| Wavelength | Transition | Type | Driving Population |
|---|
| 51.9062Å | 9961a 3G13.0 → 60960a 5I32.0 | Excitation | |
| 52.5789Å | 9961a 3I19.0 → 60960a 3J22.0 | Excitation | |
| 52.7384Å | 9961a 3H16.0 → 60960a 5I32.0 | Excitation | |
| 53.3234Å | 9961a 5G22.0 → 60960a 5I32.0 | Excitation | |
| 53.3958Å | 9961a 3J22.0 → 60960a 3K25.0 | Excitation | |
| 53.7244Å | 9961a 5H27.0 → 60960a 5I32.0 | Excitation | |
| 53.998Å | 9961a 3H16.0 → 60960a 5G22.0 | Excitation | |
| 54.459Å | 9961a 5G22.0 → 60960a 3G13.0 | Excitation | |
| 54.6522Å | 9961a 3J22.0 → 60960a 5I32.0 | Excitation | |
| 54.724Å | 9961a 5H27.0 → 60960a 5I32.0 | Excitation | |
| 54.751Å | 9961a 5I32.0 → 60960a 5I32.0 | Excitation | |
| 54.7838Å | 9961a 3H16.0 → 60960a 3H16.0 | Excitation | |
| 55.0321Å | 9961a 5H27.0 → 60960a 5G22.0 | Excitation | |
| 55.673Å | 9961a 3J22.0 → 60960a 3J22.0 | Excitation | |
| 55.7755Å | 9961a 5I32.0 → 60960a 3J22.0 | Excitation | |
| 55.8485Å | 9961a 5H27.0 → 60960a 3H16.0 | Excitation | |
| 56.0814Å | 9961a 5H27.0 → 60960a 5G22.0 | Excitation | |
| 56.3396Å | 9961a 3K25.0 → 60960a 5I32.0 | Excitation | |
| 56.5499Å | 9961a 3J22.0 → 60960a 5I32.0 | Excitation | |
| 56.752Å | 9961a 5I32.0 → 60960a 5I32.0 | Excitation | |
| 57.425Å | 9961a 3K25.0 → 60960a 3J22.0 | Excitation | |
| 58.372Å | 9961a 5J37.0 → 60960a 5I32.0 | Excitation | |
| 59.2447Å | 9961a 5J37.0 → 60960a 5F17.0 | Excitation | |
| 1412.57Å | 60960a 3H16.0 → 60960a 5I32.0 | Excitation | |
| 1659.42Å | 60960a 3I19.0 → 60960a 5I32.0 | Excitation | |
| 1756.8Å | 60960a 3F10.0 → 60960a 5F17.0 | Excitation | |
| 2090.32Å | 60960a 3F10.0 → 60960a 5F17.0 | Excitation | |
| 2260.96Å | 60960a 5G22.0 → 60960a 5I32.0 | Excitation | |
| 2322.9Å | 60960a 3F10.0 → 60960a 3G13.0 | Excitation | |
| 2531.97Å | 60960a 3D7.0 → 60960a 5F17.0 | Excitation | |
| 2557.02Å | 60960a 3G13.0 → 60960a 5I32.0 | Excitation | |
| 2597.94Å | 60960a 1I6.0 → 60960a 3J22.0 | Excitation | |
| 2980.8Å | 60960a 3J22.0 → 60960a 5I32.0 | Excitation | |
| 3039.88Å | 60960a 3P4.0 → 60960a 5F17.0 | Excitation | |
| 3074.94Å | 60960a 1G4.0 → 60960a 5F17.0 | Excitation | |
| 3156.07Å | 60960a 3H16.0 → 60960a 3G13.0 | Excitation | |
| 3304.47Å | 60960a 3P4.0 → 60960a 5S2.0 | Excitation | |
| 3417.16Å | 60960a 5D12.0 → 60960a 5G22.0 | Excitation | |
| 3466.63Å | 60960a 3F10.0 → 60960a 5G22.0 | Excitation | |
| 3743.36Å | 60960a 3I19.0 → 60960a 3J22.0 | Excitation | |
| 3764.49Å | 60960a 3H16.0 → 60960a 5G22.0 | Excitation | |
| 3902.74Å | 60960a 3D7.0 → 60960a 3G13.0 | Excitation | |
| 3962.59Å | 60960a 5F17.0 → 60960a 5I32.0 | Excitation | |
| 4359.2Å | 60960a 1D2.0 → 60960a 5F17.0 | Excitation | |
| 4536.28Å | 60960a 3H16.0 → 60960a 3I19.0 | Excitation | |
| 4653.98Å | 60960a 1K8.0 → 60960a 3J22.0 | Excitation | |
| 5265.1Å | 60960a 5G22.0 → 60960a 5F17.0 | Excitation | |
| 5954.15Å | 60960a 3K25.0 → 60960a 3J22.0 | Excitation | |
| 6112.84Å | 60960a 5G22.0 → 60960a 5S2.0 | Excitation | |
| 7208.77Å | 60960a 3G13.0 → 60960a 5F17.0 | Excitation | |
------------------------------------------------------------------------------- root partition information ========================== nuclear charge : 74 ion charge+1 : 19 population calculation information ---------------------------------- population processing code: adas810 adf04 source file : adf04_copmm#74_ls_40#w18.dat adf18/a17_p208 file : NULL meta. ion. coeff. selector : options : lnorm =T lpsel =F lzsel =T liosel=F : lhsel =F lrsel =F lisel =F lnsel =F energy levels ------------- lv configuration (2S+1)L(w-1/2) energy (cm^-1) --- ------------------- -------------- -------------- 1 60960A (5) 6( 32.0) 0.0 2 60960A (5) 3( 17.0) 25236.0 3 60960A (5) 0( 2.0) 27870.0 4 60960A (3) 7( 22.0) 33548.0 5 60960A (3) 4( 13.0) 39108.0 6 60960A (5) 4( 22.0) 44229.0 7 60960A (1) 2( 2.0) 48176.0 8 60960A (3) 8( 25.0) 50343.0 9 60960A (1) 8( 8.0) 55035.0 10 60960A (1) 4( 4.0) 57757.0 11 60960A (3) 1( 4.0) 58132.0 12 60960A (3) 6( 19.0) 60262.0 13 60960A (3) 9( 28.0) 63411.0 14 60960A (3) 2( 7.0) 64731.0 15 60960A (3) 1( 4.0) 69887.0 16 60960A (3) 5( 16.0) 70793.0 17 60960A (1) 6( 6.0) 72040.0 18 60960A (3) 3( 10.0) 73075.5 19 60960A (5) 2( 12.0) 73493.1 20 60960A (3) 3( 10.0) 82157.7 21 60960A (1) 5( 5.0) 82304.0 22 60960A (3) 5( 16.0) 82306.5 23 60960A (1) 7( 7.0) 83401.6 24 60960A (3) 3( 10.0) 84736.3 25 60960A (3) 4( 13.0) 89318.7 26 60960A (1) 4( 4.0) 95307.0 27 60960A (1)10( 10.0) 96860.0 28 60960A (3) 7( 22.0) 99501.0 29 60960A (3) 5( 16.0) 103679.0 30 60960A (1) 8( 8.0) 112124.0 31 60960A (1) 2( 2.0) 112661.0 32 60960A (3) 6( 19.0) 119618.0 33 60960A (3) 4( 13.0) 123325.0 34 60960A (1) 0( 0.0) 128242.0 35 60960A (1) 3( 3.0) 129219.0 36 60960A (1) 6( 6.0) 131213.0 37 60960A (1) 2( 2.0) 135472.0 38 60960A (1) 4( 4.0) 137216.0 39 60960A (3) 2( 7.0) 142183.0 40 60960A (1) 5( 5.0) 152497.0 41 60960A (3) 3( 10.0) 169914.0 42 60960A (3) 5( 16.0) 177278.0 43 60960A (1) 6( 6.0) 179410.0 44 60960A (3) 1( 4.0) 182981.0 45 60960A (1) 4( 4.0) 206481.0 46 60960A (1) 2( 2.0) 260841.0 47 60960A (1) 0( 0.0) 305541.0 48 9961A (1) 6( 6.0) 1696951.0 49 9961A (5) 7( 37.0) 1713151.0 50 9961A (1) 0( 0.0) 1715851.0 51 9961A (5) 8( 42.0) 1722751.0 52 9961A (5) 5( 27.0) 1724651.0 53 9961A (5) 2( 12.0) 1748151.0 54 9961A (5) 4( 22.0) 1757551.0 55 9961A (3) 3( 10.0) 1760051.0 56 9961A (5) 6( 32.0) 1762051.0 57 9961A (1) 2( 2.0) 1763651.0 58 9961A (3) 7( 22.0) 1768351.0 59 9961A (3) 7( 22.0) 1770451.0 60 9961A (1) 0( 0.0) 1772551.0 61 9961A (1) 8( 8.0) 1772851.0 62 9961A (3) 8( 25.0) 1774951.0 63 9961A (3) 6( 19.0) 1776751.0 64 9961A (3) 1( 4.0) 1782151.0 65 9961A (3) 1( 4.0) 1784951.0 66 9961A (3) 4( 13.0) 1785551.0 67 9961A (1) 2( 2.0) 1786351.0 68 9961A (1) 5( 5.0) 1787551.0 69 9961A (3) 5( 16.0) 1788651.0 70 9961A (3) 9( 28.0) 1790051.0 71 9961A (5) 4( 22.0) 1790451.0 72 9961A (5) 2( 12.0) 1792651.0 73 9961A (1) 3( 3.0) 1793151.0 74 9961A (1) 5( 5.0) 1795251.0 75 9961A (3) 6( 19.0) 1802251.0 76 9961A (5) 4( 22.0) 1806051.0 77 9961A (1) 5( 5.0) 1812851.0 78 9961A (3) 4( 13.0) 1813851.0 79 9961A (1) 9( 9.0) 1814551.0 80 9961A (3) 3( 10.0) 1814651.0 81 9961A (3) 5( 16.0) 1817551.0 82 9961A (3) 4( 13.0) 1817651.0 83 9961A (1) 4( 4.0) 1818951.0 84 9961A (3) 2( 7.0) 1820351.0 85 9961A (1) 2( 2.0) 1826251.0 86 9961A (5) 6( 32.0) 1826451.0 87 9961A (5) 5( 27.0) 1827351.0 88 9961A (3) 2( 7.0) 1829351.0 89 9961A (3) 7( 22.0) 1829751.0 90 9961A (3) 8( 25.0) 1831051.0 91 9961A (3) 6( 19.0) 1832951.0 92 9961A (1) 6( 6.0) 1837551.0 93 9961A (1) 4( 4.0) 1839051.0 94 9961A (3)10( 31.0) 1839851.0 95 9961A (1) 3( 3.0) 1840251.0 96 9961A (5) 3( 17.0) 1842151.0 97 9961A (5) 0( 2.0) 1845851.0 98 9961A (5) 1( 7.0) 1846051.0 99 9961A (1) 4( 4.0) 1850051.0 100 9961A (1) 6( 6.0) 1850451.0 101 9961A (3) 7( 22.0) 1851651.0 102 9961A (3) 8( 25.0) 1852551.0 103 9961A (3) 6( 19.0) 1853351.0 104 9961A (5) 2( 12.0) 1854951.0 105 9961A (3) 3( 10.0) 1858351.0 106 9961A (5) 5( 27.0) 1861351.0 107 9961A (3) 3( 10.0) 1862451.0 108 9961A (5) 3( 17.0) 1865951.0 109 9961A (3) 6( 19.0) 1866451.0 110 9961A (3) 2( 7.0) 1867851.0 111 9961A (5) 3( 17.0) 1871251.0 112 9961A (5) 4( 22.0) 1875351.0 113 9961A (3) 3( 10.0) 1877651.0 114 9961A (3) 9( 28.0) 1877751.0 115 9961A (1) 4( 4.0) 1878751.0 116 9961A (3) 0( 1.0) 1880651.0 117 9961A (3) 1( 4.0) 1881651.0 118 9961A (3) 5( 16.0) 1882251.0 119 9961A (3) 4( 13.0) 1885951.0 120 9961A (1) 7( 7.0) 1890951.0 121 9961A (3) 4( 13.0) 1892551.0 122 9961A (3) 3( 10.0) 1893151.0 123 9961A (3) 4( 13.0) 1893551.0 124 9961A (1) 2( 2.0) 1893651.0 125 9961A (1) 2( 2.0) 1894851.0 126 9961A (3) 6( 19.0) 1895051.0 127 9961A (3) 5( 16.0) 1896151.0 128 9961A (1) 8( 8.0) 1896851.0 129 9961A (1) 3( 3.0) 1897051.0 130 9961A (5) 1( 7.0) 1899751.0 131 9961A (5) 2( 12.0) 1901251.0 132 9961A (1) 3( 3.0) 1904351.0 133 9961A (3) 5( 16.0) 1907451.0 134 9961A (3) 3( 10.0) 1909651.0 135 9961A (3) 3( 10.0) 1913051.0 136 9961A (3) 2( 7.0) 1914551.0 137 9961A (3) 7( 22.0) 1919551.0 138 9961A (1) 4( 4.0) 1921751.0 139 9961A (3) 5( 16.0) 1922151.0 140 9961A (3) 7( 22.0) 1923151.0 141 9961A (3) 2( 7.0) 1924251.0 142 9961A (3) 3( 10.0) 1925751.0 143 9961A (3) 4( 13.0) 1926551.0 144 9961A (1) 7( 7.0) 1927351.0 145 9961A (3) 5( 16.0) 1928151.0 146 9961A (3) 2( 7.0) 1929251.0 147 9961A (3) 6( 19.0) 1935451.0 148 9961A (3) 4( 13.0) 1936451.0 149 9961A (3) 5( 16.0) 1940851.0 150 9961A (3) 2( 7.0) 1941551.0 151 9961A (1)10( 10.0) 1942151.0 152 9961A (3) 2( 7.0) 1947951.0 153 9961A (3) 3( 10.0) 1950051.0 154 9961A (1) 3( 3.0) 1953951.0 155 9961A (3) 4( 13.0) 1956651.0 156 9961A (3) 6( 19.0) 1957951.0 157 9961A (1) 6( 6.0) 1962051.0 158 9961A (1) 8( 8.0) 1963051.0 159 9961A (3) 1( 4.0) 1963351.0 160 9961A (3) 1( 4.0) 1966951.0 161 9961A (3) 3( 10.0) 1972451.0 162 9961A (3) 4( 13.0) 1976551.0 163 9961A (3) 0( 1.0) 1977451.0 164 9961A (1) 6( 6.0) 1977951.0 165 9961A (1) 5( 5.0) 1981651.0 166 9961A (3) 4( 13.0) 1988651.0 167 9961A (3) 2( 7.0) 1999551.0 168 9961A (1) 5( 5.0) 1999751.0 169 9961A (1) 1( 1.0) 2002851.0 170 9961A (1) 4( 4.0) 2004851.0 171 9961A (1) 2( 2.0) 2005651.0 172 9961A (3) 5( 16.0) 2008551.0 173 9961A (3) 5( 16.0) 2011551.0 174 9961A (3) 2( 7.0) 2013451.0 175 9961A (1) 1( 1.0) 2020051.0 176 9961A (3) 1( 4.0) 2022951.0 177 9961A (1) 7( 7.0) 2030251.0 178 9961A (1) 7( 7.0) 2038551.0 179 9961A (1) 4( 4.0) 2039951.0 180 9961A (1) 3( 3.0) 2040751.0 181 9961A (3) 4( 13.0) 2045051.0 182 9961A (1) 6( 6.0) 2057651.0 183 9961A (1) 6( 6.0) 2058451.0 184 9961A (3) 8( 25.0) 2060751.0 185 9961A (1) 1( 1.0) 2063551.0 186 9961A (1) 5( 5.0) 2064151.0 187 9961A (1) 3( 3.0) 2068251.0 188 9961A (1) 4( 4.0) 2076151.0 189 9961A (3) 1( 4.0) 2076251.0 190 9961A (3) 6( 19.0) 2085351.0 191 9961A (1) 1( 1.0) 2086351.0 192 9961A (1) 3( 3.0) 2087851.0 193 9961A (3) 5( 16.0) 2087951.0 194 9961A (3) 3( 10.0) 2088651.0 195 9961A (1) 9( 9.0) 2112451.0 196 9961A (1) 4( 4.0) 2112551.0 197 9961A (1) 5( 5.0) 2113151.0 198 9961A (3) 4( 13.0) 2115751.0 199 9961A (1) 7( 7.0) 2117551.0 200 9961A (3) 2( 7.0) 2118351.0 201 9961A (3) 0( 1.0) 2126851.0 202 9961A (1) 5( 5.0) 2156151.0 203 9961A (1) 2( 2.0) 2170451.0 204 9961A (1) 3( 3.0) 2179151.0 205 9961A (1) 1( 1.0) 2220151.0 206 60652755860961A (1) 5( 5.0) 3245151.0 207 60652755860961A (3) 7( 22.0) 3265851.0 208 60652755860961A (5) 6( 32.0) 3276951.0 209 60652755860961A (3) 0( 1.0) 3295751.0 210 60652755860961A (3) 6( 19.0) 3297851.0 211 60652755860961A (3) 5( 16.0) 3303051.0 212 60652755860961A (3) 8( 25.0) 3306951.0 213 60652755860961A (1) 8( 8.0) 3312551.0 214 60652755860961A (1) 3( 3.0) 3314351.0 215 60652755860961A (1) 4( 4.0) 3315351.0 216 60652755860961A (5) 2( 12.0) 3322651.0 217 60652755860961A (1) 7( 7.0) 3324051.0 218 60652755860961A (1) 4( 4.0) 3325051.0 219 60652755860961A (3) 4( 13.0) 3325151.0 220 60652755860961A (1) 5( 5.0) 3330451.0 221 60652755860961A (1) 2( 2.0) 3334751.0 222 60652755860961A (1) 4( 4.0) 3340151.0 223 60652755860961A (3) 3( 10.0) 3340551.0 224 60652755860961A (1) 1( 1.0) 3340951.0 225 60652755860961A (1) 9( 9.0) 3368751.0 226 60652755860961A (1) 6( 6.0) 3370451.0 227 60652755860961A (1) 1( 1.0) 3381151.0 228 60652755860961A (5) 1( 7.0) 3382351.0 229 60652755860961A (1) 0( 0.0) 3385451.0 230 60652755860961A (1) 2( 2.0) 3388851.0 231 60652755860961A (1) 5( 5.0) 3395051.0 232 60652755860961A (1) 3( 3.0) 3397451.0 233 60652755860961A (1) 7( 7.0) 3399751.0 234 60652755860961A (3) 2( 7.0) 3403451.0 235 60652755860961A (3) 1( 4.0) 3408951.0 236 60652755860961A (1) 6( 6.0) 3409251.0 237 60652755860961A (1) 2( 2.0) 3409551.0 238 60652755860961A (5) 4( 22.0) 3411151.0 239 60652755860961A (1) 3( 3.0) 3413551.0 240 60652755860961A (5) 3( 17.0) 3420051.0 241 60652755860961A (1) 4( 4.0) 3421751.0 242 60652755860961A (1) 5( 5.0) 3422451.0 243 60652755860961A (5) 5( 27.0) 3425651.0 244 60652755860961A (5) 7( 37.0) 3429851.0 245 60652755860961A (3) 3( 10.0) 3434351.0 246 60652755860961A (3) 2( 7.0) 3435551.0 247 60652755860961A (3) 2( 7.0) 3441251.0 248 60652755860961A (3) 6( 19.0) 3443751.0 249 60652755860961A (5) 5( 27.0) 3443951.0 250 60652755860961A (1) 4( 4.0) 3449151.0 251 60652755860961A (5) 4( 22.0) 3467251.0 252 60652755860961A (1) 4( 4.0) 3472351.0 253 60652755860961A (3) 6( 19.0) 3476951.0 254 60652755860961A (3) 5( 16.0) 3478651.0 255 60652755860961A (1) 3( 3.0) 3479451.0 256 60652755860961A (3) 8( 25.0) 3479951.0 257 60652755860961A (5) 3( 17.0) 3492551.0 258 60652755860961A (5) 2( 12.0) 3495051.0 259 60652755860961A (3) 7( 22.0) 3495151.0 260 60652755860961A (3) 3( 10.0) 3503851.0 261 60652755860961A (3) 5( 16.0) 3504751.0 262 60652755860961A (3) 4( 13.0) 3513951.0 263 60652755860961A (3) 2( 7.0) 3518751.0 264 60652755860961A (3) 3( 10.0) 3532051.0 265 60652755860961A (3) 6( 19.0) 3541151.0 266 60652755860961A (5) 3( 17.0) 3565451.0 267 60652755860961A (3) 4( 13.0) 3568951.0 268 60652755860961A (3) 5( 16.0) 3579151.0 269 60652755860961A (3) 4( 13.0) 3585951.0 270 60652755860961A (3) 5( 16.0) 3589051.0 271 60652755860961A (3) 3( 10.0) 3593551.0 272 60652755860961A (5) 1( 7.0) 3594351.0 273 60652755860961A (3) 2( 7.0) 3597251.0 274 60652755860961A (3) 3( 10.0) 3611251.0 275 60652755860961A (3) 1( 4.0) 3621251.0 276 60652755860961A (3) 3( 10.0) 3627151.0 277 60652755860961A (3) 3( 10.0) 3637751.0 278 60652755860961A (3) 1( 4.0) 3639751.0 279 60652755860961A (3) 5( 16.0) 3648451.0 280 60652755860961A (3) 1( 4.0) 3656751.0 281 60652755860961A (3) 3( 10.0) 3673851.0 282 60652755860961A (3) 9( 28.0) 3677751.0 283 60652755860961A (3) 4( 13.0) 3680151.0 284 60652755860961A (3) 1( 4.0) 3681651.0 285 60652755860961A (3) 6( 19.0) 3683151.0 286 60652755860961A (3) 2( 7.0) 3687451.0 287 60652755860961A (3) 7( 22.0) 3695551.0 288 60652755860961A (3) 2( 7.0) 3699051.0 289 60652755860961A (3) 4( 13.0) 3727351.0 290 60652755860961A (3) 5( 16.0) 3731451.0 291 60652755860961A (3) 4( 13.0) 3741051.0 292 60652755860961A (3) 4( 13.0) 3747451.0 293 60652755860961A (3) 7( 22.0) 3769151.0 294 60652755860961A (1) 6( 6.0) 3856051.0 295 60652755860961A (1) 8( 8.0) 3865051.0 296 60652755860961A (1) 1( 1.0) 3870751.0 297 60652755860961A (1) 7( 7.0) 3891151.0 298 60652755860961A (1) 3( 3.0) 3902651.0 299 60652755860961A (1) 5( 5.0) 3906751.0 300 60652755860961A (1) 6( 6.0) 3913651.0 301 60652755860961A (1) 2( 2.0) 3954651.0 302 60652755860961A (1) 3( 3.0) 3959151.0 303 60652755860961A (1) 2( 2.0) 4021651.0 ------------------------------------------------------------------------------- superstage partition information ================================ element symbol : W parent template : partition level : 1 superstage label : 18 tabulation : photon emissivity coefft (te,ne) units : ph. emis coef(cm^3 s^-1); te (ev); ne (cm^-3) photon emissivity atomic transitions ------------------------------------ isel wvlen(A) transition type ispb nspb ispp nspp sz tg pr wr ----- ---------- ----------------------------------- ----- ---- ---- -- -- -- -- 1 51.9062 143(3)4( 13.0)- 1(5)6( 32.0) excit 1 1 18 128 36 1 2 52.5789 147(3)6( 19.0)- 4(3)7( 22.0) excit 1 1 18 816 31 2 3 52.7384 127(3)5( 16.0)- 1(5)6( 32.0) excit 1 1 18 112 32 3 4 53.3234 112(5)4( 22.0)- 1(5)6( 32.0) excit 1 1 18 101 38 4 5 53.3958 140(3)7( 22.0)- 8(3)8( 25.0) excit 1 1 18 1695 35 5 6 53.7244 106(5)5( 27.0)- 1(5)6( 32.0) excit 1 1 18 95 5 6 7 53.9980 127(3)5( 16.0)- 6(5)4( 22.0) excit 1 1 18 1283 45 7 8 54.4590 112(5)4( 22.0)- 5(3)4( 13.0) excit 1 1 18 1003 42 8 9 54.6522 89(3)7( 22.0)- 1(5)6( 32.0) excit 1 1 18 79 28 9 10 54.7240 87(5)5( 27.0)- 1(5)6( 32.0) excit 1 1 18 77 33 10 11 54.7510 86(5)6( 32.0)- 1(5)6( 32.0) excit 1 1 18 76 4 11 12 54.7838 127(3)5( 16.0)- 16(3)5( 16.0) excit 1 1 18 3038 41 12 13 55.0321 106(5)5( 27.0)- 6(5)4( 22.0) excit 1 1 18 1263 14 13 14 55.6730 89(3)7( 22.0)- 4(3)7( 22.0) excit 1 1 18 785 30 14 15 55.7755 86(5)6( 32.0)- 4(3)7( 22.0) excit 1 1 18 783 12 15 16 55.8485 106(5)5( 27.0)- 16(3)5( 16.0) excit 1 1 18 3022 26 16 17 56.0814 87(5)5( 27.0)- 6(5)4( 22.0) excit 1 1 18 1245 20 17 18 56.3396 62(3)8( 25.0)- 1(5)6( 32.0) excit 1 1 18 56 24 18 19 56.5499 58(3)7( 22.0)- 1(5)6( 32.0) excit 1 1 18 53 44 19 20 56.7520 56(5)6( 32.0)- 1(5)6( 32.0) excit 1 1 18 52 15 20 21 57.4250 62(3)8( 25.0)- 4(3)7( 22.0) excit 1 1 18 768 34 21 22 58.3720 49(5)7( 37.0)- 1(5)6( 32.0) excit 1 1 18 46 13 22 23 59.2447 49(5)7( 37.0)- 2(5)3( 17.0) excit 1 1 18 312 47 23 24 1412.57 16(3)5( 16.0)- 1(5)6( 32.0) excit 1 1 18 15 6 24 25 1659.42 12(3)6( 19.0)- 1(5)6( 32.0) excit 1 1 18 11 10 25 26 1756.80 20(3)3( 10.0)- 2(5)3( 17.0) excit 1 1 18 285 49 26 27 2090.32 18(3)3( 10.0)- 2(5)3( 17.0) excit 1 1 18 283 48 27 28 2260.96 6(5)4( 22.0)- 1(5)6( 32.0) excit 1 1 18 5 3 28 29 2322.90 20(3)3( 10.0)- 5(3)4( 13.0) excit 1 1 18 924 22 29 30 2531.97 14(3)2( 7.0)- 2(5)3( 17.0) excit 1 1 18 279 18 30 31 2557.02 5(3)4( 13.0)- 1(5)6( 32.0) excit 1 1 18 4 7 31 32 2597.94 17(1)6( 6.0)- 4(3)7( 22.0) excit 1 1 18 736 23 32 33 2980.80 4(3)7( 22.0)- 1(5)6( 32.0) excit 1 1 18 3 1 33 34 3039.88 11(3)1( 4.0)- 2(5)3( 17.0) excit 1 1 18 277 39 34 35 3074.94 10(1)4( 4.0)- 2(5)3( 17.0) excit 1 1 18 276 19 35 36 3156.07 16(3)5( 16.0)- 5(3)4( 13.0) excit 1 1 18 920 50 36 37 3304.47 11(3)1( 4.0)- 3(5)0( 2.0) excit 1 1 18 549 37 37 38 3417.16 19(5)2( 12.0)- 6(5)4( 22.0) excit 1 1 18 1183 25 38 39 3466.63 18(3)3( 10.0)- 6(5)4( 22.0) excit 1 1 18 1182 46 39 40 3743.36 12(3)6( 19.0)- 4(3)7( 22.0) excit 1 1 18 733 17 40 41 3764.49 16(3)5( 16.0)- 6(5)4( 22.0) excit 1 1 18 1180 40 41 42 3902.74 14(3)2( 7.0)- 5(3)4( 13.0) excit 1 1 18 918 43 42 43 3962.59 2(5)3( 17.0)- 1(5)6( 32.0) excit 1 1 18 1 2 43 44 4359.20 7(1)2( 2.0)- 2(5)3( 17.0) excit 1 1 18 274 27 44 45 4536.28 22(3)5( 16.0)- 12(3)6( 19.0) excit 1 1 18 2259 21 45 46 4653.98 9(1)8( 8.0)- 4(3)7( 22.0) excit 1 1 18 731 29 46 47 5265.10 6(5)4( 22.0)- 2(5)3( 17.0) excit 1 1 18 273 9 47 48 5954.15 8(3)8( 25.0)- 4(3)7( 22.0) excit 1 1 18 730 11 48 49 6112.84 6(5)4( 22.0)- 3(5)0( 2.0) excit 1 1 18 546 16 49 50 7208.77 5(3)4( 13.0)- 2(5)3( 17.0) excit 1 1 18 272 8 50 ------------------------------------------------------------------------------- code : adas810 producer : Adam Foster date : 15/05/09 -------------------------------------------------------------------------------