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833 MHz Ultra-Narrow Bore NMR magnet

Specs

  • Designation: Solid State NMR
  • Location: Tallahassee
  • Field: 19.6 Tesla
  • Bore size: 31 mm
  • 1 ppm homogeneity over 1 cm3 without RT shims
  • 0.1 ppm homogeneity over 1 cm3 with RT shims
  • 9 channels room-temperature shims by Doty
  • RT shims ID = 28.9 mm
  • RT shims flange to COF distance = 579 mm +/- 2 mm
  • 3-channel Bruker DRX console
  • Integrated VT controller by Bruker
  • 1 kW 30-325 MHz linear amplifier
  • 1 kW 30-325 MHz linear amplifier
  • 1 kW 1H/19F switchable linear amplifier

Commercial Probes

  1. ICBP (Estonia) 2.75 mm, 24 kHz MAS probe, 1H/X (X = 30-320 MHz)
  2. Doty single resonance wideline flat sample probe (2.5x7.5x10 mm), VT
  3. Doty 1H/19F double resonance flat sample probe (2.5x7.5x10 mm), VT

NHMFL Probes Developed In-House

  1. 4mm, 10 kHz MAS probe, low & mid-gamma nuclei
  2. 2mm, 40 kHz fast MAS probe, low & mid-gamma nuclei
  3. 2mm, 40 kHz fast MAS probe, 19F and 1H
  4. 7mm, 8-12 kHz MAS probe, low-gamma nuclei
  5. Static VT probe, 5mm and less, low & mid-gamma nuclei, -60°C to +100°C
  6. Stray Field Imaging (STRAFI) probe, 10 mm sample
  7. Fourier Transform STRAFI probe, for very thin samples
  8. Variable Temperature Cell, for alignment and polymerization of protein samples

Time Schedule

Dates PI Submitter Collaborators Project/Experiment Title
03/27/12 - 04/15/12  Riqiang Fu
(NHMFL)
 Joel Tang Riqiang Fu
Joel Tang
Joel Tang
Yong Yang
Jim Zheng
In Situ Imaging of Lithium Ion Pathway in Lithium Rechargeab...
In Situ Imaging of Lithium Ion Pathway in Lithium Rechargeab...

04/16/12 - 04/25/12 Unused -
04/26/12 - 05/02/12  Riqiang Fu
(NHMFL)
 Joel Tang Sneha Dugar
Riqiang Fu
Joel Tang
Joel Tang
Yong Yang
Jim Zheng
In Situ Imaging of Lithium Ion Pathway in Lithium Rechargeab...
In Situ Imaging of Lithium Ion Pathway in Lithium Rechargeab...

05/03/12 - 05/20/12  Jean-Paul Amoureux
(Université des Sciences et Technologies de Lille)
 Ivan Hung Jean-Paul Amoureux
Zhehong Gan
Ivan Hung
Ivan Hung
Development of high-field NMR methods
broadband-MAT

 05/21/12 - Available -

Research proposals and requests for instrument time on this spectrometer can be submitted online at users.magnet.fsu.edu.