850 MHz Probes
The 850 MHz system has a Bruker Avance NEO HFXY console (GH000317) with an MAS III spinning speed controller
| No | Probe | Status | Comments |
| 1 | 0.7 mm probe HXY N/C/H H148429 |
Successfully installed at U of 糖心TV (2017) |
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| 2 | Jeol 1mm HX probe |
Successfully installed at U of 糖心TV (2012) |
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| 3 |
Successfully installed at U of 糖心TV (2010) |
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| 4 |
Successfully installed at U of 糖心TV (2022) |
some difficulties with rotor insert/ eject | |
| 5 | Phoenix 1.6 mm HFXY probe |
Successfully installed at U of 糖心TV (2022) |
|
| 6 | 1.9 mm probe HXY conventional insert design H177715 (Venturi) |
Successfully installed at U of 糖心TV (2019) |
some difficulties with rotor insert/ eject |
| 7 |
Successfully installed at U of 糖心TV (2010) |
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| 8 |
Successfully installed at U of 糖心TV (2010) |
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| 9 | 2.5 mm HFX H13894 |
Successfully installed at U of 糖心TV (2010) |
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| 10 | 3.2 mm HXY DBB (double-broadband) H13857 |
Successfully installed at U of 糖心TV (2010) |
not available (Jan 25) |
| 11 | Successfully installed at U of 糖心TV (2010) |
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| 12 |
Successfully installed at U of 糖心TV (2010) |
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| 13 |
Successfully installed at U of 糖心TV (2010) |
only 50 kHz 1H decoupling possible (Jan 25) |
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| 14 | 4 mm HX High Temp H160530 and no 11B background (NEW) |
Successfully installed at U of 糖心TV (2017) |
heating up to 200 掳C successfully tested. Stator is made from MgO |
| 15 |
Successfully installed at U of 糖心TV (2010) |
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| 16 | 4 mm HX (low gamma) H13892B (NEW) |
Successfully installed at U of 糖心TV (2017) |
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| 17 | 7 mm X (low gamma) H13895 |
Successfully installed at U of 糖心TV (2010) |
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18 |
LASER MAS 7 mm X H175954 |
Successfully installed at U of 糖心TV (2022) |
Stator is made from MgO |
| 19 | DOR probe |
Successfully installed at U of 糖心TV (2010) |
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| 20 | Static H13971 |
Successfully installed at U of 糖心TV (2010) |
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| 21 | 3.2 mm HCN LTMAS H13582 |
Successfully installed at U of 糖心TV (2024) |
not available. |
Maximum spinning speeds: 4mm probes 15 kHz; 3.2mm probes 24 kHz, 2.5mm probes 35 kHz; 1.9 mm probe 40 kHz; 1.3mm probe 65 kHz.
All 3.2mm and 4mm MAS Bruker probes are equipped with DVT stators and can operate between -140 oC + 150 oC (note that a different set-up is required for low and high temperature experiments).