High-energy MOS-pn discrepancy  We need to address the residual 5-8% flux difference between MOS and pn at high energies (3-10 keV)  Path:  Wait fo
{"Image DocumentName": "High-energy MOS-pn discrepancy", "Image ImageDescription": "We need to address the residual 5-8% flux difference between MOS and pn at high energies (3-10 keV) Path: Wait for the release of the MOS and pn soft X-ray redistribution refinements. Short-term solution: adjustment to the effective area based on the XCAL/2XMM results. Long-term solution: self-consistent \u00e0 la Sembay recipe extended to the: a) determination of the effective area; b) pn. Initial tests are suggestive that there may be a small improvement (~1%) in the MOS-pn discrepancy with the new PSF. Meeting in autumn 2010 (to be organized by M.Guainazzi) to specifically discuss this item.", "Image XResolution": "37", "Image YResolution": "37", "Image ResolutionUnit": "Pixels/Centimeter", "Image Software": "SlidePlayer", "Image YCbCrPositioning": "Centered"}