Radboud University
RESEARCH
The Nijmegen solid-state NMR group (Kentgens, van Eck, Tessari) combines the study of materials with NMR methodology and technology developments ranging from groundbreaking microfluidic probe technology and liquid-state DNP concepts, pulsed methods to study quadrupolar nuclei, to solid-state micro MAS technology. The materials under investigation are all placed in a societally relevant context, such as materials for the generation and storage of energy, solar cell materials, efficient catalysts, pharmaceuticals and drug-delivery systemsand polymeric materials from engineering plastics to high performance plastics. More...
| Spectrometer | Probes | Console | OS & Software | Other info |
|---|---|---|---|---|
| 850 MHz (wb) |
1.2 mm HXY CP-MAS 1.6 mm HXY CP-MAS 3.2 mm HXY CP-MAS 4.0 mm HFXY CP-MAS HX uMAS (home build) |
Varian | ||
| 800 MHz (sb) |
5 mm TR HCN cryo Z-grad 5 mm TR/TRIAX HCN XYZ-grad 5 mm ID/TRIAX HCN XYZ-grad 5 mm ID/TRIAX HCP XYZ-grad 1.8 mm HX CP-MAS (home build) High RF X static (home build) |
Varian | ||
| 600 MHz (wb) |
1.6 mm HXY CP-MAS 2.5 mm HX CP-MAS 3.2 mm HXY CP-MAS 4.0 mm HFXY CP-MAS |
Varian | DNP | |
| 600 MHz (sb) |
5 mm TCI HCND cryo Z-grad 5 mm TXI HCND Z-grad Flowprobe TXI HC Z-grad |
Bruker Avance III |
BPHP (Bruker ParaHydrogen Polarizer) |
LOCATION