S800 Documentation

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nmr_probes

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nmr_probes [2013/12/14 11:18]
pereira [Matching] 		nmr_probes [2013/12/14 16:22]
pereira [Description]
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 ===== Description ===== ===== Description =====
-The NMR running programs for both the S800 analysis line and spectrograph dipoles can be started by clicking on the icons labeled S800A_NMR and S800S_NMR, located on the desktop of uxpc2. The picture below shows the spectrograph GUI as an example. The top (yellow) panel shows the data relevant to the NMR module, the middle (pink) the digitized signal from the oscilloscope and the bottom (blue) the status and measurements for the dipoles. +The NMR running programs for both the S800 analysis line and spectrograph dipoles can be started by selecting the NMR option in the operation applications of the desktop **devop1**. The picture below shows the spectrograph GUI as an example. The top (yellow) panel shows the data relevant to the NMR module, the middle (pink) the digitized signal from the oscilloscope and the bottom (blue) the status and measurements for the dipoles. 
  
  
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 ===== Matching ===== ===== Matching =====
  
-{{:wiki:NMR-matching.gif?700|Pannel to match dipoles.}} +{{:wiki:NMR-matching.gif?550|Pannel to match dipoles.}} 
-{{:wiki:matching.png|Display when running log file.}}+
  
 The button labeled “Match” opens a new window for matching the dipoles by pairs (see picture). The user has the possibility to match the dipoles to either Barney or to the average calculated from the present measurements. This last function is useful when the dipoles have been tweaked to adjust the position of the beam, leading to an unmatched pair of dipoles. Since matching the dipoles involves changing their fields, it is necessary to wait for the measuring loop to go over each dipole before the effect of matching can be observed.  The button labeled “Match” opens a new window for matching the dipoles by pairs (see picture). The user has the possibility to match the dipoles to either Barney or to the average calculated from the present measurements. This last function is useful when the dipoles have been tweaked to adjust the position of the beam, leading to an unmatched pair of dipoles. Since matching the dipoles involves changing their fields, it is necessary to wait for the measuring loop to go over each dipole before the effect of matching can be observed. 
nmr_probes.txt · Last modified: 2024/06/01 16:35 by swartzj

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