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saxs-intro [2024/10/14 03:39] phillipkohlsaxs-intro [2024/10/14 04:13] (current) phillipkohl
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 To optimize the workflow, a custom-developed graphical user interface (GUI) has been developed to provide rapid measurement turn around, boasting automated sample alignment, real-time viewing of 2D SAXS data alongside on the fly 1D data reduction, as well as AI driven automated data analysis.  To optimize the workflow, a custom-developed graphical user interface (GUI) has been developed to provide rapid measurement turn around, boasting automated sample alignment, real-time viewing of 2D SAXS data alongside on the fly 1D data reduction, as well as AI driven automated data analysis. 
 +
 +**Diffractometer Information**
 +
 +  * Incident wavelength: 1.33A
 +  * Default beam size: 800 x 800 um for transmission, 200 x 1600 for GI
 +  * Minimum beam size: 200 x 200 um
 +  * Possible q range: 0.002-2.5 A^-1
 +  * Possible sample to detector distances: 140-2400 mm
 +  * Possible temperature range for oven: 0-200 C
 +  * Detector pixel size: 75 x 75 um
 +  * Source: Excillum Metal-jet D2+
 +  * Detector: Eiger2 4M 
 +
 +**Shipping Information**
 +
 +Mail-in samples to be run should be sent to either Phillip Kohl or Youli Li using the following address:
 +
 +Materials Research Laboratory, MC 5121
 +University of California
 +Santa Barbara, CA 93106-5121
 +(805) 893-7233
  
 **How to run a sample** **How to run a sample**
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 {{:saxs_gui4gi.png?400|}}  {{:saxs_gui4gi.png?400|}} 
 +
 +**Step 8:** When all relevant information for the experiment have been entered click on the 'Accept Alignment and Experimental Parameters' button to add it to the queue. 
 +
 +**Step 9:** Repeat Steps 5-8 for all samples that you would like to run. Once complete click on the 'Run Samples' button run all of the experiments in the queue. 
 +
  
  
saxs-intro.1728877157.txt.gz · Last modified: 2024/10/14 03:39 by phillipkohl