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Table 5

Other lines studied.

Equivalent widths (mÅ)
HD
Element λ χ(eV) log gf Ref. 87 109 87 479 87 526 87 566 87 833 304 859 304 864
Na i 5682.65 2.10  −0.70 PS – – 128 – – – –
Na i 6154.22 2.10  −1.51 PS 118 107 51 120 105 118 118
Na i 6160.75 2.10  −1.21 R03 136 – 74 134 126 132 129
Mg i 4730.04 4.34  −2.39 R03 – – – 115 – – –
Mg i 5711.10 4.34  −1.75 R99 – – 107 – 132 – –
Mg i 6318.71 5.11  −1.94 Ca07 91 – – 97 81 106 –
Mg i 6319.24 5.11  −2.16 Ca07 55 – – 56 53 73 –
Mg i 6319.49 5.11  −2.67 Ca07 24 – – 36 19 28 –
Mg i 6765.45 5.75  −1.94 MR94 – – – – 43 – –
Mg i 7387.70 5.75  −0.87 MR94 90 – – 92 85 92 –
Mg i 8712.69 5.93  −1.26 WSM 69 – – – 69 – –
Mg i 8717.83 5.91  −0.70 WSM – – 76 114 116 129 –
Mg i 8736.04 5.94  −0.34 WSM – – 118 138 144 – –
Al i 6696.03 3.14  −1.48 MR94 – – – 81 – 88 –
Al i 6698.67 3.14  −1.63 R03 64 76 – 67 52 68 –
Al i 7835.32 4.04  −0.58 R03 63 117 23 – 82 79 –
Al i 7836.13 4.02  −0.40 R03 83 71 26 91 82 93 –
Al i 8772.88 4.02  −0.25 R03 120 – 56 98 95 102 –
Al i 8773.91 4.02  −0.07 R03 – 135 100 113 141 127 –
Si i 5793.08 4.93  −2.06 R03 94 – 49 76 77 75 98
Si i 6125.03 5.61  −1.54 E93 70 – 23 45 47 61 75
Si i 6131.58 5.62  −1.68 E93 47 – – 40 – 45 –
Si i 6145.02 5.61  −1.43 E93 60 – 34 52 55 56 75
Si i 6155.14 5.62  −0.77 E93 112 112 65 99 92 105 109
Si i 7760.64 6.20  −1.28 E93 29 54 14 27 – 32 46
Si i 7800.00 6.18  −0.72 E93 78 – 47 62 67 – –
Si i 8728.01 6.18  −0.36 E93 99 – 97 75 95 89 139
Si i 8742.45 5.87  −0.51 E93 113 – 82 86 – 110 138
Ca i 6161.30 2.52  −1.27 E93 134 – 52 138 115 145 –
Ca i 6166.44 2.52  −1.14 R03 131 146 50 130 112 130 143
Ca i 6169.04 2.52  −0.80 R03 – – 87 – 139 – –
Ca i 6169.56 2.53  −0.48 DS91 – – 113 – – – –
Ca i 6455.60 2.51  −1.29 R03 124 117 51 128 104 130 125
Ca i 6471.66 2.51  −0.69 S86 – – 104 – 130 – –
Ca i 6493.79 2.52  −0.11 DS91 – – 143 – – – –
Ti i 4512.74 0.84  −0.480 MFK – – 68 – – – –
Ti i 4562.64 0.02  −2.660 MFK 98 – – 112 – 110 –
Ti i 4617.28 1.75  + 0.389 MFK 144 – 58 143 125 143 141
Ti i 4758.12 2.25  + 0.420 MFK – – 29 106 – 109 122
Ti i 4759.28 2.25  + 0.511 MFK 107 – 25 116 96 118 –
Ti i 4778.26 2.24  −0.330 MFK 59 58 – 75 61 80 61
Ti i 5016.17 0.85  −0.570 MFK – – – – 137 – –
Ti i 4820.41 1.50  −0.440 MFK – – – – – – 149
Ti i 5039.96 0.02  −1.130 MFK – – 93 – – – –
Ti i 5043.59 0.84  −1.730 MFK 112 103 – 115 – 112 –
Ti i 5062.10 2.16  −0.460 MFK – – – 78 60 – –
Ti i 5113.45 1.44  −0.780 E93 94 – – – – 106 –
Ti i 5145.47 1.46  −0.570 MFK 114 – 24 121 – 123 –
Ti i 5173.75 0.00  −1.120 MFK – – 107 – – – –
Ti i 5210.39 0.05  −0.879 MFK – – 106 – – – –
Ti i 5219.71 0.02  −2.290 MFK 138 – 21 – 116 – 134
Ti i 5223.63 2.09  −0.561 MFK – – – 82 – 92 –
Ti i 5282.44 1.05  −1.300 MFK – – – – 74 – –
Ti i 5295.78 1.05  −1.631 MFK 70 – – 91 66 94 88
Ti i 5490.16 1.46  −0.932 MFK – – – – – 116 –
Ti i 5662.16 2.32  −0.110 MFK – – – – 89 – –
Ti i 5689.48 2.30  −0.470 MFK 60 56 – 79 58 80 57
Ti i 5866.46 1.07  −0.839 E93 – – 39 – 139 – –
Ti i 5922.12 1.05  −1.470 MFK – 117 – 117 100 116 124
Ti i 5978.55 1.87  −0.500 MFK 93 93 – 105 82 115 –
Ti i 6091.18 2.27  −0.420 R03 75 67 – 88 68 88 73
Ti i 6126.22 1.07  −1.420 R03 118 112 16 128 101 132 123
Ti i 6258.11 1.44  −0.360 MFK – – 41 – – – –
Ti i 6261.11 1.43  −0.480 B86 – – 36 – 143 – –
Ti i 6554.24 1.44  −1.220 MFK 106 83 – 113 85 – –
Cr i 4801.03 3.12  −0.130 MFK – – 49 121 105 118 114
Cr i 4814.26 3.09  −1.170 MFK 63 – – 75 – – –
Cr i 4836.85 3.10  −1.140 MFK 73 – – – 60 70 –
Cr i 4936.34 3.11  −0.220 MFK 88 – 45 92 – 109 –
Cr i 4954.80 3.12  −0.140 MFK – – – 97 – 111 –
Cr i 5193.50 3.42  −0.900 MFK 60 – – 53 – 52 –
Cr i 5200.18 3.38  −0.530 MFK 82 – – 84 – 88 –
Cr i 5214.13 3.37  −0.740 MFK 45 – – 54 46 52 –
Cr i 5214.61 3.32  −0.660 MFK 79 – – 88 66 89 66
Cr i 5238.96 2.71  −1.300 MFK 67 – – – 46 75 –
Cr i 5272.00 3.45  −0.420 MFK 52 – – – – – –
Cr i 5296.70 0.98  −1.240 GS – – 127 – – – –
Cr i 5300.75 0.98  −2.130 GS 149 – – – 138 – –
Cr i 5304.18 3.46  −0.690 MFK 41 – – 49 62 73 65
Cr i 5312.86 3.45  −0.561 MFK 81 – – 79 65 60 75
Cr i 5318.77 3.44  −0.690 MFK 47 – – 61 47 65 –
Cr i 5348.32 1.00  −1.290 GS – – 131 – – – –
Cr i 5628.65 3.42  −0.770 MFK 36 – – 45 29 52 –
Cr i 5702.32 3.45  −0.680 MFK 45 – – – – – –
Cr i 5781.18 3.32  −0.879 MFK 50 – – – 37 – –
Cr i 5781.75 3.32  −0.750 MFK 82 – – 84 64 84 –
Cr i 5783.07 3.32  −0.400 MFK – 73 20 83 73 87 90
Cr i 5783.86 3.32  −0.300 GS – 100 32 – – – 123
Cr i 5784.97 3.32  −0.380 MFK 78 – – 88 61 91 –
Cr i 5787.92 3.32  −0.080 GS 96 100 41 97 84 99 102
Cr i 6330.09 0.94  −2.870 R03 139 106 26 133 100 134 128
Ni i 4904.42 3.54  −0.190 MFK – – 95 – – – –
Ni i 4913.98 3.74  −0.600 MFK 108 – – 96 110 98 101
Ni i 4935.83 3.94  −0.340 MFK 132 104 49 – – – 101
Ni i 4953.21 3.74  −0.620 MFK 125 111 46 – 101 – 114
Ni i 4967.52 3.80  −1.600 MFK 35 – – – 46 – –
Ni i 4995.66 3.63  −1.611 MFK 66 – – 73 – 70 –
Ni i 5003.75 1.68  −3.130 MFK – – – 122 – – –
Ni i 5010.94 3.63  −0.900 MFK – 86 36 85 85 – 104
Ni i 5084.11 3.68  −0.180 E93 – – – – – – 136
Ni i 5094.42 3.83  −1.120 MFK 68 64 – 68 – 65 62
Ni i 5115.40 3.83  −0.280 R03 – – – – – – 138
Ni i 5157.98 3.61  −1.719 MFK 49 – – – – – –
Ni i 5197.17 3.90  −1.140 MFK 75 – – 81 64 80 –
Ni i 5578.73 1.68  −2.670 MFK 144 – 62 – 135 – –
Ni i 5587.87 1.94  −2.370 MFK – – – 135 – 143 –
Ni i 5589.37 3.90  −1.150 MFK 64 – – – – 65 58
Ni i 5593.75 3.90  −0.790 MFK 85 83 28 81 – 81 90
Ni i 5643.09 4.17  −1.250 MFK 40 – – 37 27 47 –
Ni i 5748.36 1.68  −3.250 MFK 120 – – 124 103 121 –
Ni i 5760.84 4.11  −0.810 MFK 89 – – 90 76 94 –
Ni i 5805.23 4.17  −0.600 MFK 79 70 24 75 64 76 70
Ni i 5847.01 1.68  −3.440 MFK 108 105 16 114 92 114 114
Ni i 5996.74 4.24  −1.060 MFK 50 42 14 53 46 50 53
Ni i 6053.69 4.24  −1.070 MFK 72 – – – 64 65 –
Ni i 6086.29 4.27  −0.470 MFK 77 81 – 72 – 80 82
Ni i 6108.12 1.68  −2.489 MFK – – 69 – 137 – –
Ni i 6111.08 4.09  −0.830 MFK 72 78 23 75 69 75 91
Ni i 6128.98 1.68  −3.390 MFK 123 – 28 118 100 122 125
Ni i 6130.14 4.27  −0.979 MFK 55 – 13 53 49 61 64
Ni i 6176.82 4.09  −0.260 R03 120 – – 100 99 104 128
Ni i 6177.25 1.83  −3.600 MFK 84 – – 74 72 82 78
Ni i 6186.72 4.11  −0.900 MFK 67 – – 65 63 75 77
Ni i 6204.61 4.09  −1.150 MFK 68 – – 77 54 67 72
Ni i 6223.99 4.11  −0.971 MFK 76 – 19 81 71 68 83
Ni i 6230.10 4.11  −1.200 MFK – – – – 55 – –
Ni i 6322.17 4.15  −1.210 MFK 56 – – 57 48 61 –
Ni i 6327.60 1.68  −3.090 MFK 144 124 40 – 116 139 137
Ni i 6378.26 4.15  −0.821 MFK 86 84 28 86 72 84 88
Ni i 6384.67 4.15  −1.000 MFK – – 21 55 75 61 –
Ni i 6482.81 1.94  −2.851 MFK 136 – – 138 110 139 –
Ni i 6532.88 1.94  −3.420 MFK – – – 81 – 82 –
Ni i 6586.32 1.95  −2.790 MFK 135 135 45 139 110 131 128
Ni i 6598.61 4.24  −0.932 MFK 61 – – 60 55 63 –
Ni i 6635.14 4.42  −0.750 MFK 56 55 – 73 54 73 –
Ni i 6767.78 1.83  −2.110 MFK – – 101 – – – –
Ni i 6772.32 3.66  −1.010 R03 131 121 43 120 104 111 127
Ni i 6842.04 3.66  −1.440 E93 87 – – 90 76 89 88
Y ii 5087.43 1.08  −0.170 SN96 – – 128 110 – 112 –
Y ii 5200.41 0.99  −0.570 SN96 – – 127 113 98 118 –
Y ii 5205.72 1.03  −0.340 SN96 – – 103 – – – –
Y ii 5289.81 1.03  −1.850 VWR 63 43 22 49 37 53 146
Y ii 5402.78 1.84  −0.440 R03 84 74 51 62 59 67 91
Zr i 4772.30 0.62  −0.060 A05 – – – 63 42 61 –
Zr i 4805.87 0.69  −0.580 A05 18 – – 33 18 41 –
Zr i 4815.05 0.65  −0.380 A05 – – – 54 – – –
Zr i 4828.05 0.62  −0.750 A05 10 – – 26 – 27 –
Zr i 5385.13 0.52  −0.640 A05 31 – – 46 27 45 25
Zr i 5620.13 0.52  −1.090 A05 – – – – – 43 –
Zr i 5955.34 0.00  −1.699 A05 – – – – – 25 –
Zr i 6032.60 1.48  −0.350 A05 – – – – – 17 –
Zr i 6127.46 0.15  −1.060 S96 43 – – 56 36 70 36
Zr i 6134.57 0.00  −1.280 S96 34 – – 54 25 65 –
Zr i 6140.46 0.52  −1.410 S96 12 – – 14 13 24 –
Zr i 6143.18 0.07  −1.100 S96 55 – – 70 32 72 53
La ii 4086.71 0.00  −0.160 SN96 – – 100 – – – –
La ii 4934.83 1.25  −0.920 VWR – – – – – – –
La ii 5303.53 0.32  −1.350 VWR 65 – 24 52 43 53 –
La ii 5880.63 0.24  −1.830 VWR – – – – – 37 –
La ii 6320.43 0.17  −1.520 SN96 79 – 14 63 47 70 –
La ii 6390.48 0.32  −1.410 VWR 83 – 26 – – 75 77
La ii 6774.33 0.12  −1.700 VWR 68 – – – – 57 53
Ce ii 4073.47 0.48  + 0.320 SN96 – – 74 – – – –
Ce ii 4083.23 0.70  + 0.240 SN96 – – 69 – – – –
Ce ii 4120.84 0.32  −0.240 SN96 – – 49 – – – –
Ce ii 4222.60 0.12  −0.180 SN96 – – 103 – – – –
Ce ii 4418.79 0.86  + 0.310 SN96 – – 73 – – – –
Ce ii 4486.91 0.30  −0.360 SN96 – – 66 – – – –
Ce ii 4562.37 0.48  + 0.330 SN96 – – 95 103 90 101 –
Ce ii 4628.16 0.52  + 0.260 SN96 – – 90 – 80 – –
Ce ii 5117.17 1.40  + 0.01 VWR 43 – 16 31 – 29 –
Ce ii 5187.46 1.21  + 0.30 VWR 67 – 33 59 49 56 –
Ce ii 5274.24 1.28  + 0.38 VWR 80 – 39 62 – 60 –
Ce ii 5330.58 0.87  + 0.28 VWR – – – – – – –
Ce ii 5472.30 1.25  −0.19 VWR 54 – 20 41 – 38 –
Ce ii 6051.80 0.23  −1.60 S96 30 – – 26 – 30 –
Nd ii 4811.34 0.06  −1.015 VWR – – 52 – 76 85 –
Nd ii 4959.12 0.06  −0.916 VWR – – 56 – – – 117
Nd ii 4989.95 0.63  −0.624 VWR – – 32 – 57 – 79
Nd ii 5063.72 0.98  −0.758 VWR 39 – – – 19 – –
Nd ii 5092.80 0.38  −0.510 E93 92 – – 78 – 73 –
Nd ii 5130.59 1.30  + 0.100 SN96 – – 46 – – – –
Nd ii 5212.36 0.20  −0.700 SN96 – – – – – – 111
Nd ii 5234.19 0.55  −0.460 SN96 – – 39 – 67 – –
Nd ii 5293.16 0.82  −0.200 SN96 – – 68 – – – –
Nd ii 5311.46 0.98  −0.560 SN96 – – 16 – – – –
Nd ii 5319.81 0.55  −0.350 SN96 – – 68 – 78 89 –
Nd ii 5361.47 0.68  −0.400 SN96 – – 60 – – – –
Nd ii 5416.38 0.86  −0.980 VWR 32 – – 34 17 21 –
Nd ii 5431.54 1.12  −0.457 VWR 51 – 14 – 26 – 55
Nd ii 5442.26 0.68  −0.900 SN96 73 – – – 44 – 65
Nd ii 5740.88 1.16  −0.560 VWR 46 – – 39 24 33 –
Nd ii 5842.39 1.28  −0.601 VWR 29 – – 21 16 18 26

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