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Stanford Magnetic Resonance Laboratory

Instrumentation
 

 
800 MHz System:

This spectrometer is currently used primarily for protein and nucleic acid structure determinations. The spectrometer can perform all modern multidimensional NMR experiments, including those involving pulsed field gradients, deuterium decoupling, and TROSY.

The spectrometer has a relatively wide (63 mm) bore, that can accommodate solid state probes, for high resolution work on solids.

Magnet:

The Oxford magnet system is a fully persistent 18.8 Tesla superconducting magnet operating at 2.2 K. The cryostat has a 63 mm room temperature bore and incorporates a refrigerator which cools the magnet from 4.2 K to 2.2 K.

Console:

The Varian Unity Inova console has four channels and triple-axis gradient capabilities

Probes:
  • 5mm inverse triple HCN gradient probe
  • A solids probe and corresponding hardware will be provided by Varian in 2000 for the work of Professors Jonathan Stebbins in Earth Sciences and Christopher Klug in Chemical Engineering.

 
 

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Feedback:
Corey Liu (liuc@stanford.edu)