***************************************************************************** Radiative transitions in Ir II (see Ref. [9] in the D.E.S.I.R.E. main page) ***************************************************************************** Wavelength Lower level Upper level log gf gA 1777.667 0 (e) 5.0 56234 (o) 4.0 -0.87 2.85E+08 1783.732 3090 (e) 2.0 59133 (o) 2.0 -2.08 1.74E+07 1811.095 3090 (e) 2.0 58286 (o) 1.0 -1.97 2.16E+07 1852.217 2263 (e) 4.0 56234 (o) 4.0 -1.16 1.34E+08 1861.869 0 (e) 5.0 53691 (o) 5.0 -0.16 1.33E+09 1865.402 2263 (e) 4.0 55852 (o) 3.0 -2.11 1.49E+07 1866.636 3090 (e) 2.0 56644 (o) 2.0 -2.73 3.60E+06 1867.649 0 (e) 5.0 53525 (o) 4.0 -1.57 5.10E+07 NORM 1880.789 3090 (e) 2.0 56242 (o) 1.0 -2.03 1.75E+07 1894.662 3090 (e) 2.0 55852 (o) 3.0 -2.89 2.40E+06 1943.151 4788 (e) 4.0 56234 (o) 4.0 -0.85 2.49E+08 1943.803 2263 (e) 4.0 53691 (o) 5.0 -0.94 2.03E+08 1947.425 0 (e) 5.0 51333 (o) 5.0 -1.14 1.28E+08 NORM 1957.666 4788 (e) 4.0 55852 (o) 3.0 -1.72 3.32E+07 1961.081 3090 (e) 2.0 54066 (o) 3.0 -2.88 2.30E+06 1962.225 8187 (e) 3.0 59133 (o) 2.0 -1.17 1.17E+08 1962.700 2263 (e) 4.0 53196 (o) 3.0 -2.17 1.17E+07 NORM 1976.090 3090 (e) 2.0 53679 (o) 2.0 -2.14 1.24E+07 1987.348 0 (e) 5.0 50302 (o) 4.0 -1.12 1.28E+08 NORM 1993.059 8975 (e) 2.0 59133 (o) 2.0 -1.05 1.48E+08 1995.116 3090 (e) 2.0 53196 (o) 3.0 -1.67 3.56E+07 NORM 1996.528 9062 (e) 1.0 59133 (o) 2.0 -0.84 2.42E+08 2022.823 3090 (e) 2.0 52510 (o) 2.0 -0.93 1.92E+08 NORM 2027.277 8975 (e) 2.0 58286 (o) 1.0 -2.91 2.00E+06 2028.656 4788 (e) 4.0 54066 (o) 3.0 -0.95 1.81E+08 2031.659 9928 (e) 3.0 59133 (o) 2.0 -1.56 4.47E+07 2044.189 4788 (e) 4.0 53691 (o) 5.0 0.05 1.78E+09 2044.834 3090 (e) 2.0 51978 (o) 1.0 -0.91 1.95E+08 NORM 2051.158 4788 (e) 4.0 53525 (o) 4.0 0.00 1.59E+09 NORM 2063.004 8187 (e) 3.0 56644 (o) 2.0 -1.21 9.71E+07 2070.513 3090 (e) 2.0 51372 (o) 2.0 -1.12 1.17E+08 NORM 2075.435 8187 (e) 3.0 56354 (o) 2.0 -1.89 2.00E+07 2076.766 3090 (e) 2.0 51227 (o) 3.0 -1.77 2.60E+07 NORM 2080.638 8187 (e) 3.0 56234 (o) 4.0 -0.91 1.89E+08 2080.970 2263 (e) 4.0 50302 (o) 4.0 -2.61 3.80E+06 NORM 2090.268 11307 (e) 2.0 59133 (o) 2.0 -1.62 3.63E+07 2090.794 9062 (e) 1.0 56876 (o) 0.0 -1.02 1.47E+08 2097.114 8975 (e) 2.0 56644 (o) 2.0 -2.77 2.60E+06 2097.288 8187 (e) 3.0 55852 (o) 3.0 -1.40 5.98E+07 2109.960 8975 (e) 2.0 56354 (o) 2.0 -1.11 1.16E+08 2113.848 9062 (e) 1.0 56354 (o) 2.0 -1.06 1.31E+08 2114.993 8975 (e) 2.0 56242 (o) 1.0 -2.47 5.10E+06 2118.899 9062 (e) 1.0 56242 (o) 1.0 -1.75 2.65E+07 2119.089 11958 (e) 1.0 59133 (o) 2.0 -1.60 3.75E+07 2126.807 0 (e) 5.0 47004 (o) 5.0 0.11 1.90E+09 NORM 2127.935 11307 (e) 2.0 58286 (o) 1.0 -1.94 1.69E+07 2132.550 8975 (e) 2.0 55852 (o) 3.0 -0.86 2.00E+08 2139.891 9928 (e) 3.0 56644 (o) 2.0 -2.13 1.07E+07 2147.779 4788 (e) 4.0 51333 (o) 5.0 -2.51 4.50E+06 NORM 2152.700 4788 (e) 4.0 51227 (o) 3.0 -0.12 1.08E+09 NORM 2153.649 12715 (e) 3.0 59133 (o) 2.0 -2.88 1.90E+06 2157.811 11958 (e) 1.0 58286 (o) 1.0 -1.40 5.75E+07 2158.869 9928 (e) 3.0 56234 (o) 4.0 -2.14 1.03E+07 2176.800 9928 (e) 3.0 55852 (o) 3.0 -1.74 2.55E+07 2178.972 8187 (e) 3.0 54066 (o) 3.0 -0.85 1.98E+08 2196.439 4788 (e) 4.0 50302 (o) 4.0 -1.32 6.63E+07 NORM 2197.517 8187 (e) 3.0 53679 (o) 2.0 -0.58 3.61E+08 2204.953 8187 (e) 3.0 53525 (o) 4.0 -0.76 2.37E+08 NORM 2217.058 8975 (e) 2.0 54066 (o) 3.0 -2.20 8.50E+06 2219.216 11307 (e) 2.0 56354 (o) 2.0 -0.46 4.74E+08 2220.070 11212 (e) 0.0 56242 (o) 1.0 -2.83 2.00E+06 2221.069 8187 (e) 3.0 53196 (o) 3.0 -0.48 4.52E+08 NORM 2224.784 11307 (e) 2.0 56242 (o) 1.0 -1.19 8.75E+07 2225.589 11958 (e) 1.0 56876 (o) 0.0 -2.87 1.80E+06 2234.381 2263 (e) 4.0 47004 (o) 5.0 -2.06 1.17E+07 NORM 2236.259 8975 (e) 2.0 53679 (o) 2.0 -1.37 5.73E+07 2237.105 11958 (e) 1.0 56644 (o) 2.0 -1.73 2.50E+07 2240.627 9062 (e) 1.0 53679 (o) 2.0 -1.65 2.98E+07 2242.681 0 (e) 5.0 44576 (o) 4.0 0.08 1.60E+09 NORM 2244.219 11307 (e) 2.0 55852 (o) 3.0 -1.48 4.38E+07 2245.750 11719 (e) 4.0 56234 (o) 4.0 -0.36 5.83E+08 2251.729 11958 (e) 1.0 56354 (o) 2.0 -0.80 2.10E+08 2257.461 11958 (e) 1.0 56242 (o) 1.0 -0.84 1.89E+08 2260.654 8975 (e) 2.0 53196 (o) 3.0 -1.37 5.56E+07 NORM 2264.923 9928 (e) 3.0 54066 (o) 3.0 -1.91 1.59E+07 2265.159 11719 (e) 4.0 55852 (o) 3.0 -0.98 1.35E+08 2275.655 12715 (e) 3.0 56644 (o) 2.0 -0.64 2.92E+08 2284.966 9928 (e) 3.0 53679 (o) 2.0 -2.30 6.40E+06 2293.007 9928 (e) 3.0 53525 (o) 4.0 -1.45 4.49E+07 NORM 2296.290 8975 (e) 2.0 52510 (o) 2.0 -2.03 1.18E+07 NORM 2297.129 12715 (e) 3.0 56234 (o) 4.0 -0.96 1.40E+08 2300.895 9062 (e) 1.0 52510 (o) 2.0 -0.70 2.50E+08 NORM 2310.441 9928 (e) 3.0 53196 (o) 3.0 -1.35 5.55E+07 NORM 2314.907 8187 (e) 3.0 51372 (o) 2.0 -0.76 2.19E+08 NORM 2317.440 12715 (e) 3.0 55852 (o) 3.0 -0.99 1.28E+08 2324.695 8975 (e) 2.0 51978 (o) 1.0 -0.86 1.71E+08 NORM 2329.415 9062 (e) 1.0 51978 (o) 1.0 -1.16 8.55E+07 NORM 2338.001 11307 (e) 2.0 54066 (o) 3.0 -2.55 3.40E+06 2346.146 15676 (e) 2.0 58286 (o) 1.0 -1.91 1.49E+07 2347.676 9928 (e) 3.0 52510 (o) 2.0 -2.64 2.80E+06 NORM 2357.939 8975 (e) 2.0 51372 (o) 2.0 -0.99 1.22E+08 NORM 2359.364 11307 (e) 2.0 53679 (o) 2.0 -1.30 5.99E+07 2360.737 11719 (e) 4.0 54066 (o) 3.0 -1.66 2.61E+07 2368.044 4788 (e) 4.0 47004 (o) 5.0 -0.41 4.67E+08 NORM 2373.726 8187 (e) 3.0 50302 (o) 4.0 -2.37 5.00E+06 NORM 2381.798 11719 (e) 4.0 53691 (o) 5.0 -0.47 3.99E+08 2386.534 11307 (e) 2.0 53196 (o) 3.0 -1.41 4.54E+07 NORM 2391.263 11719 (e) 4.0 53525 (o) 4.0 -0.95 1.31E+08 NORM 2396.147 11958 (e) 1.0 53679 (o) 2.0 -1.97 1.25E+07 2396.224 17413 (e) 2.0 59133 (o) 2.0 -2.01 1.14E+07 2401.177 17499 (e) 3.0 59133 (o) 2.0 -1.38 4.79E+07 2410.229 11719 (e) 4.0 53196 (o) 3.0 -1.35 5.16E+07 NORM 2412.153 9928 (e) 3.0 51372 (o) 2.0 -2.70 2.30E+06 NORM 2426.284 11307 (e) 2.0 52510 (o) 2.0 -1.47 3.80E+07 NORM 2440.427 12715 (e) 3.0 53679 (o) 2.0 -1.42 4.26E+07 2445.853 17413 (e) 2.0 58286 (o) 1.0 -2.63 2.60E+06 2449.601 12715 (e) 3.0 53525 (o) 4.0 -2.00 1.12E+07 NORM 2452.265 11212 (e) 0.0 51978 (o) 1.0 -2.90 1.40E+06 NORM 2457.593 15676 (e) 2.0 56354 (o) 2.0 -1.22 6.58E+07 2458.017 11307 (e) 2.0 51978 (o) 1.0 -2.65 2.50E+06 NORM 2464.423 15676 (e) 2.0 56242 (o) 1.0 -1.34 4.99E+07 2465.200 11958 (e) 1.0 52510 (o) 2.0 -1.74 1.98E+07 NORM 2469.507 12715 (e) 3.0 53196 (o) 3.0 -1.22 6.64E+07 NORM 2487.559 18945 (e) 2.0 59133 (o) 2.0 -1.83 1.59E+07 2488.292 15676 (e) 2.0 55852 (o) 3.0 -1.07 9.09E+07 2497.966 11958 (e) 1.0 51978 (o) 1.0 -2.20 6.70E+06 NORM 2504.299 11307 (e) 2.0 51227 (o) 3.0 -1.67 2.28E+07 NORM 2512.093 12715 (e) 3.0 52510 (o) 2.0 -1.13 7.75E+07 NORM 2512.581 4788 (e) 4.0 44576 (o) 4.0 -0.85 1.48E+08 NORM 2523.606 11719 (e) 4.0 51333 (o) 5.0 -2.76 1.80E+06 NORM 2523.863 18677 (e) 1.0 58286 (o) 1.0 -1.86 1.43E+07 2530.402 11719 (e) 4.0 51227 (o) 3.0 -1.22 6.28E+07 NORM 2536.391 11958 (e) 1.0 51372 (o) 2.0 -2.76 1.80E+06 NORM 2553.827 17499 (e) 3.0 56644 (o) 2.0 -1.61 2.50E+07 2561.778 17210 (e) 4.0 56234 (o) 4.0 -1.23 5.94E+07 2572.903 17499 (e) 3.0 56354 (o) 2.0 -1.66 2.18E+07 2574.671 17413 (e) 2.0 56242 (o) 1.0 -1.77 1.71E+07 2579.479 17478 (e) 5.0 56234 (o) 4.0 -0.32 4.82E+08 2580.903 17499 (e) 3.0 56234 (o) 4.0 -1.83 1.47E+07 2583.727 20441 (e) 1.0 59133 (o) 2.0 -2.80 1.60E+06 2586.058 12715 (e) 3.0 51372 (o) 2.0 -0.65 2.21E+08 NORM 2587.064 17210 (e) 4.0 55852 (o) 3.0 -2.57 2.70E+06 2591.049 11719 (e) 4.0 50302 (o) 4.0 -1.85 1.39E+07 NORM 2595.818 12715 (e) 3.0 51227 (o) 3.0 -1.00 9.88E+07 NORM 2600.734 17413 (e) 2.0 55852 (o) 3.0 -2.63 2.30E+06 2604.105 15676 (e) 2.0 54066 (o) 3.0 -2.82 1.50E+06 2606.569 17499 (e) 3.0 55852 (o) 3.0 -1.04 9.00E+07 2617.077 18677 (e) 1.0 56876 (o) 0.0 -1.39 3.98E+07 2633.015 18677 (e) 1.0 56644 (o) 2.0 -1.63 2.24E+07 2641.519 20441 (e) 1.0 58286 (o) 1.0 -2.78 1.60E+06 2651.763 18945 (e) 2.0 56644 (o) 2.0 -2.29 4.90E+06 2659.680 12715 (e) 3.0 50302 (o) 4.0 -2.35 4.20E+06 NORM 2661.259 18677 (e) 1.0 56242 (o) 1.0 -1.61 2.32E+07 2664.456 15676 (e) 2.0 53196 (o) 3.0 -1.54 2.70E+07 NORM 2672.336 18945 (e) 2.0 56354 (o) 2.0 -1.59 2.42E+07 2680.413 18945 (e) 2.0 56242 (o) 1.0 -2.02 8.90E+06 2705.208 19279 (e) 4.0 56234 (o) 4.0 -1.35 4.03E+07 2708.672 18945 (e) 2.0 55852 (o) 3.0 -1.00 9.15E+07 2714.097 15676 (e) 2.0 52510 (o) 2.0 -1.09 7.44E+06 NORM 2726.583 22468 (e) 2.0 59133 (o) 2.0 -1.98 9.40E+06 2727.515 17413 (e) 2.0 54066 (o) 3.0 -2.07 7.70E+06 2740.324 17210 (e) 4.0 53691 (o) 5.0 -1.27 4.78E+07 2743.802 20441 (e) 1.0 56876 (o) 0.0 -1.87 1.20E+07 2752.861 17210 (e) 4.0 53525 (o) 4.0 -1.50 2.81E+07 NORM 2753.866 15676 (e) 2.0 51978 (o) 1.0 -1.40 3.49E+07 NORM 2756.633 17413 (e) 2.0 53679 (o) 2.0 -2.71 1.70E+06 2761.325 20441 (e) 1.0 56644 (o) 2.0 -2.64 2.00E+06 2763.190 17499 (e) 3.0 53679 (o) 2.0 -0.96 9.64E+07 2774.957 17499 (e) 3.0 53525 (o) 4.0 -0.79 1.41E+08 NORM 2781.776 23195 (e) 3.0 59133 (o) 2.0 -2.32 4.10E+06 2791.022 22468 (e) 2.0 58286 (o) 1.0 -2.63 2.00E+06 2793.794 17413 (e) 2.0 53196 (o) 3.0 -1.36 3.77E+07 NORM 2800.639 15676 (e) 2.0 51372 (o) 2.0 -1.21 5.27E+07 NORM 2811.462 20294 (e) 4.0 55852 (o) 3.0 -1.94 9.60E+06 2812.090 15676 (e) 2.0 51227 (o) 3.0 -1.59 2.18E+07 NORM 2823.614 23728 (e) 3.0 59133 (o) 2.0 -2.06 7.30E+06 2833.241 11719 (e) 4.0 47004 (o) 5.0 -0.70 1.64E+08 NORM 2846.474 18945 (e) 2.0 54066 (o) 3.0 -2.77 1.40E+06 2848.421 17413 (e) 2.0 52510 (o) 2.0 -1.90 1.04E+07 NORM 2855.422 17499 (e) 3.0 52510 (o) 2.0 -2.66 1.80E+06 NORM 2873.815 19279 (e) 4.0 54066 (o) 3.0 -2.38 3.40E+06 2878.201 18945 (e) 2.0 53679 (o) 2.0 -1.95 9.10E+06 2892.254 17413 (e) 2.0 51978 (o) 1.0 -1.61 1.95E+07 NORM 2925.116 22468 (e) 2.0 56644 (o) 2.0 -2.64 1.80E+06 2929.729 17210 (e) 4.0 51333 (o) 5.0 -1.23 4.54E+07 NORM 2943.891 17413 (e) 2.0 51372 (o) 2.0 -2.84 1.10E+06 NORM 2950.167 22468 (e) 2.0 56354 (o) 2.0 -1.32 3.70E+07 2951.370 17499 (e) 3.0 51372 (o) 2.0 -2.88 1.00E+06 NORM 2952.903 17478 (e) 5.0 51333 (o) 5.0 -2.74 1.40E+06 NORM 2954.778 18677 (e) 1.0 52510 (o) 2.0 -1.20 4.79E+07 NORM 2960.015 22468 (e) 2.0 56242 (o) 1.0 -1.68 1.58E+07 2964.089 17499 (e) 3.0 51227 (o) 3.0 -1.64 1.74E+07 NORM 2978.057 25564 (e) 2.0 59133 (o) 2.0 -1.99 7.70E+06 2978.409 18945 (e) 2.0 52510 (o) 2.0 -2.12 5.70E+06 NORM 3001.974 18677 (e) 1.0 51978 (o) 1.0 -1.73 1.37E+07 NORM 3007.728 20441 (e) 1.0 53679 (o) 2.0 -1.71 1.43E+07 3021.015 17210 (e) 4.0 50302 (o) 4.0 -1.73 1.35E+07 NORM 3026.369 18945 (e) 2.0 51978 (o) 1.0 -1.57 1.94E+07 NORM 3037.079 23728 (e) 3.0 56644 (o) 2.0 -1.82 1.10E+07 3042.646 11719 (e) 4.0 44576 (o) 4.0 -1.18 4.81E+07 NORM 3045.661 17478 (e) 5.0 50302 (o) 4.0 -1.85 1.01E+07 NORM 3055.097 25564 (e) 2.0 58286 (o) 1.0 -2.36 3.10E+06 3061.219 23195 (e) 3.0 55852 (o) 3.0 -2.14 5.20E+06 3082.952 18945 (e) 2.0 51372 (o) 2.0 -1.87 9.50E+06 NORM 3111.960 23728 (e) 3.0 55852 (o) 3.0 -2.15 4.90E+06 3117.329 20441 (e) 1.0 52510 (o) 2.0 -1.39 2.79E+07 NORM 3118.835 19279 (e) 4.0 51333 (o) 5.0 -1.39 2.81E+07 NORM 3137.722 12715 (e) 3.0 44576 (o) 4.0 -1.69 1.38E+07 NORM 3163.840 22468 (e) 2.0 54066 (o) 3.0 -2.08 5.60E+06 3169.906 20441 (e) 1.0 51978 (o) 1.0 -2.65 1.50E+06 NORM 3181.322 22267 (e) 6.0 53691 (o) 5.0 -1.56 1.81E+07 3201.875 25011 (e) 5.0 56234 (o) 4.0 -1.81 1.01E+07 3216.498 25564 (e) 2.0 56644 (o) 2.0 -1.93 7.60E+06 3222.494 19279 (e) 4.0 50302 (o) 4.0 -1.72 1.22E+07 NORM 3232.038 20441 (e) 1.0 51372 (o) 2.0 -2.17 4.30E+06 NORM 3253.366 22468 (e) 2.0 53196 (o) 3.0 -1.57 1.69E+07 NORM 3274.254 28600 (e) 1.0 59133 (o) 2.0 -1.89 8.00E+06 3279.523 23195 (e) 3.0 53679 (o) 2.0 -2.47 2.10E+06 3295.234 23728 (e) 3.0 54066 (o) 3.0 -2.11 4.80E+06 3300.609 25564 (e) 2.0 55852 (o) 3.0 -1.67 1.32E+07 3327.680 22468 (e) 2.0 52510 (o) 2.0 -2.18 4.00E+06 NORM 3337.828 23728 (e) 3.0 53679 (o) 2.0 -2.22 3.60E+06 3367.619 28600 (e) 1.0 58286 (o) 1.0 -2.73 1.10E+06 3387.660 22468 (e) 2.0 51978 (o) 1.0 -2.38 2.40E+06 NORM 3458.716 22468 (e) 2.0 51372 (o) 2.0 -2.35 2.50E+06 NORM 3507.514 25564 (e) 2.0 54066 (o) 3.0 -2.29 2.80E+06 3564.793 28600 (e) 1.0 56644 (o) 2.0 -2.64 1.20E+06 3605.833 19279 (e) 4.0 47004 (o) 5.0 -1.27 2.76E+07 NORM 3653.193 17210 (e) 4.0 44576 (o) 4.0 -1.55 1.42E+07 NORM 3784.726 25564 (e) 2.0 51978 (o) 1.0 -2.35 2.10E+06 NORM 3873.633 25564 (e) 2.0 51372 (o) 2.0 -2.39 1.80E+06 NORM 3895.572 25564 (e) 2.0 51227 (o) 3.0 -1.52 1.32E+07 NORM 4390.200 28600 (e) 1.0 51372 (o) 2.0 -2.50 1.10E+06 NORM ******************************************************************************