196 110r-105v_Arch27r_XRF_MnBack_registered.tif millimeter 32.8 pixels per millimeter 32.8 pixels per millimeter 0.00 0.00 247.65 330.20 0.00 0.00 247.65 330.20 Archimedes text UP, running horizontally starting at 0:0 at upper left corner of image 0 0 1 Pixel 1 Pixel 5 Mylar 127 micron Synchrotron X Ray Radiation None 6.0 1992-06-03 none 88800908 This image is stitched from a single channel (front or back of one of Ba, Ca, Cu, Fe, Ge, K, or Mn) of XRF images of multiple sections of the palimpsest leaf. TIFF files were generated from the reformatted XRF raster files. The reformatting program scaled XRF X-ray responses on the subject channel to monochrome sixteen-bit TIFF values. The set of TIFF files for each leaf/channel combination was stitched and then registered to the corresponding August 2007 ultraviolet image of this leaf. The stitched and registered image was exported as an eight-bit TIFF image. No linear stretch stitch, register CS2 Photoshop Stitching, contrast adjustment, and registration were performed per image using Photoshop. Prayerbook 110 r 105 v Under text 27 r Valid 2007-08-21 2008-10-23T14:37:42-04:00 None Emery, Doug Toth, Michael Archimedes Metadata Standard (Including ISO 15836:2003, Dublin Core Metadata Elements) 1.1 XRF Yes image/tiff X000000347/A105V_110R_JUL06_004.RAS_A: 2006-08-05 X000000348/A105V_110R_JUL06_005.RAS_A: 2006-08-05 X000000345/A105V_110R_JUL06_002.RAS_A: 2006-08-05 X000000346/A105V_110R_JUL06_003.RAS_A: 2006-08-05 X000000344/A105V_110R_JUL06_001.RAS_A: 2006-08-05 X000000347/A105V_110R_JUL06_004.RAS_A: SSRL-SLAC, Menlo Park, CA X000000348/A105V_110R_JUL06_005.RAS_A: SSRL-SLAC, Menlo Park, CA X000000345/A105V_110R_JUL06_002.RAS_A: SSRL-SLAC, Menlo Park, CA X000000346/A105V_110R_JUL06_003.RAS_A: SSRL-SLAC, Menlo Park, CA X000000344/A105V_110R_JUL06_001.RAS_A: SSRL-SLAC, Menlo Park, CA X000000347/A105V_110R_JUL06_004.RAS_A: millimeters X000000348/A105V_110R_JUL06_005.RAS_A: millimeters X000000345/A105V_110R_JUL06_002.RAS_A: millimeters X000000346/A105V_110R_JUL06_003.RAS_A: millimeters X000000344/A105V_110R_JUL06_001.RAS_A: millimeters X000000347/A105V_110R_JUL06_004.RAS_A: .035mm X000000348/A105V_110R_JUL06_005.RAS_A: .035mm X000000345/A105V_110R_JUL06_002.RAS_A: .035mm X000000346/A105V_110R_JUL06_003.RAS_A: .035mm X000000344/A105V_110R_JUL06_001.RAS_A: .035mm X000000347/A105V_110R_JUL06_004.RAS_A: .035mm X000000348/A105V_110R_JUL06_005.RAS_A: .035mm X000000345/A105V_110R_JUL06_002.RAS_A: .035mm X000000346/A105V_110R_JUL06_003.RAS_A: .035mm X000000344/A105V_110R_JUL06_001.RAS_A: .035mm X000000347/A105V_110R_JUL06_004.RAS_A: 34 X000000348/A105V_110R_JUL06_005.RAS_A: 34 X000000345/A105V_110R_JUL06_002.RAS_A: 34 X000000346/A105V_110R_JUL06_003.RAS_A: 34 X000000344/A105V_110R_JUL06_001.RAS_A: 34 X000000347/A105V_110R_JUL06_004.RAS_A: 222 X000000348/A105V_110R_JUL06_005.RAS_A: 255 X000000345/A105V_110R_JUL06_002.RAS_A: 156 X000000346/A105V_110R_JUL06_003.RAS_A: 189 X000000344/A105V_110R_JUL06_001.RAS_A: 126 X000000347/A105V_110R_JUL06_004.RAS_A: 194 X000000348/A105V_110R_JUL06_005.RAS_A: 194 X000000345/A105V_110R_JUL06_002.RAS_A: 194 X000000346/A105V_110R_JUL06_003.RAS_A: 194 X000000344/A105V_110R_JUL06_001.RAS_A: 194 X000000347/A105V_110R_JUL06_004.RAS_A: 257 X000000348/A105V_110R_JUL06_005.RAS_A: 290 X000000345/A105V_110R_JUL06_002.RAS_A: 191 X000000346/A105V_110R_JUL06_003.RAS_A: 224 X000000344/A105V_110R_JUL06_001.RAS_A: 161 X000000347/A105V_110R_JUL06_004.RAS_A: Archimedes text UP, running horizontally starting at 0:0 at upper left corner of mounting frame X000000348/A105V_110R_JUL06_005.RAS_A: Archimedes text UP, running horizontally starting at 0:0 at upper left corner of mounting frame X000000345/A105V_110R_JUL06_002.RAS_A: Archimedes text UP, running horizontally starting at 0:0 at upper left corner of mounting frame X000000346/A105V_110R_JUL06_003.RAS_A: Archimedes text UP, running horizontally starting at 0:0 at upper left corner of mounting frame X000000344/A105V_110R_JUL06_001.RAS_A: Archimedes text UP, running horizontally starting at 0:0 at upper left corner of mounting frame X000000347/A105V_110R_JUL06_004.RAS_A: eV X000000348/A105V_110R_JUL06_005.RAS_A: eV X000000345/A105V_110R_JUL06_002.RAS_A: eV X000000346/A105V_110R_JUL06_003.RAS_A: eV X000000344/A105V_110R_JUL06_001.RAS_A: eV X000000347/A105V_110R_JUL06_004.RAS_A: X Ray Radiation X000000348/A105V_110R_JUL06_005.RAS_A: X Ray Radiation X000000345/A105V_110R_JUL06_002.RAS_A: X Ray Radiation X000000346/A105V_110R_JUL06_003.RAS_A: X Ray Radiation X000000344/A105V_110R_JUL06_001.RAS_A: X Ray Radiation X000000347/A105V_110R_JUL06_004.RAS_A: Mylar 127 micron X000000348/A105V_110R_JUL06_005.RAS_A: Mylar 127 micron X000000345/A105V_110R_JUL06_002.RAS_A: Mylar 127 micron X000000346/A105V_110R_JUL06_003.RAS_A: Mylar 127 micron X000000344/A105V_110R_JUL06_001.RAS_A: Mylar 127 micron X000000347/A105V_110R_JUL06_004.RAS_A: Mylar 127 micron X000000348/A105V_110R_JUL06_005.RAS_A: Mylar 127 micron X000000345/A105V_110R_JUL06_002.RAS_A: Mylar 127 micron X000000346/A105V_110R_JUL06_003.RAS_A: Mylar 127 micron X000000344/A105V_110R_JUL06_001.RAS_A: Mylar 127 micron X000000347/A105V_110R_JUL06_004.RAS_A: Synchrotron X000000348/A105V_110R_JUL06_005.RAS_A: Synchrotron X000000345/A105V_110R_JUL06_002.RAS_A: Synchrotron X000000346/A105V_110R_JUL06_003.RAS_A: Synchrotron X000000344/A105V_110R_JUL06_001.RAS_A: Synchrotron X000000347/A105V_110R_JUL06_004.RAS_A: SLAC SSRL Beamline 6-2 X000000348/A105V_110R_JUL06_005.RAS_A: SLAC SSRL Beamline 6-2 X000000345/A105V_110R_JUL06_002.RAS_A: SLAC SSRL Beamline 6-2 X000000346/A105V_110R_JUL06_003.RAS_A: SLAC SSRL Beamline 6-2 X000000344/A105V_110R_JUL06_001.RAS_A: SLAC SSRL Beamline 6-2 X000000347/A105V_110R_JUL06_004.RAS_A: SPEAR 3 X000000348/A105V_110R_JUL06_005.RAS_A: SPEAR 3 X000000345/A105V_110R_JUL06_002.RAS_A: SPEAR 3 X000000346/A105V_110R_JUL06_003.RAS_A: SPEAR 3 X000000344/A105V_110R_JUL06_001.RAS_A: SPEAR 3 X000000347/A105V_110R_JUL06_004.RAS_A: ASCII X000000348/A105V_110R_JUL06_005.RAS_A: ASCII X000000345/A105V_110R_JUL06_002.RAS_A: ASCII X000000346/A105V_110R_JUL06_003.RAS_A: ASCII X000000344/A105V_110R_JUL06_001.RAS_A: ASCII X000000347/A105V_110R_JUL06_004.RAS_A: N/A X000000348/A105V_110R_JUL06_005.RAS_A: N/A X000000345/A105V_110R_JUL06_002.RAS_A: N/A X000000346/A105V_110R_JUL06_003.RAS_A: N/A X000000344/A105V_110R_JUL06_001.RAS_A: N/A X000000347/A105V_110R_JUL06_004.RAS_A: N/A X000000348/A105V_110R_JUL06_005.RAS_A: N/A X000000345/A105V_110R_JUL06_002.RAS_A: N/A X000000346/A105V_110R_JUL06_003.RAS_A: N/A X000000344/A105V_110R_JUL06_001.RAS_A: N/A X000000347/A105V_110R_JUL06_004.RAS_A: 161456 X000000348/A105V_110R_JUL06_005.RAS_A: 158272 X000000345/A105V_110R_JUL06_002.RAS_A: 159639 X000000346/A105V_110R_JUL06_003.RAS_A: 160477 X000000344/A105V_110R_JUL06_001.RAS_A: 160353 X000000347/A105V_110R_JUL06_004.RAS_A: SLAC RAS to ASCII transfer X000000348/A105V_110R_JUL06_005.RAS_A: SLAC RAS to ASCII transfer X000000345/A105V_110R_JUL06_002.RAS_A: SLAC RAS to ASCII transfer X000000346/A105V_110R_JUL06_003.RAS_A: SLAC RAS to ASCII transfer X000000344/A105V_110R_JUL06_001.RAS_A: SLAC RAS to ASCII transfer X000000347/A105V_110R_JUL06_004.RAS_A: 4000 X000000348/A105V_110R_JUL06_005.RAS_A: 4000 X000000345/A105V_110R_JUL06_002.RAS_A: 4000 X000000346/A105V_110R_JUL06_003.RAS_A: 4000 X000000344/A105V_110R_JUL06_001.RAS_A: 4000 X000000347/A105V_110R_JUL06_004.RAS_A: 876 X000000348/A105V_110R_JUL06_005.RAS_A: 876 X000000345/A105V_110R_JUL06_002.RAS_A: 876 X000000346/A105V_110R_JUL06_003.RAS_A: 876 X000000344/A105V_110R_JUL06_001.RAS_A: 876 X000000347/A105V_110R_JUL06_004.RAS_A: 16 X000000348/A105V_110R_JUL06_005.RAS_A: 16 X000000345/A105V_110R_JUL06_002.RAS_A: 16 X000000346/A105V_110R_JUL06_003.RAS_A: 16 X000000344/A105V_110R_JUL06_001.RAS_A: 16 X000000347/A105V_110R_JUL06_004.RAS_A: Palimpsest Leaf X000000348/A105V_110R_JUL06_005.RAS_A: Palimpsest Leaf X000000345/A105V_110R_JUL06_002.RAS_A: Palimpsest Leaf X000000346/A105V_110R_JUL06_003.RAS_A: Palimpsest Leaf X000000344/A105V_110R_JUL06_001.RAS_A: Palimpsest Leaf X000000347/A105V_110R_JUL06_004.RAS_A: Bifolium X000000348/A105V_110R_JUL06_005.RAS_A: Bifolium X000000345/A105V_110R_JUL06_002.RAS_A: Bifolium X000000346/A105V_110R_JUL06_003.RAS_A: Bifolium X000000344/A105V_110R_JUL06_001.RAS_A: Bifolium X000000347/A105V_110R_JUL06_004.RAS_A: 105 X000000348/A105V_110R_JUL06_005.RAS_A: 105 X000000345/A105V_110R_JUL06_002.RAS_A: 105 X000000346/A105V_110R_JUL06_003.RAS_A: 105 X000000344/A105V_110R_JUL06_001.RAS_A: 105 X000000347/A105V_110R_JUL06_004.RAS_A: v X000000348/A105V_110R_JUL06_005.RAS_A: v X000000345/A105V_110R_JUL06_002.RAS_A: v X000000346/A105V_110R_JUL06_003.RAS_A: v X000000344/A105V_110R_JUL06_001.RAS_A: v X000000347/A105V_110R_JUL06_004.RAS_A: 110 X000000348/A105V_110R_JUL06_005.RAS_A: 110 X000000345/A105V_110R_JUL06_002.RAS_A: 110 X000000346/A105V_110R_JUL06_003.RAS_A: 110 X000000344/A105V_110R_JUL06_001.RAS_A: 110 X000000347/A105V_110R_JUL06_004.RAS_A: r X000000348/A105V_110R_JUL06_005.RAS_A: r X000000345/A105V_110R_JUL06_002.RAS_A: r X000000346/A105V_110R_JUL06_003.RAS_A: r X000000344/A105V_110R_JUL06_001.RAS_A: r X000000347/A105V_110R_JUL06_004.RAS_A: SLAC SSRL Beamline 6-2 X000000348/A105V_110R_JUL06_005.RAS_A: SLAC SSRL Beamline 6-2 X000000345/A105V_110R_JUL06_002.RAS_A: SLAC SSRL Beamline 6-2 X000000346/A105V_110R_JUL06_003.RAS_A: SLAC SSRL Beamline 6-2 X000000344/A105V_110R_JUL06_001.RAS_A: SLAC SSRL Beamline 6-2 X000000347/A105V_110R_JUL06_004.RAS_A: SPEAR 3 X000000348/A105V_110R_JUL06_005.RAS_A: SPEAR 3 X000000345/A105V_110R_JUL06_002.RAS_A: SPEAR 3 X000000346/A105V_110R_JUL06_003.RAS_A: SPEAR 3 X000000344/A105V_110R_JUL06_001.RAS_A: SPEAR 3 X000000347/A105V_110R_JUL06_004.RAS_A: wiggler X000000348/A105V_110R_JUL06_005.RAS_A: wiggler X000000345/A105V_110R_JUL06_002.RAS_A: wiggler X000000346/A105V_110R_JUL06_003.RAS_A: wiggler X000000344/A105V_110R_JUL06_001.RAS_A: wiggler X000000347/A105V_110R_JUL06_004.RAS_A: 90-100 mA X000000348/A105V_110R_JUL06_005.RAS_A: 90-100 mA X000000345/A105V_110R_JUL06_002.RAS_A: 90-100 mA X000000346/A105V_110R_JUL06_003.RAS_A: 90-100 mA X000000344/A105V_110R_JUL06_001.RAS_A: 90-100 mA X000000347/A105V_110R_JUL06_004.RAS_A: 1ev X000000348/A105V_110R_JUL06_005.RAS_A: 1ev X000000345/A105V_110R_JUL06_002.RAS_A: 1ev X000000346/A105V_110R_JUL06_003.RAS_A: 1ev X000000344/A105V_110R_JUL06_001.RAS_A: 1ev X000000347/A105V_110R_JUL06_004.RAS_A: 8x10^10 photons per second X000000348/A105V_110R_JUL06_005.RAS_A: 8x10^10 photons per second X000000345/A105V_110R_JUL06_002.RAS_A: 8x10^10 photons per second X000000346/A105V_110R_JUL06_003.RAS_A: 8x10^10 photons per second X000000344/A105V_110R_JUL06_001.RAS_A: 8x10^10 photons per second X000000347/A105V_110R_JUL06_004.RAS_A: Si (111) X000000348/A105V_110R_JUL06_005.RAS_A: Si (111) X000000345/A105V_110R_JUL06_002.RAS_A: Si (111) X000000346/A105V_110R_JUL06_003.RAS_A: Si (111) X000000344/A105V_110R_JUL06_001.RAS_A: Si (111) X000000347/A105V_110R_JUL06_004.RAS_A: 160 x 35 X000000348/A105V_110R_JUL06_005.RAS_A: 160 x 35 X000000345/A105V_110R_JUL06_002.RAS_A: 160 x 35 X000000346/A105V_110R_JUL06_003.RAS_A: 160 x 35 X000000344/A105V_110R_JUL06_001.RAS_A: 160 x 35 X000000347/A105V_110R_JUL06_004.RAS_A: 50 Micron X000000348/A105V_110R_JUL06_005.RAS_A: 50 Micron X000000345/A105V_110R_JUL06_002.RAS_A: 50 Micron X000000346/A105V_110R_JUL06_003.RAS_A: 50 Micron X000000344/A105V_110R_JUL06_001.RAS_A: 50 Micron X000000347/A105V_110R_JUL06_004.RAS_A: 40 Micron X000000348/A105V_110R_JUL06_005.RAS_A: 40 Micron X000000345/A105V_110R_JUL06_002.RAS_A: 40 Micron X000000346/A105V_110R_JUL06_003.RAS_A: 40 Micron X000000344/A105V_110R_JUL06_001.RAS_A: 40 Micron X000000347/A105V_110R_JUL06_004.RAS_A: continuous bidirectional X000000348/A105V_110R_JUL06_005.RAS_A: continuous bidirectional X000000345/A105V_110R_JUL06_002.RAS_A: continuous bidirectional X000000346/A105V_110R_JUL06_003.RAS_A: continuous bidirectional X000000344/A105V_110R_JUL06_001.RAS_A: continuous bidirectional X000000347/A105V_110R_JUL06_004.RAS_A: 2160157.48 X000000348/A105V_110R_JUL06_005.RAS_A: 2160157.48 X000000345/A105V_110R_JUL06_002.RAS_A: 2160157.48 X000000346/A105V_110R_JUL06_003.RAS_A: 2160157.48 X000000344/A105V_110R_JUL06_001.RAS_A: 2160157.48 X000000347/A105V_110R_JUL06_004.RAS_A: 11.64 X000000348/A105V_110R_JUL06_005.RAS_A: 11.64 X000000345/A105V_110R_JUL06_002.RAS_A: 11.64 X000000346/A105V_110R_JUL06_003.RAS_A: 11.64 X000000344/A105V_110R_JUL06_001.RAS_A: 11.64 X000000347/A105V_110R_JUL06_004.RAS_A: 45 degrees X000000348/A105V_110R_JUL06_005.RAS_A: 45 degrees X000000345/A105V_110R_JUL06_002.RAS_A: 45 degrees X000000346/A105V_110R_JUL06_003.RAS_A: 45 degrees X000000344/A105V_110R_JUL06_001.RAS_A: 45 degrees X000000347/A105V_110R_JUL06_004.RAS_A: Reynolds Wrap 50.8 micron X000000348/A105V_110R_JUL06_005.RAS_A: Reynolds Wrap 50.8 micron X000000345/A105V_110R_JUL06_002.RAS_A: Reynolds Wrap 50.8 micron X000000346/A105V_110R_JUL06_003.RAS_A: Reynolds Wrap 50.8 micron X000000344/A105V_110R_JUL06_001.RAS_A: Reynolds Wrap 50.8 micron X000000347/A105V_110R_JUL06_004.RAS_A: Air X000000348/A105V_110R_JUL06_005.RAS_A: Air X000000345/A105V_110R_JUL06_002.RAS_A: Air X000000346/A105V_110R_JUL06_003.RAS_A: Air X000000344/A105V_110R_JUL06_001.RAS_A: Air X000000347/A105V_110R_JUL06_004.RAS_A: 77 Degrees X000000348/A105V_110R_JUL06_005.RAS_A: 77 Degrees X000000345/A105V_110R_JUL06_002.RAS_A: 77 Degrees X000000346/A105V_110R_JUL06_003.RAS_A: 77 Degrees X000000344/A105V_110R_JUL06_001.RAS_A: 77 Degrees X000000347/A105V_110R_JUL06_004.RAS_A: 53% X000000348/A105V_110R_JUL06_005.RAS_A: 53% X000000345/A105V_110R_JUL06_002.RAS_A: 53% X000000346/A105V_110R_JUL06_003.RAS_A: 53% X000000344/A105V_110R_JUL06_001.RAS_A: 53% X000000347/A105V_110R_JUL06_004.RAS_A: 2.9605 milliseconds X000000348/A105V_110R_JUL06_005.RAS_A: 2.9605 milliseconds X000000345/A105V_110R_JUL06_002.RAS_A: 2.9605 milliseconds X000000346/A105V_110R_JUL06_003.RAS_A: 2.9605 milliseconds X000000344/A105V_110R_JUL06_001.RAS_A: 2.9605 milliseconds X000000347/A105V_110R_JUL06_004.RAS_A: 3 hrs 9 min X000000348/A105V_110R_JUL06_005.RAS_A: 3 hrs 9 min X000000345/A105V_110R_JUL06_002.RAS_A: 3 hrs 10 min X000000346/A105V_110R_JUL06_003.RAS_A: 3 hrs 10 min X000000344/A105V_110R_JUL06_001.RAS_A: 3 hrs 20 mins X000000347/A105V_110R_JUL06_004.RAS_A: 150mm X000000348/A105V_110R_JUL06_005.RAS_A: 150mm X000000345/A105V_110R_JUL06_002.RAS_A: 150mm X000000346/A105V_110R_JUL06_003.RAS_A: 150mm X000000344/A105V_110R_JUL06_001.RAS_A: 150mm X000000347/A105V_110R_JUL06_004.RAS_A: N2 X000000348/A105V_110R_JUL06_005.RAS_A: N2 X000000345/A105V_110R_JUL06_002.RAS_A: N2 X000000346/A105V_110R_JUL06_003.RAS_A: N2 X000000344/A105V_110R_JUL06_001.RAS_A: N2 X000000347/A105V_110R_JUL06_004.RAS_A: 100000 X000000348/A105V_110R_JUL06_005.RAS_A: 100000 X000000345/A105V_110R_JUL06_002.RAS_A: 100000 X000000346/A105V_110R_JUL06_003.RAS_A: 100000 X000000344/A105V_110R_JUL06_001.RAS_A: 100000 X000000347/A105V_110R_JUL06_004.RAS_A: 1000000 X000000348/A105V_110R_JUL06_005.RAS_A: 1000000 X000000345/A105V_110R_JUL06_002.RAS_A: 1000000 X000000346/A105V_110R_JUL06_003.RAS_A: 1000000 X000000344/A105V_110R_JUL06_001.RAS_A: 1000000 X000000347/A105V_110R_JUL06_004.RAS_A: 150mm (140mm active plate) X000000348/A105V_110R_JUL06_005.RAS_A: 150mm (140mm active plate) X000000345/A105V_110R_JUL06_002.RAS_A: 150mm (140mm active plate) X000000346/A105V_110R_JUL06_003.RAS_A: 150mm (140mm active plate) X000000344/A105V_110R_JUL06_001.RAS_A: 150mm (140mm active plate) X000000347/A105V_110R_JUL06_004.RAS_A: N2 X000000348/A105V_110R_JUL06_005.RAS_A: N2 X000000345/A105V_110R_JUL06_002.RAS_A: N2 X000000346/A105V_110R_JUL06_003.RAS_A: N2 X000000344/A105V_110R_JUL06_001.RAS_A: N2 X000000347/A105V_110R_JUL06_004.RAS_A: 10000000 X000000348/A105V_110R_JUL06_005.RAS_A: 10000000 X000000345/A105V_110R_JUL06_002.RAS_A: 10000000 X000000346/A105V_110R_JUL06_003.RAS_A: 10000000 X000000344/A105V_110R_JUL06_001.RAS_A: 10000000 X000000347/A105V_110R_JUL06_004.RAS_A: 1000000 X000000348/A105V_110R_JUL06_005.RAS_A: 1000000 X000000345/A105V_110R_JUL06_002.RAS_A: 1000000 X000000346/A105V_110R_JUL06_003.RAS_A: 1000000 X000000344/A105V_110R_JUL06_001.RAS_A: 1000000 X000000347/A105V_110R_JUL06_004.RAS_A: Detector 1, window 6 dead, window 13 problematic X000000348/A105V_110R_JUL06_005.RAS_A: Major beam tweak Line 590 X000000345/A105V_110R_JUL06_002.RAS_A: Detector 1, window 6 dead, window 13 problematic X000000346/A105V_110R_JUL06_003.RAS_A: Detector 1, window 6 dead, window 13 problematic X000000348/A105V_110R_JUL06_005.RAS_A: Detector 1, window 6 dead, window 13 problematic X000000344/A105V_110R_JUL06_001.RAS_A: Detector 1, window 6 dead, window 13 problematic X000000344/A105V_110R_JUL06_001.RAS_A: 2(Archie Back) X000000345/A105V_110R_JUL06_002.RAS_A: 2(Archie Back) X000000346/A105V_110R_JUL06_003.RAS_A: 2(Archie Back) X000000347/A105V_110R_JUL06_004.RAS_A: 2(Archie Back) X000000348/A105V_110R_JUL06_005.RAS_A: 2(Archie Back) X000000344/A105V_110R_JUL06_001.RAS_A: 90 X000000345/A105V_110R_JUL06_002.RAS_A: 90 X000000346/A105V_110R_JUL06_003.RAS_A: 90 X000000347/A105V_110R_JUL06_004.RAS_A: 90 X000000348/A105V_110R_JUL06_005.RAS_A: 90 X000000344/A105V_110R_JUL06_001.RAS_A: 0 X000000345/A105V_110R_JUL06_002.RAS_A: 0 X000000346/A105V_110R_JUL06_003.RAS_A: 0 X000000347/A105V_110R_JUL06_004.RAS_A: 0 X000000348/A105V_110R_JUL06_005.RAS_A: 0 X000000344/A105V_110R_JUL06_001.RAS_A: 85 X000000345/A105V_110R_JUL06_002.RAS_A: 85 X000000346/A105V_110R_JUL06_003.RAS_A: 85 X000000347/A105V_110R_JUL06_004.RAS_A: 85 X000000348/A105V_110R_JUL06_005.RAS_A: 85 X000000344/A105V_110R_JUL06_001.RAS_A: Radiant Vortex X000000345/A105V_110R_JUL06_002.RAS_A: Radiant Vortex X000000346/A105V_110R_JUL06_003.RAS_A: Radiant Vortex X000000347/A105V_110R_JUL06_004.RAS_A: Radiant Vortex X000000348/A105V_110R_JUL06_005.RAS_A: Radiant Vortex X000000344/A105V_110R_JUL06_001.RAS_A: Silicon Drift Diode X000000345/A105V_110R_JUL06_002.RAS_A: Silicon Drift Diode X000000346/A105V_110R_JUL06_003.RAS_A: Silicon Drift Diode X000000347/A105V_110R_JUL06_004.RAS_A: Silicon Drift Diode X000000348/A105V_110R_JUL06_005.RAS_A: Silicon Drift Diode X000000344/A105V_110R_JUL06_001.RAS_A: 1.0E-4 X000000345/A105V_110R_JUL06_002.RAS_A: 1.0E-4 X000000346/A105V_110R_JUL06_003.RAS_A: 1.0E-4 X000000347/A105V_110R_JUL06_004.RAS_A: 1.0E-4 X000000348/A105V_110R_JUL06_005.RAS_A: 1.0E-4 X000000344/A105V_110R_JUL06_001.RAS_A: Canberra X000000345/A105V_110R_JUL06_002.RAS_A: Canberra X000000346/A105V_110R_JUL06_003.RAS_A: Canberra X000000347/A105V_110R_JUL06_004.RAS_A: Canberra X000000348/A105V_110R_JUL06_005.RAS_A: Canberra X000000344/A105V_110R_JUL06_001.RAS_A: 2026X X000000345/A105V_110R_JUL06_002.RAS_A: 2026X X000000346/A105V_110R_JUL06_003.RAS_A: 2026X X000000347/A105V_110R_JUL06_004.RAS_A: 2026X X000000348/A105V_110R_JUL06_005.RAS_A: 2026X X000000344/A105V_110R_JUL06_001.RAS_A: Berylium 50 sq mm, 25 micron thickness (www.radiantdetectors.com/pdf/Vortex-EX_spec.pdf) X000000345/A105V_110R_JUL06_002.RAS_A: Berylium 50 sq mm, 25 micron thickness (www.radiantdetectors.com/pdf/Vortex-EX_spec.pdf) X000000346/A105V_110R_JUL06_003.RAS_A: Berylium 50 sq mm, 25 micron thickness (www.radiantdetectors.com/pdf/Vortex-EX_spec.pdf) X000000347/A105V_110R_JUL06_004.RAS_A: Berylium 50 sq mm, 25 micron thickness (www.radiantdetectors.com/pdf/Vortex-EX_spec.pdf) X000000348/A105V_110R_JUL06_005.RAS_A: Berylium 50 sq mm, 25 micron thickness (www.radiantdetectors.com/pdf/Vortex-EX_spec.pdf) X000000344/A105V_110R_JUL06_001.RAS_A: Helium X000000345/A105V_110R_JUL06_002.RAS_A: Helium X000000346/A105V_110R_JUL06_003.RAS_A: Helium X000000347/A105V_110R_JUL06_004.RAS_A: Helium X000000348/A105V_110R_JUL06_005.RAS_A: Helium X000000344/A105V_110R_JUL06_001.RAS_A: 500 X000000345/A105V_110R_JUL06_002.RAS_A: 500 X000000346/A105V_110R_JUL06_003.RAS_A: 500 X000000347/A105V_110R_JUL06_004.RAS_A: 500 X000000348/A105V_110R_JUL06_005.RAS_A: 500 X000000344/A105V_110R_JUL06_001.RAS_A: 8.7 X000000345/A105V_110R_JUL06_002.RAS_A: 8.7 X000000346/A105V_110R_JUL06_003.RAS_A: 8.7 X000000347/A105V_110R_JUL06_004.RAS_A: 8.7 X000000348/A105V_110R_JUL06_005.RAS_A: 8.7 X000000344/A105V_110R_JUL06_001.RAS_A: Plus X000000345/A105V_110R_JUL06_002.RAS_A: Plus X000000346/A105V_110R_JUL06_003.RAS_A: Plus X000000347/A105V_110R_JUL06_004.RAS_A: Plus X000000348/A105V_110R_JUL06_005.RAS_A: Plus X000000344/A105V_110R_JUL06_001.RAS_A: Gauss X000000345/A105V_110R_JUL06_002.RAS_A: Gauss X000000346/A105V_110R_JUL06_003.RAS_A: Gauss X000000347/A105V_110R_JUL06_004.RAS_A: Gauss X000000348/A105V_110R_JUL06_005.RAS_A: Gauss X000000344/A105V_110R_JUL06_001.RAS_A: 8 X000000345/A105V_110R_JUL06_002.RAS_A: 8 X000000346/A105V_110R_JUL06_003.RAS_A: 8 X000000347/A105V_110R_JUL06_004.RAS_A: 8 X000000348/A105V_110R_JUL06_005.RAS_A: 8 X000000344/A105V_110R_JUL06_001.RAS_A: Two X000000345/A105V_110R_JUL06_002.RAS_A: Two X000000346/A105V_110R_JUL06_003.RAS_A: Two X000000347/A105V_110R_JUL06_004.RAS_A: Two X000000348/A105V_110R_JUL06_005.RAS_A: Two X000000344/A105V_110R_JUL06_001.RAS_A: Mn X000000345/A105V_110R_JUL06_002.RAS_A: Mn X000000346/A105V_110R_JUL06_003.RAS_A: Mn X000000347/A105V_110R_JUL06_004.RAS_A: Mn X000000348/A105V_110R_JUL06_005.RAS_A: Mn X000000344/A105V_110R_JUL06_001.RAS_A: 3.33-3.54 volts X000000345/A105V_110R_JUL06_002.RAS_A: 3.33-3.54 volts X000000346/A105V_110R_JUL06_003.RAS_A: 3.33-3.54 volts X000000347/A105V_110R_JUL06_004.RAS_A: 3.33-3.54 volts X000000348/A105V_110R_JUL06_005.RAS_A: 3.33-3.54 volts 80121 2008-07-24T11:02:44-04:00 Uwe Bergmann Martin George Euchologion Image Archimedes Palimpsest Image Palimpsest Image Multispectral Image Digital Image Greek Manuscript Image Byzantine Manuscript Image Parchment Manuscript Image 13th Century Manuscript Image 10th Century Manuscript Image Private Collection Owner of the Archimedes Palimpsest Bob Morton Bill Christens-Barry Roger Easton Keith Knox Will Noel Mike Toth Abigail Quandt Jennifer Giaccai Doug Emery Allison Bright Nina Raqueno Claire MacDonald Upasana Marwah Derek Walvoord Matt Heimbueger image/tiff Processed from XRF data file with Identifier X000000347, A105V_110R_JUL06_004.RAS_A Processed from XRF data file with Identifier X000000348, A105V_110R_JUL06_005.RAS_A Processed from XRF data file with Identifier X000000345, A105V_110R_JUL06_002.RAS_A Processed from XRF data file with Identifier X000000346, A105V_110R_JUL06_003.RAS_A Processed from XRF data file with Identifier X000000344, A105V_110R_JUL06_001.RAS_A Walters Art Museum Baltimore, MD USA SSRL-SLAC Menlo Park, CA March, July, August 2006 March 2008 Licensed for use under Creative Commons Attribution 3.0 Unported Access Rights, http://creativecommons.org/licenses/by/3.0/legalcode true http://creativecommons.org/licenses/by/3.0/legalcode It is requested that copies of any published articles based on the information in this data set are set to The Curator of Manuscripts, The Walters Art Museum, 600 North Charles Street, Baltimore MD 21201. 8160 10880 8 1 1 1 3 328.0 328.0 SLAC SSRL Beamline 6-2 SPEAR 3 2008-07-24T11:02:44-04:00 Photoshop CS2 2008-07-24T11:02:44-04:00 2007-08-21 2008-07-24T11:02:44-04:00 2008-07-24T11:02:44-04:00 328.0 328.0 3