Difference between revisions of "Walk-up NMR user instructions for Bruker"

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==Introduction==
 
==Introduction==
If you need to use a Bruker NMR instrument for a liquid sample, here are some quick instructions to get your sample running as easily as possible:
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If you need to use a [[NMR Instrument Manufacturers|Bruker]] NMR instrument for a liquid sample, here are some instructions to get a quick spectrum of your sample. Samples for most Bruker high frequency magnets use regular 5mm NMR tubes.
  
 
==Step by step==
 
==Step by step==
 
# log in to workstation.
 
# log in to workstation.
 
# log in to TopSpin.
 
# log in to TopSpin.
# type ej on the command line or click the eject button to eject the current sample that is in the magnet.
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# type '''ej''' on the command line or click the '''eject''' button to eject the current sample that is in the magnet.
 
# remove the old sample from the top of the magnet.
 
# remove the old sample from the top of the magnet.
# remove the old sample from the sample holder.
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# remove the old sample from the spinner.
# place your sample in the sample holder.
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# place your sample in the spinner.
# slide your sample down in the holder until it hits the stop.
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# place the sample/spinner in the depth gauge.
# place the sample/holder on top of the column of air on the magnet.
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# slide your sample down in the spinner until it hits the stop of the gauge.
# go back to the workstation, click insert sample and wait for the sample to drop down into the probe.
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# place the sample/spinner on top of the column of air on the magnet.
# type lock on the command line.
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# go back to the workstation, type '''ij''' on the command line or click the '''insert''' button and wait for the sample to drop down into the probe.
 +
# type '''lock''' on the command line.
 
# when the list of solvents appears, choose the one that your sample is in. Wait for locking.
 
# when the list of solvents appears, choose the one that your sample is in. Wait for locking.
# once the sample is locked, type topshim on the command line to shim the sample.
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# once the sample is locked, type '''topshim''' on the command line to shim the sample.
# while the sample is being automatically shimmed, type edc on the command line to create a new dataset.  
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# while the sample is being automatically shimmed, type '''edc''' on the command line to create a new dataset.  
# edc opens the window that sets everything for the experiment to run your sample (example [[New Dataset Window for Bruker TopSpin|here]]).
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# '''edc''' opens the window that sets everything for the experiment to run your sample (example [[New Dataset Window for Bruker TopSpin|here]]).
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# The '''NAME''' field is usually a sample# from a logbook, while a description of the sample goes into the '''TITLE''' field.
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# The '''Experiment''' field is where the pulse program is chosen. Each facility has their own program that is customized for their instrument.
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# The other fields are usually left at default since they are set by the instrument administrator.
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# Set the number of scans by typing '''ns''' in the command line.
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# Type '''zg''' on the command line to start the run.
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# When the run is finished, type '''efp''', '''apk''' and '''absn''' to process into a spectrum.

Latest revision as of 03:33, 25 May 2020

Introduction

If you need to use a Bruker NMR instrument for a liquid sample, here are some instructions to get a quick spectrum of your sample. Samples for most Bruker high frequency magnets use regular 5mm NMR tubes.

Step by step

  1. log in to workstation.
  2. log in to TopSpin.
  3. type ej on the command line or click the eject button to eject the current sample that is in the magnet.
  4. remove the old sample from the top of the magnet.
  5. remove the old sample from the spinner.
  6. place your sample in the spinner.
  7. place the sample/spinner in the depth gauge.
  8. slide your sample down in the spinner until it hits the stop of the gauge.
  9. place the sample/spinner on top of the column of air on the magnet.
  10. go back to the workstation, type ij on the command line or click the insert button and wait for the sample to drop down into the probe.
  11. type lock on the command line.
  12. when the list of solvents appears, choose the one that your sample is in. Wait for locking.
  13. once the sample is locked, type topshim on the command line to shim the sample.
  14. while the sample is being automatically shimmed, type edc on the command line to create a new dataset.
  15. edc opens the window that sets everything for the experiment to run your sample (example here).
  16. The NAME field is usually a sample# from a logbook, while a description of the sample goes into the TITLE field.
  17. The Experiment field is where the pulse program is chosen. Each facility has their own program that is customized for their instrument.
  18. The other fields are usually left at default since they are set by the instrument administrator.
  19. Set the number of scans by typing ns in the command line.
  20. Type zg on the command line to start the run.
  21. When the run is finished, type efp, apk and absn to process into a spectrum.