NMR

1) 600 MHz triple channel (HXY) wide-bore solid-state NMR spectrometer (with wide-bore magnet), equipped with five (1.3-, 2.5-, and 4-mm) MAS probeheads and one static probehead (Chemistry).

2) 400 MHz four channel (HFXY) wide-bore solid-state NMR spectrometer (with wide-bore magnet), equipped with three (3.2-, 4- and 7-mm) MAS probeheads (Chemistry).

3) 300 MHz dual channel solution-state NMR spectrometer, equipped with BBFO 5-mm probehead, automatic tune/match and 60 slot sample changer (Chemistry).

4) 300 MHz triple channel solution-state NMR spectrometer, equipped with QNP 5-mm, TXO 10-mm and BBO 5- and 10-mm probeheads and 60 slot sample changer (Chemistry).

5) 400 MHz dual channel solution-state NMR spectrometer, equipped with BBFO 5-mm probehead, automatic tune/match and 60 slot sample changer (Chemistry).

6) 500 MHz triple channel solution-state NMR spectrometer, equipped with QNP 5-mm, SEF 5-mm, and TXI 5-mm probeheads and 60 slot sample changer (Chemistry/BMS).

7) 500 MHz triple channel solution-state NMR spectrometer, equipped with BBO 5- and 10-mm and TXI 5-mm probeheads (Chemistry).

8) 200MHz solution state NMR spectrometer.

 

EPR

1) cw 94/188/280 GHz home-built EPR spectrometer, temperature range = 3.8K - 350K (Physics).

2) pulsed/cw X/Q-band EPR spectrometer from Bruker with PELDOR/ENDOR extension, temperature range = 3.8K - 350K (Physics).

3) pulsed/cw home-built small dead-time W-band EPR spectrometer with PELDOR/ENDOR extension, temperature range = 3.8K - 350K (Physics).

4) cw X-band EPR spectrometer from the Bruker, temperature range = 3.8K - 350K (Chemistry).

 

Computational Magnetic Resonance

1) The EaStCHEM Research Computing Facility consists of 148 CPU cores, 296GB of memory and 16TB of disk space, distributed over a 36-node AMD Opteron cluster with fast InfiniPath network. 23 of those nodes are owned by members of the proposed CMR (Pickard - 12, van Mourik - 4, Ashbrook - 4, Philp - 2, Wright - 1).

2) The RCF has been complemented by an additional cluster consisting of 144 CPU cores and 288GB of memory, owned by the group of Prof. Bühl.

 

mSR

Access to the large scale instruments at the Paul Scherrer Institute (Switzerland) and Rutherford Appleton Research Laboratory (UK).