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This document discusses the adjustment of spatial gain variations in EPIC-pn data. It provides insights into how gain correction factors are applied to images of events processed with and without epreject. The analysis includes Mn-Kα peak positions in various revisions, particularly focusing on ensuring accurate representation of data by subtracting out-of-time events. This study highlights the importance of these adjustments for improving the quality of astronomical observations and ensuring accurate data interpretation.
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Adjustment of spatial gain variations of EPIC pn Adjustment of spatial gain variations
Gain correction factors EPIC-pn: Adjustment of spatial gain variations
image of all events with 20 adu in rev 332, processed without epreject Adjustment of spatial gain variations
image of all events with 20 adu in rev 332, processed with epreject Adjustment of spatial gain variations
out-of-time event image of all events with 20 adu in rev 332, processed with epreject Adjustment of spatial gain variations
Mn-Kα peak positions in rev 332 no oot subtracted, and without epreject Adjustment of spatial gain variations
Mn-Kα peak positions in rev 332 oot subtracted, but without epreject Adjustment of spatial gain variations
Mn-Kα peak positions in rev 332 oot subtracted, and with epreject Adjustment of spatial gain variations
Mn-Kα: rev 332 Adjustment of spatial gain variations
Mn-Kα: rev 332 Adjustment of spatial gain variations
Mn-Kα: rev 332 Adjustment of spatial gain variations
Mn-Kα peak positions in rev 332 oot subtracted, and with epreject Adjustment of spatial gain variations
Mn-Kα peak positions in rev857 oot subtracted, and with epreject Adjustment of spatial gain variations