For more information visit SCM 1 Dilution Refrigerator.
Request time for this magnet.
Details
- Maximum Field: 18-20 tesla
- Bore Diameter: 52 mm
- Homogeneity: 1000 ppm
- Number of input and output leads possible: 28
- Frequency: 0-100 kHz
- Temperature Range: 20 mK - 1 K
- Open for users who would pay for magnet time: Yes
- AC Electrical Conductivity
- AC Magnetic Susceptibility
- Capacitance Dilatometry
- Contactless Conductivity
- DC Electrical Conductivity
- Dielectric Measurements
- Heat Capacity
- High Pressure
- Low-Temperature Condensed Matter NMR
- Microwave
- Piezo Dilatometry
- Pulse-Echo Ultrasound
- Resonant Ultrasound Spectroscopy
- Surface Acoustic Waves
- Torque Magnetometry
Images
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Overview of SCM1.
Overview of SCM1.
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The system's magnet is suspended from the second floor to minimize vibration.
The system's magnet is suspended from the second floor to minimize vibration.
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Overview of the SCM1 system, including the MagLab-built power supply (far left).
Overview of the SCM1 system, including the MagLab-built power supply (far left).
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Power supply for the SCM1.
Power supply for the SCM1.
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Researcher Yuchen Du of Purdue University monitors data during an experiment with the SCM1.
Researcher Yuchen Du of Purdue University monitors data during an experiment with the SCM1.
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The work area for the SCM1.
The work area for the SCM1.
View the embedded image gallery online at:
https://nationalmaglab.org/user-facilities/dc-field/instruments-dcfield/dc-field-superconducting-magnets/scm-1#sigProId94eabe9093
https://nationalmaglab.org/user-facilities/dc-field/instruments-dcfield/dc-field-superconducting-magnets/scm-1#sigProId94eabe9093