| Wavelength | Transition | Type | Driving Population |
|---|
| 4.04672Å | 11522523 2D1.5 → 22513 2P0.5 | Excitation | |
| 19.1012Å | 2251d 2D1.5 → 22513 2P0.5 | Excitation | |
| 20.3653Å | 12513518 2P1.5 → 22513 2P0.5 | Excitation | |
| 21.1029Å | 22519 2D1.5 → 22513 2P0.5 | Excitation | |
| 21.2019Å | 22519 2D1.5 → 22513 2P1.5 | Excitation | |
| 25.3179Å | 12513515 2P1.5 → 22513 2P1.5 | Excitation | |
| 26.2447Å | 12513515 2S0.5 → 22513 2P1.5 | Excitation | |
| 26.3354Å | 12513515 2D1.5 → 22513 2P0.5 | Excitation | |
| 26.4897Å | 12513515 2D1.5 → 22513 2P1.5 | Excitation | |
| 26.5261Å | 12513515 4S1.5 → 22513 2P0.5 | Excitation | |
| 26.6032Å | 12513515 2P0.5 → 22513 2P0.5 | Excitation | |
| 26.6826Å | 12513515 4S1.5 → 22513 2P1.5 | Excitation | |
| 26.7606Å | 12513515 2P0.5 → 22513 2P1.5 | Excitation | |
| 26.7759Å | 12513515 2P1.5 → 22513 2P1.5 | Excitation | |
| 27.2221Å | 12513516 2F2.5 → 12523 2D1.5 | Excitation | |
| 27.3453Å | 22516 2D1.5 → 22513 2P0.5 | Excitation | |
| 27.4415Å | 12513516 2D2.5 → 12523 4P1.5 | Excitation | |
| 27.4999Å | 22516 2D2.5 → 22513 2P1.5 | Excitation | |
| 27.5117Å | 22516 2D1.5 → 22513 2P1.5 | Excitation | |
| 28.1339Å | 12513516 2D1.5 → 12523 2P0.5 | Excitation | |
| 28.1979Å | 12513516 2D2.5 → 12523 2P1.5 | Excitation | |
| 28.2534Å | 12513516 2F3.5 → 12523 2D2.5 | Excitation | |
| 28.3484Å | 12513516 2F2.5 → 12523 2D1.5 | Excitation | |
| 28.359Å | 12513516 2F2.5 → 12523 2D2.5 | Excitation | |
| 28.7043Å | 12513516 2D1.5 → 12523 2D1.5 | Excitation | |
| 28.9702Å | 12513516 2P1.5 → 12523 2S0.5 | Excitation | |
| 29.1132Å | 22514 2S0.5 → 22513 2P0.5 | Excitation | |
| 29.3019Å | 22514 2S0.5 → 22513 2P1.5 | Excitation | |
| 29.7312Å | 12513516 2D1.5 → 12523 2P0.5 | Excitation | |
| 31.5479Å | 22515 2P0.5 → 12523 2D1.5 | Excitation | |
| 32.4482Å | 22515 2P0.5 → 12523 2S0.5 | Excitation | |
| 32.7927Å | 22515 2P0.5 → 12523 2P0.5 | Excitation | |
| 32.8408Å | 22515 2P1.5 → 12523 2P1.5 | Excitation | |
| 32.9045Å | 22515 2P0.5 → 12523 2P1.5 | Excitation | |
| 79.098Å | 22518 2P0.5 → 22514 2S0.5 | Excitation | |
| 84.441Å | 22519 2D1.5 → 22515 2P0.5 | Excitation | |
| 194.054Å | 12523 2P1.5 → 22513 2P0.5 | Excitation | |
| 198.034Å | 12523 2P0.5 → 22513 2P0.5 | Excitation | |
| 202.756Å | 12523 2P1.5 → 22513 2P1.5 | Excitation | |
| 207.105Å | 12523 2P0.5 → 22513 2P1.5 | Excitation | |
| 211.605Å | 12523 2S0.5 → 22513 2P0.5 | Excitation | |
| 221.993Å | 12523 2S0.5 → 22513 2P1.5 | Excitation | |
| 259.987Å | 12523 2D1.5 → 22513 2P0.5 | Excitation | |
| 274.852Å | 12523 2D2.5 → 22513 2P1.5 | Excitation | |
| 275.848Å | 12523 2D1.5 → 22513 2P1.5 | Excitation | |
| 455.866Å | 12523 4P0.5 → 22513 2P0.5 | Excitation | |
| 460.626Å | 12523 4P2.5 → 22513 2P1.5 | Excitation | |
| 486.657Å | 12523 4P1.5 → 22513 2P1.5 | Excitation | |
| 836.463Å | 22515 2P0.5 → 22514 2S0.5 | Excitation | |
| 4521.63Å | 22513 2P1.5 → 22513 2P0.5 | Excitation | |
------------------------------------------------------------------------------- root partition information ========================== nuclear charge : 18 ion charge+1 : 14 population calculation information ---------------------------------- population processing code: adas810 adf04 source file : adf04_copmm#18_ic_40#ar13.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 22513 (2)1( 0.5) 0.0 2 22513 (2)1( 1.5) 22115.9 3 12523 (4)1( 0.5) 219362.5 4 12523 (4)1( 1.5) 227599.3 5 12523 (4)1( 2.5) 239211.9 6 12523 (2)2( 1.5) 384634.2 7 12523 (2)2( 2.5) 385947.7 8 12523 (2)0( 0.5) 472579.7 9 12523 (2)1( 0.5) 504962.6 10 12523 (2)1( 1.5) 515319.4 11 22514 (2)0( 0.5) 3434866.5 12 22515 (2)1( 0.5) 3554417.5 13 22515 (2)1( 1.5) 3560309.8 14 22516 (2)2( 1.5) 3656935.4 15 22516 (2)2( 2.5) 3658491.5 16 12513515 (4)2( 0.5) 3735360.7 17 12513515 (4)2( 1.5) 3740739.9 18 12513515 (4)2( 2.5) 3749586.1 19 12513515 (2)1( 1.5) 3756818.6 20 12513515 (2)1( 0.5) 3758946.7 21 12513515 (4)2( 3.5) 3761681.1 22 12513515 (4)0( 1.5) 3769873.2 23 12513515 (4)1( 0.5) 3778139.2 24 12513515 (4)1( 1.5) 3785979.5 25 12513515 (4)1( 2.5) 3791482.8 26 12513515 (2)2( 1.5) 3797165.1 27 12513515 (2)2( 2.5) 3810664.1 28 12513516 (4)3( 1.5) 3830854.8 29 12513515 (2)0( 0.5) 3832413.0 30 12513516 (4)3( 2.5) 3835103.7 31 12513516 (4)3( 3.5) 3841559.3 32 12513516 (4)3( 4.5) 3851596.1 33 12513516 (4)2( 2.5) 3859126.4 34 12513516 (4)2( 1.5) 3861019.9 35 12513516 (4)2( 0.5) 3861918.5 36 12513516 (2)2( 1.5) 3868436.8 37 12513516 (2)2( 2.5) 3871709.2 38 12513516 (4)2( 3.5) 3872395.2 39 12513516 (4)1( 2.5) 3877879.7 40 12513516 (4)1( 1.5) 3878857.0 41 12513516 (4)1( 0.5) 3879716.3 42 12513516 (2)3( 2.5) 3912165.3 43 12513516 (2)1( 1.5) 3924402.6 44 12513516 (2)3( 3.5) 3925348.2 45 12513516 (2)1( 0.5) 3932165.5 46 12513515 (2)2( 1.5) 3959369.4 47 12513515 (2)2( 2.5) 3962112.6 48 12513515 (2)1( 0.5) 3966410.4 49 12513515 (2)1( 1.5) 3971890.9 50 12513515 (2)0( 0.5) 3986138.3 51 12513516 (2)3( 3.5) 4057375.8 52 12513516 (2)3( 2.5) 4058116.0 53 12513516 (2)2( 1.5) 4059395.9 54 12513516 (2)2( 2.5) 4061679.4 55 12513516 (2)1( 0.5) 4078670.2 56 12513516 (2)1( 1.5) 4080207.0 57 22517 (2)0( 0.5) 4652220.9 58 22518 (2)1( 0.5) 4699121.6 59 22518 (2)1( 1.5) 4701537.6 60 22519 (2)2( 1.5) 4738676.8 61 22519 (2)2( 2.5) 4739329.4 62 2251A (2)3( 2.5) 4758322.7 63 2251A (2)3( 3.5) 4758606.0 64 12513518 (4)2( 0.5) 4890384.8 65 12513518 (4)2( 1.5) 4894764.0 66 12513518 (4)0( 1.5) 4900596.2 67 12513518 (4)2( 2.5) 4901365.7 68 12513518 (2)1( 0.5) 4903813.2 69 12513518 (4)1( 0.5) 4907583.3 70 12513518 (2)1( 1.5) 4910315.3 71 12513518 (4)2( 3.5) 4914144.3 72 12513518 (4)1( 1.5) 4919507.7 73 12513518 (4)1( 2.5) 4920924.1 74 12513518 (2)2( 1.5) 4921414.5 75 12513519 (4)3( 1.5) 4927762.6 76 12513518 (2)2( 2.5) 4929896.3 77 12513519 (4)3( 2.5) 4931004.6 78 12513519 (4)3( 3.5) 4936725.9 79 12513518 (2)0( 0.5) 4937412.7 80 12513519 (4)1( 2.5) 4938718.0 81 12513519 (4)2( 1.5) 4940956.4 82 12513519 (4)2( 0.5) 4942025.0 83 12513519 (2)2( 1.5) 4946279.2 84 12513519 (4)3( 4.5) 4948707.3 85 12513519 (2)2( 2.5) 4950107.3 86 12513519 (4)2( 3.5) 4954308.3 87 12513519 (4)2( 2.5) 4956430.4 88 12513519 (4)1( 1.5) 4957499.0 89 12513519 (4)1( 0.5) 4957992.0 90 12513519 (2)3( 2.5) 4964349.3 91 12513519 (2)1( 1.5) 4970264.4 92 12513519 (2)3( 3.5) 4973289.7 93 12513519 (2)1( 0.5) 4975600.6 94 12513518 (2)2( 1.5) 5098831.9 95 12513518 (2)2( 2.5) 5100309.9 96 12513518 (2)1( 0.5) 5100417.8 97 12513518 (2)1( 1.5) 5102590.5 98 12513518 (2)0( 0.5) 5107228.8 99 12513519 (2)2( 1.5) 5137203.8 100 12513519 (2)3( 3.5) 5137243.7 101 12513519 (2)3( 2.5) 5137299.7 102 12513519 (2)2( 2.5) 5138087.9 103 12513519 (2)1( 0.5) 5144247.7 104 12513519 (2)1( 1.5) 5144905.0 105 2251B (2)0( 0.5) 5193582.0 106 2251C (2)1( 0.5) 5216067.7 107 2251C (2)1( 1.5) 5217283.2 108 2251D (2)2( 1.5) 5235261.5 109 2251D (2)2( 2.5) 5235596.8 110 2251E (2)3( 2.5) 5245231.3 111 2251E (2)3( 3.5) 5245372.8 112 2251G (2)0( 0.5) 5479306.6 113 2251H (2)1( 0.5) 5492412.9 114 2251H (2)1( 1.5) 5493111.1 115 2251I (2)2( 1.5) 5503506.6 116 2251I (2)2( 2.5) 5503700.3 117 2251J (2)3( 2.5) 5509109.0 118 2251J (2)3( 3.5) 5509192.9 119 2251M (2)0( 0.5) 5649637.1 120 2251N (2)1( 0.5) 5657820.4 121 2251N (2)1( 1.5) 5658257.0 122 2251O (2)2( 1.5) 5664735.5 123 2251O (2)2( 2.5) 5664857.5 124 2251P (2)3( 2.5) 5668214.3 125 2251P (2)3( 3.5) 5668267.3 126 11522523 (4)1( 0.5) 24590367.0 127 11522523 (4)1( 1.5) 24600703.8 128 11522523 (4)1( 2.5) 24614214.6 129 11522523 (2)2( 1.5) 24711367.3 130 11522523 (2)2( 2.5) 24716309.4 131 11522523 (2)1( 0.5) 24728064.5 132 11522523 (2)1( 1.5) 24751522.9 133 11522523 (2)0( 0.5) 24813174.1 134 11522513515 (4)2( 0.5) 28313621.4 135 11522513515 (4)2( 1.5) 28319608.9 136 11522513515 (4)2( 2.5) 28330297.9 137 11522513515 (4)0( 1.5) 28336593.4 138 11522513515 (2)1( 0.5) 28342499.1 139 11522513515 (4)2( 3.5) 28345281.3 140 11522513515 (2)1( 1.5) 28353742.9 141 11522513515 (4)1( 0.5) 28358046.9 142 11522513515 (4)1( 1.5) 28368230.0 143 11522513515 (4)1( 2.5) 28374321.9 144 11522513515 (2)2( 1.5) 28378828.6 145 11522513515 (2)2( 2.5) 28397972.7 146 11522513515 (2)0( 0.5) 28413228.3 147 11522513516 (4)3( 1.5) 28447702.4 148 11522513516 (4)3( 2.5) 28453023.6 149 11522513515 (2)2( 1.5) 28453310.0 150 11522513515 (2)2( 2.5) 28453877.0 151 11522513515 (2)1( 0.5) 28460290.7 152 11522513516 (4)3( 3.5) 28461168.9 153 11522513516 (2)2( 2.5) 28465002.4 154 11522513516 (2)2( 1.5) 28465378.4 155 11522513515 (2)1( 1.5) 28468901.4 156 11522513516 (4)3( 4.5) 28473922.6 157 11522513516 (4)2( 1.5) 28480012.6 158 11522513516 (4)2( 0.5) 28480013.2 159 11522513516 (4)2( 2.5) 28481804.8 160 11522513515 (2)0( 0.5) 28482062.1 161 11522513516 (4)2( 3.5) 28493395.2 162 11522513516 (2)3( 2.5) 28495026.2 163 11522513516 (4)1( 2.5) 28499192.9 164 11522513516 (4)1( 1.5) 28500446.2 165 11522513516 (4)1( 0.5) 28501585.5 166 11522513516 (2)3( 3.5) 28513492.8 167 11522513516 (2)1( 1.5) 28516623.3 168 11522513516 (2)1( 0.5) 28527640.7 169 11522513516 (2)2( 1.5) 28577664.5 170 11522513516 (2)2( 2.5) 28579277.5 171 11522513516 (2)3( 3.5) 28587519.6 172 11522513516 (2)3( 2.5) 28592725.2 173 11522513516 (2)1( 0.5) 28598997.6 174 11522513516 (2)1( 1.5) 28602880.3 ------------------------------------------------------------------------------- superstage partition information ================================ element symbol : AR parent template : partition level : 1 superstage label : 13 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 4.04672 129(2)2( 1.5)- 1(2)1( 0.5) excit 1 1 13 96 47 1 2 19.1012 108(2)2( 1.5)- 1(2)1( 0.5) excit 1 1 13 82 27 2 3 20.3653 70(2)1( 1.5)- 1(2)1( 0.5) excit 1 1 13 53 28 3 4 21.1029 60(2)2( 1.5)- 1(2)1( 0.5) excit 1 1 13 46 15 4 5 21.2019 60(2)2( 1.5)- 2(2)1( 1.5) excit 1 1 13 186 46 5 6 25.3179 49(2)1( 1.5)- 2(2)1( 1.5) excit 1 1 13 175 45 6 7 26.2447 29(2)0( 0.5)- 2(2)1( 1.5) excit 1 1 13 156 31 7 8 26.3354 26(2)2( 1.5)- 1(2)1( 0.5) excit 1 1 13 19 14 8 9 26.4897 26(2)2( 1.5)- 2(2)1( 1.5) excit 1 1 13 153 21 9 10 26.5261 22(4)0( 1.5)- 1(2)1( 0.5) excit 1 1 13 16 48 10 11 26.6032 20(2)1( 0.5)- 1(2)1( 0.5) excit 1 1 13 15 17 11 12 26.6826 22(4)0( 1.5)- 2(2)1( 1.5) excit 1 1 13 149 34 12 13 26.7606 20(2)1( 0.5)- 2(2)1( 1.5) excit 1 1 13 148 49 13 14 26.7759 19(2)1( 1.5)- 2(2)1( 1.5) excit 1 1 13 147 37 14 15 27.2221 52(2)3( 2.5)- 6(2)2( 1.5) excit 1 1 13 761 30 15 16 27.3453 14(2)2( 1.5)- 1(2)1( 0.5) excit 1 1 13 11 8 16 17 27.4415 37(2)2( 2.5)- 4(4)1( 1.5) excit 1 1 13 451 35 17 18 27.4999 15(2)2( 2.5)- 2(2)1( 1.5) excit 1 1 13 143 16 18 19 27.5117 14(2)2( 1.5)- 2(2)1( 1.5) excit 1 1 13 142 13 19 20 28.1339 53(2)2( 1.5)- 9(2)1( 0.5) excit 1 1 13 1167 36 20 21 28.1979 54(2)2( 2.5)- 10(2)1( 1.5) excit 1 1 13 1292 25 21 22 28.2534 44(2)3( 3.5)- 7(2)2( 2.5) excit 1 1 13 902 42 22 23 28.3484 42(2)3( 2.5)- 6(2)2( 1.5) excit 1 1 13 753 12 23 24 28.3590 42(2)3( 2.5)- 7(2)2( 2.5) excit 1 1 13 900 32 24 25 28.7043 36(2)2( 1.5)- 6(2)2( 1.5) excit 1 1 13 748 22 25 26 28.9702 43(2)1( 1.5)- 8(2)0( 0.5) excit 1 1 13 1042 19 26 27 29.1132 11(2)0( 0.5)- 1(2)1( 0.5) excit 1 1 13 8 29 27 28 29.3019 11(2)0( 0.5)- 2(2)1( 1.5) excit 1 1 13 139 20 28 29 29.7312 36(2)2( 1.5)- 9(2)1( 0.5) excit 1 1 13 1157 50 29 30 31.5479 12(2)1( 0.5)- 6(2)2( 1.5) excit 1 1 13 726 24 30 31 32.4482 12(2)1( 0.5)- 8(2)0( 0.5) excit 1 1 13 1020 33 31 32 32.7927 12(2)1( 0.5)- 9(2)1( 0.5) excit 1 1 13 1138 26 32 33 32.8408 13(2)1( 1.5)- 10(2)1( 1.5) excit 1 1 13 1256 39 33 34 32.9045 12(2)1( 0.5)- 10(2)1( 1.5) excit 1 1 13 1255 41 34 35 79.0980 58(2)1( 0.5)- 11(2)0( 0.5) excit 1 1 13 1432 43 35 36 84.4410 60(2)2( 1.5)- 12(2)1( 0.5) excit 1 1 13 1551 40 36 37 194.054 10(2)1( 1.5)- 1(2)1( 0.5) excit 1 1 13 7 9 37 38 198.034 9(2)1( 0.5)- 1(2)1( 0.5) excit 1 1 13 6 6 38 39 202.756 10(2)1( 1.5)- 2(2)1( 1.5) excit 1 1 13 138 4 39 40 207.105 9(2)1( 0.5)- 2(2)1( 1.5) excit 1 1 13 137 5 40 41 211.605 8(2)0( 0.5)- 1(2)1( 0.5) excit 1 1 13 5 3 41 42 221.993 8(2)0( 0.5)- 2(2)1( 1.5) excit 1 1 13 136 11 42 43 259.987 6(2)2( 1.5)- 1(2)1( 0.5) excit 1 1 13 4 1 43 44 274.852 7(2)2( 2.5)- 2(2)1( 1.5) excit 1 1 13 135 7 44 45 275.848 6(2)2( 1.5)- 2(2)1( 1.5) excit 1 1 13 134 10 45 46 455.866 3(4)1( 0.5)- 1(2)1( 0.5) excit 1 1 13 2 38 46 47 460.626 5(4)1( 2.5)- 2(2)1( 1.5) excit 1 1 13 133 23 47 48 486.657 4(4)1( 1.5)- 2(2)1( 1.5) excit 1 1 13 132 18 48 49 836.463 12(2)1( 0.5)- 11(2)0( 0.5) excit 1 1 13 1399 44 49 50 4521.63 2(2)1( 1.5)- 1(2)1( 0.5) excit 1 1 13 1 2 50 ------------------------------------------------------------------------------- code : adas810 producer : Adam Foster date : 13/05/09 -------------------------------------------------------------------------------