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Optimizing Collection Processes in GLM: A Guide from Mn Beamtime 2011

This guide outlines the necessary adjustments for making effective collections in GLM during the Mn beamtime of August 2011. While Mossbauer and emission channeling experiments run simultaneously, specific modifications must be made before proceeding with data collection. Key parameters include mass settings for various DP10 configurations and the proper file loading procedures for QP arrays. Follow this step-by-step process for ensuring accurate data capture and adjustments throughout the collection phase, culminating in resetting positions for optimal results.

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Optimizing Collection Processes in GLM: A Guide from Mn Beamtime 2011

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  1. Making collections in GLM during Mn 2011 beamtime As Mossbauer and emission channelling are running in parallel, some things need to be changed before making collections. For Parallel running (central mass = 61Mn) GLM.DP10 = 1107 GLM.KI08 = -151.62 GHM.DP10 = 1852 For normal collections into GLM: GHM.DP10  1252 GLM.DP10  265 Then, load QP array for normal GLM: GLM-Mn-beamtime-55Mn-50kV-DP10=265-310811.csv (load file in “EQARRAY” directory: year2011/ssp/) If no window, then look in “active tasks” (load file, then write buffer to eq…) Then change mass as usual, make collections… After: reset DP positions. Load Mossbauer QP array, (from 010911)…and write to buffer…. Then!!! Change the GLM.KI08  -151.62

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