| Wavelength | Transition | Type | Driving Population |
|---|
| 71.4507Å | 60963a52b51c51p 0S587.5 → 60963a52b52c 0S104.0 | Excitation | |
| 77.3086Å | 60963a52b51c51o 0S419.0 → 60963a52b52c 0S104.0 | Excitation | |
| 81.8352Å | 60963a52b51c51j 0S587.5 → 60963a52b52c 0S104.0 | Excitation | |
| 83.4509Å | 60963a52b51c51n 0S251.0 → 60963a52b52c 0S104.0 | Excitation | |
| 88.3662Å | 60963a52b51c51m 0S83.5 → 60963a52b52c 0S104.0 | Excitation | |
| 97.2434Å | 60963a52b51c51i 0S419.0 → 60963a52b52c 0S104.0 | Excitation | |
| 106.223Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51d 0S419.0 | Excitation | |
| 111.985Å | 60963a52b51c51e 0S587.5 → 60963a52b52c 0S104.0 | Excitation | |
| 118.245Å | 60963a52b51c51h 0S251.0 → 60963a52b52c 0S104.0 | Excitation | |
| 119.708Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51d 0S419.0 | Excitation | |
| 130.922Å | 60963a52b51c51j 0S587.5 → 60963a52b51c51d 0S419.0 | Excitation | |
| 135.107Å | 60963a52b51c51n 0S251.0 → 60963a52b51c51d 0S419.0 | Excitation | |
| 140.35Å | 60963a52b51c51g 0S83.5 → 60963a52b52c 0S104.0 | Excitation | |
| 148.478Å | 60963a52b51c51m 0S83.5 → 60963a52b51c51d 0S419.0 | Excitation | |
| 172.113Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51g 0S83.5 | Excitation | |
| 175.379Å | 60963a52b51c51i 0S419.0 → 60963a52b51c51d 0S419.0 | Excitation | |
| 180.549Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51h 0S251.0 | Excitation | |
| 197.398Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51e 0S587.5 | Excitation | |
| 205.843Å | 60963a52b51c51n 0S251.0 → 60963a52b51c51g 0S83.5 | Excitation | |
| 218.268Å | 60963a52b51c51d 0S419.0 → 60963a52b52c 0S104.0 | Excitation | |
| 223.306Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51h 0S251.0 | Excitation | |
| 229.979Å | 60963a52b51c51e 0S587.5 → 60963a52b51c51d 0S419.0 | Excitation | |
| 238.577Å | 60963a52b51c51m 0S83.5 → 60963a52b51c51g 0S83.5 | Excitation | |
| 249.662Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51e 0S587.5 | Excitation | |
| 258.032Å | 60963a52b51c51h 0S251.0 → 60963a52b51c51d 0S419.0 | Excitation | |
| 265.769Å | 60963a52b51c51j 0S587.5 → 60963a52b51c51h 0S251.0 | Excitation | |
| 269.383Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51i 0S419.0 | Excitation | |
| 283.601Å | 60963a52b51c51n 0S251.0 → 60963a52b51c51h 0S251.0 | Excitation | |
| 303.958Å | 60963a52b51c51j 0S587.5 → 60963a52b51c51e 0S587.5 | Excitation | |
| 316.61Å | 60963a52b51c51i 0S419.0 → 60963a52b51c51g 0S83.5 | Excitation | |
| 327.511Å | 60963a52b51c51n 0S251.0 → 60963a52b51c51e 0S587.5 | Excitation | |
| 349.707Å | 60963a52b51c51m 0S83.5 → 60963a52b51c51h 0S251.0 | Excitation | |
| 377.118Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51i 0S419.0 | Excitation | |
| 393.161Å | 60963a52b51c51g 0S83.5 → 60963a52b51c51d 0S419.0 | Excitation | |
| 496.874Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51n 0S251.0 | Excitation | |
| 516.475Å | 60963a52b51c51j 0S587.5 → 60963a52b51c51i 0S419.0 | Excitation | |
| 547.505Å | 60963a52b51c51i 0S419.0 → 60963a52b51c51h 0S251.0 | Excitation | |
| 563.067Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51j 0S587.5 | Excitation | |
| 588.37Å | 60963a52b51c51n 0S251.0 → 60963a52b51c51i 0S419.0 | Excitation | |
| 617.808Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51m 0S83.5 | Excitation | |
| 738.706Å | 60963a52b51c51i 0S419.0 → 60963a52b51c51e 0S587.5 | Excitation | |
| 750.756Å | 60963a52b51c51h 0S251.0 → 60963a52b51c51g 0S83.5 | Excitation | |
| 942.951Å | 60963a52b51c51p 0S587.5 → 60963a52b51c51o 0S419.0 | Excitation | |
| 967.992Å | 60963a52b51c51m 0S83.5 → 60963a52b51c51i 0S419.0 | Excitation | |
| 1050.33Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51n 0S251.0 | Excitation | |
| 1397.65Å | 60963a52b51c51o 0S419.0 → 60963a52b51c51j 0S587.5 | Excitation | |
| 1500.28Å | 60963a52b51c51n 0S251.0 → 60963a52b51c51m 0S83.5 | Excitation | |
| 2115.29Å | 60963a52b51c51e 0S587.5 → 60963a52b51c51h 0S251.0 | Excitation | |
| 4226.65Å | 60963a52b51c51j 0S587.5 → 60963a52b51c51n 0S251.0 | Excitation | |
------------------------------------------------------------------------------- root partition information ========================== nuclear charge : 74 ion charge+1 : 12 population calculation information ---------------------------------- population processing code: adas810 adf04 source file : adf04_copmm#74_ca_40#w11_t3.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 60963A52B52C (0)0(104.0) 0.0 2 60963A52B51C51D (0)0(419.0) 458153.1 3 60963A52B51C51G (0)0( 83.5) 712502.1 4 60963A52B51C51H (0)0(251.0) 845701.2 5 60963A52B51C51E (0)0(587.5) 892976.0 6 60963A52B51C51I (0)0(419.0) 1028347.9 7 60963A52B51C51M (0)0( 83.5) 1131654.5 8 60963A52B51C51N (0)0(251.0) 1198308.9 9 60963A52B51C51J (0)0(587.5) 1221968.3 10 60963A52B51C51O (0)0(419.0) 1293517.0 11 60963A52B51C51P (0)0(587.5) 1399567.1 ------------------------------------------------------------------------------- superstage partition information ================================ element symbol : W parent template : partition level : 1 superstage label : 11 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 71.4507 11(0)0(587.5)- 1(0)0(104.0) excit 1 1 11 10 34 1 2 77.3086 10(0)0(419.0)- 1(0)0(104.0) excit 1 1 11 9 24 2 3 81.8352 9(0)0(587.5)- 1(0)0(104.0) excit 1 1 11 6 29 3 4 83.4509 8(0)0(251.0)- 1(0)0(104.0) excit 1 1 11 8 28 4 5 88.3662 7(0)0( 83.5)- 1(0)0(104.0) excit 1 1 11 7 13 5 6 97.2434 6(0)0(419.0)- 1(0)0(104.0) excit 1 1 11 5 21 6 7 106.223 11(0)0(587.5)- 2(0)0(419.0) excit 1 1 11 19 19 7 8 111.985 5(0)0(587.5)- 1(0)0(104.0) excit 1 1 11 2 25 8 9 118.245 4(0)0(251.0)- 1(0)0(104.0) excit 1 1 11 4 26 9 10 119.708 10(0)0(419.0)- 2(0)0(419.0) excit 1 1 11 18 32 10 11 130.922 9(0)0(587.5)- 2(0)0(419.0) excit 1 1 11 15 11 11 12 135.107 8(0)0(251.0)- 2(0)0(419.0) excit 1 1 11 17 8 12 13 140.350 3(0)0( 83.5)- 1(0)0(104.0) excit 1 1 11 3 4 13 14 148.478 7(0)0( 83.5)- 2(0)0(419.0) excit 1 1 11 16 48 14 15 172.113 10(0)0(419.0)- 3(0)0( 83.5) excit 1 1 11 29 44 15 16 175.379 6(0)0(419.0)- 2(0)0(419.0) excit 1 1 11 14 27 16 17 180.549 11(0)0(587.5)- 4(0)0(251.0) excit 1 1 11 36 35 17 18 197.398 11(0)0(587.5)- 5(0)0(587.5) excit 1 1 11 24 42 18 19 205.843 8(0)0(251.0)- 3(0)0( 83.5) excit 1 1 11 28 23 19 20 218.268 2(0)0(419.0)- 1(0)0(104.0) excit 1 1 11 1 1 20 21 223.306 10(0)0(419.0)- 4(0)0(251.0) excit 1 1 11 35 22 21 22 229.979 5(0)0(587.5)- 2(0)0(419.0) excit 1 1 11 11 2 22 23 238.577 7(0)0( 83.5)- 3(0)0( 83.5) excit 1 1 11 27 49 23 24 249.662 10(0)0(419.0)- 5(0)0(587.5) excit 1 1 11 23 18 24 25 258.032 4(0)0(251.0)- 2(0)0(419.0) excit 1 1 11 13 3 25 26 265.769 9(0)0(587.5)- 4(0)0(251.0) excit 1 1 11 32 31 26 27 269.383 11(0)0(587.5)- 6(0)0(419.0) excit 1 1 11 41 16 27 28 283.601 8(0)0(251.0)- 4(0)0(251.0) excit 1 1 11 34 33 28 29 303.958 9(0)0(587.5)- 5(0)0(587.5) excit 1 1 11 21 37 29 30 316.610 6(0)0(419.0)- 3(0)0( 83.5) excit 1 1 11 26 30 30 31 327.511 8(0)0(251.0)- 5(0)0(587.5) excit 1 1 11 22 41 31 32 349.707 7(0)0( 83.5)- 4(0)0(251.0) excit 1 1 11 33 15 32 33 377.118 10(0)0(419.0)- 6(0)0(419.0) excit 1 1 11 40 36 33 34 393.161 3(0)0( 83.5)- 2(0)0(419.0) excit 1 1 11 12 39 34 35 496.874 11(0)0(587.5)- 8(0)0(251.0) excit 1 1 11 48 38 35 36 516.475 9(0)0(587.5)- 6(0)0(419.0) excit 1 1 11 37 6 36 37 547.505 6(0)0(419.0)- 4(0)0(251.0) excit 1 1 11 31 5 37 38 563.067 11(0)0(587.5)- 9(0)0(587.5) excit 1 1 11 43 43 38 39 588.370 8(0)0(251.0)- 6(0)0(419.0) excit 1 1 11 39 10 39 40 617.808 10(0)0(419.0)- 7(0)0( 83.5) excit 1 1 11 45 40 40 41 738.706 6(0)0(419.0)- 5(0)0(587.5) excit 1 1 11 20 9 41 42 750.756 4(0)0(251.0)- 3(0)0( 83.5) excit 1 1 11 25 7 42 43 942.951 11(0)0(587.5)- 10(0)0(419.0) excit 1 1 11 49 14 43 44 967.992 7(0)0( 83.5)- 6(0)0(419.0) excit 1 1 11 38 45 44 45 1050.33 10(0)0(419.0)- 8(0)0(251.0) excit 1 1 11 47 12 45 46 1397.65 10(0)0(419.0)- 9(0)0(587.5) excit 1 1 11 42 17 46 47 1500.28 8(0)0(251.0)- 7(0)0( 83.5) excit 1 1 11 44 20 47 48 2115.29 5(0)0(587.5)- 4(0)0(251.0) excit 1 1 11 30 46 48 49 4226.65 9(0)0(587.5)- 8(0)0(251.0) excit 1 1 11 46 47 49 ------------------------------------------------------------------------------- code : adas810 producer : Adam Foster date : 15/05/09 -------------------------------------------------------------------------------