Condensed Matter Physics NMR Laboratory Equipment

9 Tesla field sweep-type Oxford Superconducting magnet with an Oxford Dilution Refrigerator

With a laboratory-built NMR spectrometer, this system is a capable of NMR measurements under the following  extreme conditions:

• Magnetic field: H = 0-9 Tesla
• NMR frequency: f = 5-500 MHz
• Pressure: p = 0-2.2 GPa
• Temperature: T = 0.02 -300 K

 

 

9 Tesla field sweep-type Oxford superconducting magnet

Using this system controlled by a laboratory-built NMR spectrometer, NMR measurements can be performed under the following conditions:

• Magnetic field: H = 0-9 Tesla
• NMR frequency: f = 5-500 MHz
• Pressure: p = 0-2.2 GPa
• Temperature: T = 1.6-300 K

 

 

7.4 Tesla fixed field Oxford superconducting magnet with high temperature cryostat

Using this system controlled by a laboratory-built NMR spectrometer, NMR measurements can be performed under the following conditions:

• Magnetic field: H = 7.4  Tesla
• NMR frequency: f = 5-500 MHz
• Pressure: p = 0-2.2 GPa
• Temperature: T = 4.2-650 K

 

 

1.5 Tesla Electromagnet with a low frequency NMR spectrometer

Using this system controlled by a laboratory-built NMR spectrometer, NMR measurements can be performed under the following conditions:

• Magnetic field: H = 0-1.5  Tesla
• NMR frequency: f = 3.5-120 MHz
• Temperature: T = 1.5-300 K

 

 

Yuji Furukawa