Study 000589: ACRONYM: SOT_MOSAIC_NORM_V1 The SOT_MOSAIC_NORM_V1 raster is used for the SOT normal scan mode mosaic, which consists of 2 normal mode maps lined up east-west. For these rasters use the SOT pointing for EIS. Remember to update the SOT offset in the planning tool and to use the SOT offset adjustment in computing the pointing. Note that the SOT normal mode map takes about ~9000s and covers 266"x160", so this raster runs more quickly and covers somewhat more area than the SOT map. Duration = 1h38m Rate = 34.9 kBits/s Volume = 206 Mbits Exposure Time = 40s Step Size = 3" Exposures = 134 FOV = 401"x512" The primary lines for each data window are: 1 180.40 32 # Fe XI 180.401 2 182.10 32 # Ca XV 181.900, Fe XI 182.167, Fe X 182.310 3 184.33 32 # O VI 184.117, Fe X 184.536 4 185.21 80 # Fe VIII 185.213 186.75 32 # Fe VIII 186.601, Ca XIV 186.610, Fe XII 186.880 5 188.40 48 # Ar XIV 187.964, Fe XI 188.216, Fe XI 188.299, Fe IX 188.497, S XI 188.675 6 192.47 56 # Fe XXIV 192.040, Fe XII 192.394, Fe XI 192.813, Ca XVII 192.858, O V 192.906 7 194.10 40 # Fe X 193.715, Ca XIV 193.874, Ar XIV 194.396 8 195.12 24 # Fe XII 195.119, Fe XII 195.179 9 197.86 24 # Fe IX 197.862 10 201.05 24 # Ca XV 200.972, Fe XIII 201.121 11 202.04 24 # Fe XIII 202.044 12 203.83 24 # Fe XII 203.720, Fe XIII 203.826 13 208.50 32 # Ca XV 208.324, Ca XVI 208.604, Fe XIII 208.679, Ca XV 208.722 14 211.32 24 # Fe XIV 211.316 15 255.00 32 # Fe XVII 254.87, Fe XXIV 255.100 16 256.48 32 # He II 256.317, Si X 256.366, S XIII 256.686 17 258.37 24 # Si X 258.375 18 262.98 24 # Fe XVI 262.984 19 264.30 72 # Fe XXIII 263.760, S X 264.233, Fe XIV 264.787, Fe XVI 265.003 20 270.52 24 # Mg VI 270.394, Fe XIV 270.519 21 275.40 24 # Si VII 275.368, Fe XVII 275.54 22 276.30 40 # Mg VII 276.153, Mg V 276.579 23 278.40 32 # Mg VII 278.402, Si VII 278.445 24 280.39 56 # Mg VII 280.39, O IV 279.933 25 284.16 24 # Al IX 284.015, Fe XV 284.160 Pointing: --------- See above Instructions to planners: ------------------------- See above Warning: ------- 3" steps are taken between exposures (sparse raster)