Table 1. Open in new tab Energies for...

Index

Level

S&C

Model 1

Model 2

Per cent

Model 3

Storey

3d⁷ a⁴F_9/2

0.000 00

0.0

0.000 00

3d⁷ a⁴F_7/2

0.104 30

0.103 55

0.099 39

4.7

0.099 80

0.102 16

3d⁷ a⁴F_5/2

0.179 94

0.180 01

0.172 55

4.1

0.173 21

0.177 05

3d⁷ a⁴F_3/2

0.231 45

0.232 63

0.222 80

3.7

0.223 62

0.228 38

3d⁷ a⁴P_5/2

1.884 80

2.394 05

2.204 36

16.9

2.197 61

2.293 69

3d⁷ a⁴P_3/2

1.912 85

2.426 37

2.232 71

16.7

2.226 08

2.329 04

3d⁷ a⁴P_1/2

1.960 36

2.472 83

2.278 75

16.2

2.272 44

2.370 33

3d⁷ a²G_9/2

2.104 96

2.390 59

2.389 92

13.5

2.388 42

2.427 73

3d⁷ a²G_7/2

2.202 73

2.489 67

2.482 50

12.7

2.481 38

2.523 95

3d⁷ a²P_3/2

2.503 85

3.162 29

2.852 43

13.9

2.843 34

3.178 09

3d⁷ a²P_1/2

2.593 56

3.270 65

2.964 28

14.3

2.956 73

3.282 36

3d⁷ a²H_11/2

2.816 96

3.183 56

3.352 70

19.0

3.352 60

3.184 78

3d⁷ a²H_9/2

2.905 48

3.268 36

3.431 16

18.1

3.431 43

3.270 58

3d⁷ a|$^2_2$|D_5/2

2.858 93

3.446 72

3.062 77

7.1

3.047 40

3.447 26

3d⁷ a|$^2_2$|D_3/2

3.004 98

3.603 58

3.231 40

7.5

3.218 73

3.599 63

3d⁷ a²F_5/2

4.590 02

5.513 92

5.366 09

16.9

5.357 16

–

3d⁷ a²F_7/2

4.626 66

5.558 37

5.408 63

16.9

5.399 98

–

3d⁶4s a⁶D_9/2

5.757 62

6.708 46

6.068 49

5.4

6.201 78

–

3d⁶4s a⁶D_7/2

5.827 64

6.789 42

6.146 50

5.5

6.279 25

–

3d⁶4s a⁶D_5/2

5.878 76

6.848 69

6.203 78

5.5

6.336 14

–

3d⁶4s a⁶D_3/2

5.913 87

6.889 47

6.243 24

5.5

6.375 36

–

3d⁶4s a⁶D_1/2

5.934 48

6.913 40

6.266 43

5.6

6.398 40

–

3d⁶4s a⁴D_7/2

6.909 54

8.420 15

7.722 55

11.8

8.049 98

–

3d⁶4s a⁴D_5/2

6.989 46

8.512 85

7.811 96

11.8

8.138 68

–

3d⁶4s a⁴D_3/2

7.041 66

8.573 68

7.870 84

11.8

8.197 22

–

3d⁶4s a⁴D_1/2

7.071 67

8.608 77

7.904 80

11.8

8.230 95

–

3d⁷ a|$^2_1$|D_3/2

–

8.671 61

7.930 64

–

7.965 45

–

3d⁷ a|$^2_1$|D_5/2

–

8.610 18

8.001 19

–

7.893 75

–

3d⁶4s b⁴P_5/2

8.794 71

10.250 65

9.638 34

9.6

9.809 74

–

3d⁶4s a⁴H_13/2

8.880 14

10.001 20

9.382 43

5.6

9.553 49

–

3d⁶4s a⁴H_11/2

8.911 21

10.031 98

9.412 43

5.6

9.583 37

–

3d⁶4s a⁴H_9/2

8.937 19

10.058 05

9.437 86

5.6

9.608 83

–

3d⁶4s a⁴H_7/2

8.960 40

10.080 57

9.459 63

5.6

9.630 75

–

3d⁶4s b⁴P_3/2

8.969 26

10.465 63

9.845 80

9.8

10.017 10

–

3d⁶4s b⁴P_1/2

9.077 44

10.594 39

9.970 61

9.8

10.140 09

–

3d⁶4s b⁴F_9/2

9.086 31

10.423 02

9.810 43

8.0

9.981 84

–

3d⁶4s b⁴F_7/2

9.117 82

10.460 16

9.846 05

8.0

10.016 92

–

3d⁶4s b⁴F_5/2

9.140 93

10.491 01

9.875 66

8.0

10.046 24

–

3d⁶4s b⁴F_3/2

9.157 70

10.515 40

9.898 93

8.1

10.069 29

–

3d⁶4s a⁴G_11/2

9.487 14

10.772 37

10.159 94

7.1

10.335 33

–

3d⁶4s b²P_3/2

9.520 88

11.328 10

10.679 64

12.2

10.964 74

–

3d⁶4s a⁴G_9/2

9.561 80

10.852 46

10.237 81

7.1

10.408 98

–

3d⁶4s a⁴G_7/2

9.594 28

10.886 42

10.271 10

7.0

10.441 58

–

3d⁶4s b²H_11/2

9.597 82

11.049 02

10.397 01

8.3

10.678 36

–

3d⁶4s a⁴G_5/2

9.605 34

10.895 26

10.280 19

7.0

10.451 25

–

3d⁶4s b²P_1/2

9.724 61

11.570 42

10.915 82

12.2

11.197 12

–

3d⁶4s b²H_9/2

9.624 02

11.082 83

10.429 07

8.4

10.713 76

–

3d⁶4s b²F_7/2

9.785 80

11.447 78

10.802 18

10.4

11.085 48

–

3d⁶4s b²F_5/2

9.847 49

11.533 72

10.882 86

10.5

11.168 01

–

3d⁶4s b²G_9/2

10.211 75

11.831 44

11.184 70

9.6

11.470 76

–

Index

Level

S&C

Model 1

Model 2

Per cent

Model 3

Storey

3d⁷ a⁴F_9/2

0.000 00

0.0

0.000 00

3d⁷ a⁴F_7/2

0.104 30

0.103 55

0.099 39

4.7

0.099 80

0.102 16

3d⁷ a⁴F_5/2

0.179 94

0.180 01

0.172 55

4.1

0.173 21

0.177 05

3d⁷ a⁴F_3/2

0.231 45

0.232 63

0.222 80

3.7

0.223 62

0.228 38

3d⁷ a⁴P_5/2

1.884 80

2.394 05

2.204 36

16.9

2.197 61

2.293 69

3d⁷ a⁴P_3/2

1.912 85

2.426 37

2.232 71

16.7

2.226 08

2.329 04

3d⁷ a⁴P_1/2

1.960 36

2.472 83

2.278 75

16.2

2.272 44

2.370 33

3d⁷ a²G_9/2

2.104 96

2.390 59

2.389 92

13.5

2.388 42

2.427 73

3d⁷ a²G_7/2

2.202 73

2.489 67

2.482 50

12.7

2.481 38

2.523 95

3d⁷ a²P_3/2

2.503 85

3.162 29

2.852 43

13.9

2.843 34

3.178 09

3d⁷ a²P_1/2

2.593 56

3.270 65

2.964 28

14.3

2.956 73

3.282 36

3d⁷ a²H_11/2

2.816 96

3.183 56

3.352 70

19.0

3.352 60

3.184 78

3d⁷ a²H_9/2

2.905 48

3.268 36

3.431 16

18.1

3.431 43

3.270 58

3d⁷ a|$^2_2$|D_5/2

2.858 93

3.446 72

3.062 77

7.1

3.047 40

3.447 26

3d⁷ a|$^2_2$|D_3/2

3.004 98

3.603 58

3.231 40

7.5

3.218 73

3.599 63

3d⁷ a²F_5/2

4.590 02

5.513 92

5.366 09

16.9

5.357 16

–

3d⁷ a²F_7/2

4.626 66

5.558 37

5.408 63

16.9

5.399 98

–

3d⁶4s a⁶D_9/2

5.757 62

6.708 46

6.068 49

5.4

6.201 78

–

3d⁶4s a⁶D_7/2

5.827 64

6.789 42

6.146 50

5.5

6.279 25

–

3d⁶4s a⁶D_5/2

5.878 76

6.848 69

6.203 78

5.5

6.336 14

–

3d⁶4s a⁶D_3/2

5.913 87

6.889 47

6.243 24

5.5

6.375 36

–

3d⁶4s a⁶D_1/2

5.934 48

6.913 40

6.266 43

5.6

6.398 40

–

3d⁶4s a⁴D_7/2

6.909 54

8.420 15

7.722 55

11.8

8.049 98

–

3d⁶4s a⁴D_5/2

6.989 46

8.512 85

7.811 96

11.8

8.138 68

–

3d⁶4s a⁴D_3/2

7.041 66

8.573 68

7.870 84

11.8

8.197 22

–

3d⁶4s a⁴D_1/2

7.071 67

8.608 77

7.904 80

11.8

8.230 95

–

3d⁷ a|$^2_1$|D_3/2

–

8.671 61

7.930 64

–

7.965 45

–

3d⁷ a|$^2_1$|D_5/2

–

8.610 18

8.001 19

–

7.893 75

–

3d⁶4s b⁴P_5/2

8.794 71

10.250 65

9.638 34

9.6

9.809 74

–

3d⁶4s a⁴H_13/2

8.880 14

10.001 20

9.382 43

5.6

9.553 49

–

3d⁶4s a⁴H_11/2

8.911 21

10.031 98

9.412 43

5.6

9.583 37

–

3d⁶4s a⁴H_9/2

8.937 19

10.058 05

9.437 86

5.6

9.608 83

–

3d⁶4s a⁴H_7/2

8.960 40

10.080 57

9.459 63

5.6

9.630 75

–

3d⁶4s b⁴P_3/2

8.969 26

10.465 63

9.845 80

9.8

10.017 10

–

3d⁶4s b⁴P_1/2

9.077 44

10.594 39

9.970 61

9.8

10.140 09

–

3d⁶4s b⁴F_9/2

9.086 31

10.423 02

9.810 43

8.0

9.981 84

–

3d⁶4s b⁴F_7/2

9.117 82

10.460 16

9.846 05

8.0

10.016 92

–

3d⁶4s b⁴F_5/2

9.140 93

10.491 01

9.875 66

8.0

10.046 24

–

3d⁶4s b⁴F_3/2

9.157 70

10.515 40

9.898 93

8.1

10.069 29

–

3d⁶4s a⁴G_11/2

9.487 14

10.772 37

10.159 94

7.1

10.335 33

–

3d⁶4s b²P_3/2

9.520 88

11.328 10

10.679 64

12.2

10.964 74

–

3d⁶4s a⁴G_9/2

9.561 80

10.852 46

10.237 81

7.1

10.408 98

–

3d⁶4s a⁴G_7/2

9.594 28

10.886 42

10.271 10

7.0

10.441 58

–

3d⁶4s b²H_11/2

9.597 82

11.049 02

10.397 01

8.3

10.678 36

–

3d⁶4s a⁴G_5/2

9.605 34

10.895 26

10.280 19

7.0

10.451 25

–

3d⁶4s b²P_1/2

9.724 61

11.570 42

10.915 82

12.2

11.197 12

–

3d⁶4s b²H_9/2

9.624 02

11.082 83

10.429 07

8.4

10.713 76

–

3d⁶4s b²F_7/2

9.785 80

11.447 78

10.802 18

10.4

11.085 48

–

3d⁶4s b²F_5/2

9.847 49

11.533 72

10.882 86

10.5

11.168 01

–

3d⁶4s b²G_9/2

10.211 75

11.831 44

11.184 70

9.6

11.470 76

–

Table 1.

Open in new tab

Energies for the lowest 50 levels of Co iii are presented in eV relative to the ground state 3d⁷ a⁴F_9/2. S&C is from the work of Sugar & Corliss (1985). model 1, model 2, model 3 are the current results from grasp0 and the last column are the lowest 15 levels from Storey & Sochi (2016). We also present the per cent difference between our current model 2 and S&C in the 6th column.

Index	Level	S&C	Model 1	Model 2	Per cent	Model 3	Storey
1	3d⁷ a⁴F_9/2	0.000 00	0.000 00	0.000 00	0.0	0.000 00	0.000 00
2	3d⁷ a⁴F_7/2	0.104 30	0.103 55	0.099 39	4.7	0.099 80	0.102 16
3	3d⁷ a⁴F_5/2	0.179 94	0.180 01	0.172 55	4.1	0.173 21	0.177 05
4	3d⁷ a⁴F_3/2	0.231 45	0.232 63	0.222 80	3.7	0.223 62	0.228 38
5	3d⁷ a⁴P_5/2	1.884 80	2.394 05	2.204 36	16.9	2.197 61	2.293 69
6	3d⁷ a⁴P_3/2	1.912 85	2.426 37	2.232 71	16.7	2.226 08	2.329 04
7	3d⁷ a⁴P_1/2	1.960 36	2.472 83	2.278 75	16.2	2.272 44	2.370 33
8	3d⁷ a²G_9/2	2.104 96	2.390 59	2.389 92	13.5	2.388 42	2.427 73
9	3d⁷ a²G_7/2	2.202 73	2.489 67	2.482 50	12.7	2.481 38	2.523 95
10	3d⁷ a²P_3/2	2.503 85	3.162 29	2.852 43	13.9	2.843 34	3.178 09
11	3d⁷ a²P_1/2	2.593 56	3.270 65	2.964 28	14.3	2.956 73	3.282 36
12	3d⁷ a²H_11/2	2.816 96	3.183 56	3.352 70	19.0	3.352 60	3.184 78
13	3d⁷ a²H_9/2	2.905 48	3.268 36	3.431 16	18.1	3.431 43	3.270 58
14	3d⁷ a\|$^2_2$\|D_5/2	2.858 93	3.446 72	3.062 77	7.1	3.047 40	3.447 26
15	3d⁷ a\|$^2_2$\|D_3/2	3.004 98	3.603 58	3.231 40	7.5	3.218 73	3.599 63
16	3d⁷ a²F_5/2	4.590 02	5.513 92	5.366 09	16.9	5.357 16	–
17	3d⁷ a²F_7/2	4.626 66	5.558 37	5.408 63	16.9	5.399 98	–
18	3d⁶4s a⁶D_9/2	5.757 62	6.708 46	6.068 49	5.4	6.201 78	–
19	3d⁶4s a⁶D_7/2	5.827 64	6.789 42	6.146 50	5.5	6.279 25	–
20	3d⁶4s a⁶D_5/2	5.878 76	6.848 69	6.203 78	5.5	6.336 14	–
21	3d⁶4s a⁶D_3/2	5.913 87	6.889 47	6.243 24	5.5	6.375 36	–
22	3d⁶4s a⁶D_1/2	5.934 48	6.913 40	6.266 43	5.6	6.398 40	–
23	3d⁶4s a⁴D_7/2	6.909 54	8.420 15	7.722 55	11.8	8.049 98	–
24	3d⁶4s a⁴D_5/2	6.989 46	8.512 85	7.811 96	11.8	8.138 68	–
25	3d⁶4s a⁴D_3/2	7.041 66	8.573 68	7.870 84	11.8	8.197 22	–
26	3d⁶4s a⁴D_1/2	7.071 67	8.608 77	7.904 80	11.8	8.230 95	–
27	3d⁷ a\|$^2_1$\|D_3/2	–	8.671 61	7.930 64	–	7.965 45	–
28	3d⁷ a\|$^2_1$\|D_5/2	–	8.610 18	8.001 19	–	7.893 75	–
29	3d⁶4s b⁴P_5/2	8.794 71	10.250 65	9.638 34	9.6	9.809 74	–
30	3d⁶4s a⁴H_13/2	8.880 14	10.001 20	9.382 43	5.6	9.553 49	–
31	3d⁶4s a⁴H_11/2	8.911 21	10.031 98	9.412 43	5.6	9.583 37	–
32	3d⁶4s a⁴H_9/2	8.937 19	10.058 05	9.437 86	5.6	9.608 83	–
33	3d⁶4s a⁴H_7/2	8.960 40	10.080 57	9.459 63	5.6	9.630 75	–
34	3d⁶4s b⁴P_3/2	8.969 26	10.465 63	9.845 80	9.8	10.017 10	–
35	3d⁶4s b⁴P_1/2	9.077 44	10.594 39	9.970 61	9.8	10.140 09	–
36	3d⁶4s b⁴F_9/2	9.086 31	10.423 02	9.810 43	8.0	9.981 84	–
37	3d⁶4s b⁴F_7/2	9.117 82	10.460 16	9.846 05	8.0	10.016 92	–
38	3d⁶4s b⁴F_5/2	9.140 93	10.491 01	9.875 66	8.0	10.046 24	–
39	3d⁶4s b⁴F_3/2	9.157 70	10.515 40	9.898 93	8.1	10.069 29	–
40	3d⁶4s a⁴G_11/2	9.487 14	10.772 37	10.159 94	7.1	10.335 33	–
41	3d⁶4s b²P_3/2	9.520 88	11.328 10	10.679 64	12.2	10.964 74	–
42	3d⁶4s a⁴G_9/2	9.561 80	10.852 46	10.237 81	7.1	10.408 98	–
43	3d⁶4s a⁴G_7/2	9.594 28	10.886 42	10.271 10	7.0	10.441 58	–
44	3d⁶4s b²H_11/2	9.597 82	11.049 02	10.397 01	8.3	10.678 36	–
45	3d⁶4s a⁴G_5/2	9.605 34	10.895 26	10.280 19	7.0	10.451 25	–
46	3d⁶4s b²P_1/2	9.724 61	11.570 42	10.915 82	12.2	11.197 12	–
47	3d⁶4s b²H_9/2	9.624 02	11.082 83	10.429 07	8.4	10.713 76	–
48	3d⁶4s b²F_7/2	9.785 80	11.447 78	10.802 18	10.4	11.085 48	–
49	3d⁶4s b²F_5/2	9.847 49	11.533 72	10.882 86	10.5	11.168 01	–
50	3d⁶4s b²G_9/2	10.211 75	11.831 44	11.184 70	9.6	11.470 76	–

Index	Level	S&C	Model 1	Model 2	Per cent	Model 3	Storey
1	3d⁷ a⁴F_9/2	0.000 00	0.000 00	0.000 00	0.0	0.000 00	0.000 00
2	3d⁷ a⁴F_7/2	0.104 30	0.103 55	0.099 39	4.7	0.099 80	0.102 16
3	3d⁷ a⁴F_5/2	0.179 94	0.180 01	0.172 55	4.1	0.173 21	0.177 05
4	3d⁷ a⁴F_3/2	0.231 45	0.232 63	0.222 80	3.7	0.223 62	0.228 38
5	3d⁷ a⁴P_5/2	1.884 80	2.394 05	2.204 36	16.9	2.197 61	2.293 69
6	3d⁷ a⁴P_3/2	1.912 85	2.426 37	2.232 71	16.7	2.226 08	2.329 04
7	3d⁷ a⁴P_1/2	1.960 36	2.472 83	2.278 75	16.2	2.272 44	2.370 33
8	3d⁷ a²G_9/2	2.104 96	2.390 59	2.389 92	13.5	2.388 42	2.427 73
9	3d⁷ a²G_7/2	2.202 73	2.489 67	2.482 50	12.7	2.481 38	2.523 95
10	3d⁷ a²P_3/2	2.503 85	3.162 29	2.852 43	13.9	2.843 34	3.178 09
11	3d⁷ a²P_1/2	2.593 56	3.270 65	2.964 28	14.3	2.956 73	3.282 36
12	3d⁷ a²H_11/2	2.816 96	3.183 56	3.352 70	19.0	3.352 60	3.184 78
13	3d⁷ a²H_9/2	2.905 48	3.268 36	3.431 16	18.1	3.431 43	3.270 58
14	3d⁷ a\|$^2_2$\|D_5/2	2.858 93	3.446 72	3.062 77	7.1	3.047 40	3.447 26
15	3d⁷ a\|$^2_2$\|D_3/2	3.004 98	3.603 58	3.231 40	7.5	3.218 73	3.599 63
16	3d⁷ a²F_5/2	4.590 02	5.513 92	5.366 09	16.9	5.357 16	–
17	3d⁷ a²F_7/2	4.626 66	5.558 37	5.408 63	16.9	5.399 98	–
18	3d⁶4s a⁶D_9/2	5.757 62	6.708 46	6.068 49	5.4	6.201 78	–
19	3d⁶4s a⁶D_7/2	5.827 64	6.789 42	6.146 50	5.5	6.279 25	–
20	3d⁶4s a⁶D_5/2	5.878 76	6.848 69	6.203 78	5.5	6.336 14	–
21	3d⁶4s a⁶D_3/2	5.913 87	6.889 47	6.243 24	5.5	6.375 36	–
22	3d⁶4s a⁶D_1/2	5.934 48	6.913 40	6.266 43	5.6	6.398 40	–
23	3d⁶4s a⁴D_7/2	6.909 54	8.420 15	7.722 55	11.8	8.049 98	–
24	3d⁶4s a⁴D_5/2	6.989 46	8.512 85	7.811 96	11.8	8.138 68	–
25	3d⁶4s a⁴D_3/2	7.041 66	8.573 68	7.870 84	11.8	8.197 22	–
26	3d⁶4s a⁴D_1/2	7.071 67	8.608 77	7.904 80	11.8	8.230 95	–
27	3d⁷ a\|$^2_1$\|D_3/2	–	8.671 61	7.930 64	–	7.965 45	–
28	3d⁷ a\|$^2_1$\|D_5/2	–	8.610 18	8.001 19	–	7.893 75	–
29	3d⁶4s b⁴P_5/2	8.794 71	10.250 65	9.638 34	9.6	9.809 74	–
30	3d⁶4s a⁴H_13/2	8.880 14	10.001 20	9.382 43	5.6	9.553 49	–
31	3d⁶4s a⁴H_11/2	8.911 21	10.031 98	9.412 43	5.6	9.583 37	–
32	3d⁶4s a⁴H_9/2	8.937 19	10.058 05	9.437 86	5.6	9.608 83	–
33	3d⁶4s a⁴H_7/2	8.960 40	10.080 57	9.459 63	5.6	9.630 75	–
34	3d⁶4s b⁴P_3/2	8.969 26	10.465 63	9.845 80	9.8	10.017 10	–
35	3d⁶4s b⁴P_1/2	9.077 44	10.594 39	9.970 61	9.8	10.140 09	–
36	3d⁶4s b⁴F_9/2	9.086 31	10.423 02	9.810 43	8.0	9.981 84	–
37	3d⁶4s b⁴F_7/2	9.117 82	10.460 16	9.846 05	8.0	10.016 92	–
38	3d⁶4s b⁴F_5/2	9.140 93	10.491 01	9.875 66	8.0	10.046 24	–
39	3d⁶4s b⁴F_3/2	9.157 70	10.515 40	9.898 93	8.1	10.069 29	–
40	3d⁶4s a⁴G_11/2	9.487 14	10.772 37	10.159 94	7.1	10.335 33	–
41	3d⁶4s b²P_3/2	9.520 88	11.328 10	10.679 64	12.2	10.964 74	–
42	3d⁶4s a⁴G_9/2	9.561 80	10.852 46	10.237 81	7.1	10.408 98	–
43	3d⁶4s a⁴G_7/2	9.594 28	10.886 42	10.271 10	7.0	10.441 58	–
44	3d⁶4s b²H_11/2	9.597 82	11.049 02	10.397 01	8.3	10.678 36	–
45	3d⁶4s a⁴G_5/2	9.605 34	10.895 26	10.280 19	7.0	10.451 25	–
46	3d⁶4s b²P_1/2	9.724 61	11.570 42	10.915 82	12.2	11.197 12	–
47	3d⁶4s b²H_9/2	9.624 02	11.082 83	10.429 07	8.4	10.713 76	–
48	3d⁶4s b²F_7/2	9.785 80	11.447 78	10.802 18	10.4	11.085 48	–
49	3d⁶4s b²F_5/2	9.847 49	11.533 72	10.882 86	10.5	11.168 01	–
50	3d⁶4s b²G_9/2	10.211 75	11.831 44	11.184 70	9.6	11.470 76	–

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