with an air gap of 24 mm, allowing for comprehensive magnetic field investigations across different temperature ranges.

Researchers and scientists working in the field of low-temperature magnetism will benefit greatly from the advanced features and precise control offered by the Cryogenic High-Magnetic-Field Laser Kerr Microimaging System. Whether studying the magnetic properties of novel materials, investigating magnetic phase transitions, or exploring magnetic domain structures, this system provides the tools and capabilities needed to conduct groundbreaking research in the field of low-temperature magnetism.

Features:

• Product Name: Cryogenic High-Magnetic-Field Laser Kerr Microimaging System
• Kerr Angle Resolution: 0.5 Mdeg (RMS)
• Variable Temperature Range: 4.2 K - 420 K
• Magnetic Field Resolution: PID Closed-loop Feedback Regulation, Resolution 0.05 MT
• Temperature Stability: ±50 MK
• Optical Resolution: 450 Nm

Technical Parameters:

Applications:

Product Application Occasions and Scenarios for the Cryogenic High-Magnetic-Field Laser Kerr Microimaging System:

The Truth Instruments KMPL-L Cryogenic High-Magnetic-Field Laser Kerr Microimaging System, originating from CHINA, is a cutting-edge instrument designed for advanced research applications in Low Temperature Magneto-Optics and magnetization measurement.

With an exceptional optical resolution of 450 Nm and a range of objectives including 5*, 20*, 50*, 100*, and Non-magnetic, this system offers precise imaging capabilities for a variety of scientific studies.

The variable temperature range of 4.2 K - 420 K enables researchers to conduct experiments at extreme low temperatures, making it ideal for investigating materials and phenomena that exhibit unique properties under such conditions.

Equipped with a laser spot size of 5 μm and an in-plane magnetic field generated by a water-cooled magnet, the system provides high-quality imaging and magnetic field control for detailed analysis.

Researchers can utilize the 1 T@air gap 18 mm magnetic field at room temperature and the 0.75 T@air gap 28 mm magnetic field at low temperature to study the effects of varying magnetic fields on different samples with precision.

Overall, the Truth Instruments KMPL-L Cryogenic High-Magnetic-Field Laser Kerr Microimaging System is a versatile tool that can be applied in diverse research settings, such as condensed matter physics, magnetic materials research, and nanotechnology, where accurate imaging and magnetic field manipulation at low temperatures are essential.