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Home All issues Volume 538 (February 2012) A&A, 538 (2012) A54 Full HTML
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Table 3

continued.

NGC 5189
λ0 (Å) Ion Mult. λobs Vrad (km s-1) F(λ)/F(Hβ)a I(λ)/I(Hβ)b Err(%) note
3340.77 O iii 3 3340.56 –18.84 2.733 4.085 9
3345.83 [Ne v] 3P-1D 3345.70 –11.66 1.395 2.081 9
3425.87 [Ne v] 3P-1D 3425.79 –7.01 3.019 4.374 8
3428.65 O iii 15 3428.42 –20.11 0.868 1.256 9
3444.07 O iii 15 3443.84 –20.02 6.225 8.963 8
3554.42 He i 34 3554.16 –21.93 0.245 0.340 13
3568.50 Ne ii 5 3568.28 –18.48 0.416 0.576 10
3587.28 He i 32 3587.03 –20.89 0.215 0.295 14
3613.64 He i 6 3613.31 –27.37 0.137 0.187 18
3634.25 He i 28 3633.96 –23.93 0.310 0.420 11
3659.42 H i H33 3659.09 –27.02 0.209 0.282 14
3660.28 H i H32 3659.94 –27.86 0.180 0.243 15
3661.22 H i H31 3660.92 –24.57 0.191 0.257 15
3662.26 H i H30 3661.96 –24.56 0.185 0.249 15
3663.40 H i H29 3663.15 –20.46 0.261 0.351 12
3664.68 H i H28 3664.40 –22.91 0.331 0.445 11
3666.10 H i H27 3665.80 –24.54 0.235 0.315 13
3667.68 H i H26 3667.38 –24.53 0.271 0.364 12
3669.47 H i H25 3669.16 –25.33 0.301 0.404 11
3671.48 H i H24 3671.19 –23.68 0.303 0.406 11
3673.76 H i H23 3673.48 –22.85 0.420 0.563 10
3676.37 H i H22 3676.05 –26.10 0.375 0.502 10
3679.36 H i H21 3679.08 –22.82 0.569 0.761 9
3682.81 H i H20 3682.50 –25.24 0.506 0.676 9
3686.83 H i H19 3686.53 –24.40 0.707 0.944 8
3691.56 H i H18 3691.26 –24.37 0.750 1.000 8
3694.22 Ne ii 1 3693.89 –26.79 0.052 0.070 35
3697.15 H i H17 3696.84 –25.12 0.851 1.132 8
3703.86 H i H16 3703.56 –24.29 0.930 1.234 8
3705.04 He i 25 3704.70 –27.52 0.470 0.623 9
3711.97 H i H15 3711.72 –20.19 1.277 1.690 7
3721.83 [S iii] 2F 3721.49 –27.40 4.147 5.474 7
3721.93 H i H14 * * * * *
3726.03 [O ii] 1F 3725.71 –25.75 104.378 137.635 7
3728.82 [O ii] 1F 3728.46 –28.95 82.060 108.130 7
3734.37 H i H13 3734.09 –22.48 1.924 2.532 7
3750.15 H i H12 3749.88 –21.59 2.462 3.226 7
3754.69 O iii 2 3754.49 –15.97 0.641 0.839 8
3757.24 O iii 2 3757.11 –10.36 0.550 0.719 9
3759.87 O iii 2 3759.64 –18.36 1.368 1.789 7
3770.63 H i H11 3770.35 –22.25 3.112 4.057 7
3774.02 O iii 2 3773.87 –11.91 0.292 0.380 11
3781.72 He ii 4.21 3781.41 –24.58 0.094 0.122 23
3791.27 O iii 2 3791.08 –15.02 0.209 0.271 14
3797.63 [S iii] 2F 3797.62 –0.77 4.098 5.307 7
3797.90 H i H10 * * * * *
3813.50 He ii 4.19 3813.27 –18.08 0.123 0.159 19
3819.61 He i 22 3819.31 –23.55 0.851 1.096 8
3833.57 He i 62 3833.54 –2.35 0.165 0.212 16
3835.39 H i H9 3835.11 –21.87 5.870 7.535 7
3858.07 He ii 4.17 3857.93 –10.89 0.239 0.305 12
3868.75 [Ne iii] 1F 3868.48 –20.93 122.747 156.328 6
3871.82 He i 60 3871.43 –30.21 0.069 0.088 29
3887.44 He ii 4.16 3887.25 –14.65 0.192 0.243 14
3888.65 He i 2 3888.58 –5.38 14.790 18.750 6
3889.05 H i H8 * * * * *
3923.48 He ii 4.15 3923.29 –14.51 0.284 0.357 11
3926.53 He i 58 3926.23 –22.91 0.096 0.121 22
3964.73 He i 5 3964.41 –24.20 0.562 0.700 8
3967.46 [Ne iii] 1F 3967.17 –21.92 38.515 47.963 6
3970.07 H i H7 3969.78 –21.90 13.202 16.430 6
4009.26 He i 55 4008.93 –24.68 0.151 0.187 16
4025.60 He ii 4.13 4025.31 –21.60 0.290 0.356 11
4026.21 He i 18 4025.84 –27.54 1.803 2.213 6
4041.31 N ii 39 4041.00 –23.00 0.022 0.026 :
4068.60 [S ii] 1F 4068.25 –25.80 6.809 8.270 6
4068.91 C iii 16 * * * * *
4069.62 O ii 10 4068.80 –60.42 0.340 0.413 10 g
4069.89 O ii 10 * * * * *
4070.26 C iii 16 4069.53 –53.78 0.145 0.176 17
4072.15 O ii 10 4071.81 –25.02 0.122 0.148 19
4075.86 O ii 10 4075.48 –27.96 0.062 0.075 31
4076.35 [S ii] 1F 4076.00 –25.75 2.494 3.023 6
4085.11 O ii 10 4084.80 –22.76 0.033 0.040 :
4087.15 O ii 48 4086.83 –23.46 0.028 0.033 :
4089.29 O ii 48 4089.07 –16.13 0.036 0.043 :
4097.22 O ii 20 4097.09 –17.58 0.761 0.918 7
4097.26 O ii 48 * * * * *
4097.33 N iii 1 * * * * *
4100.04 He ii 4.12 4099.86 –13.17 0.524 0.632 8
4101.74 H i H6 4101.44 –21.95 23.013 27.714 6
4103.43 N iii 1 4103.15 –20.48 0.472 0.568 9
4104.99 O ii 20 * * * * *
4119.22 O ii 20 4118.87 –25.48 0.038 0.045 :
4120.82 He i 16 4120.51 –22.56 0.191 0.229 14
4143.76 He i 53 4143.43 –23.85 0.289 0.344 11
4168.97 He i 52 4168.65 –23.04 0.051 0.060 36
4185.45 O ii 36 4185.10 –25.08 0.029 0.034 :
4186.90 C iii 18 4186.60 –21.47 0.019 0.023 :
4189.79 O ii 36 4189.40 –27.92 0.027 0.032 :
4199.83 He ii 4.11 4199.65 –12.86 0.807 0.952 7
– ? – 4227.62 – 0.178 0.209 15
4236.91 N ii 48 4236.61 –21.25 0.028 0.032 :
4237.05 N ii 48 * * * * *
4241.78 N ii 48 4241.50 –19.78 0.024 0.028 :
4267.15 C ii 6 4266.88 –18.97 0.254 0.296 12
4303.61 O ii 65 4303.50 –22.28 0.037 0.043 :
4303.82 O ii 53 * * * * *
4317.14 O ii 2 4316.96 –12.51 0.035 0.040 :
4338.67 He ii 4.10 4338.45 –15.18 1.014 1.166 7
4340.47 H i H5 4340.13 –23.51 42.335 48.690 6
4345.55 O ii 65 4345.20 –24.83 0.024 0.027 :
4345.56 O ii 2 * * * * *
4349.43 O ii 2 4349.09 –23.46 0.057 0.065 33
4363.21 [O iii] 2F 4362.92 –19.93 10.635 12.166 6
4366.89 O ii 2 4366.66 –15.79 0.061 0.070 31
4379.11 N iii 18 4378.95 –10.93 0.145 0.166 17
4387.93 He i 51 4387.57 –24.62 0.481 0.547 8
4391.94 Ne ii 55e 4391.66 –19.10 0.031 0.035 :
4409.30 Ne ii 55e 4408.87 –29.22 0.016 0.018 :
4414.85 O iii 46a 4414.56 –19.70 0.020 0.022 :
4414.90 O ii 5 * * * * *
4416.97 O ii 5 4416.62 –23.76 0.031 0.035 :
4437.55 He i 50 4437.15 –27.02 0.049 0.055 37
4452.38 O ii 5 4452.64 17.52 0.030 0.034 :
4471.47 He i 14 4471.14 –22.13 3.914 4.344 5
4491.23 O ii 86a 4490.90 –22.03 0.030 0.034 :
4510.92 N iii 3 4510.76 –10.64 0.111 0.122 20
4541.59 He ii 4.9 4541.37 –14.50 1.487 1.616 6
4562.60 Mg i] 1 4562.18 –27.59 0.133 0.144 18
4571.10 Mg i] 1 4570.69 –26.90 0.164 0.177 15
4590.97 O ii 15 4590.58 –25.48 0.033 0.036 :
4595.95 O ii 15 4595.85 –6.53 0.024 0.025 :
4596.18 O ii 15 * * * * *
4630.54 N ii 5 4630.19 –22.67 0.052 0.056 35
– ? – 4631.95 – 0.031 0.033 :
4634.14 N iii 2 4633.82 –20.72 0.565 0.600 7
4638.86 O ii 1 4638.47 –25.18 0.068 0.072 29
4640.64 N iii 2 4640.30 –21.99 1.140 1.207 6
4641.81 O ii 1 4641.50 –20.03 0.226 0.239 12
4641.85 N iii 2 * * * * *
4647.42 C iii 1 4647.15 –17.42 0.039 0.041 :
4649.13 O ii 1 4648.78 –22.58 0.149 0.157 16
4650.84 O ii 1 4650.47 –23.83 0.093 0.098 23
4658.05 [Fe iii] 3F 4657.74 –19.93 0.046 0.048 39
4658.54 C iv 8 4658.41 –8.37 0.068 0.071 29
4661.63 O ii 1 4661.28 –22.52 0.083 0.088 25
4676.24 O ii 1 4675.86 –24.39 0.047 0.049 38
4685.68 He ii 3.4 4685.49 –12.15 45.966 48.130 5
4711.37 [Ar iv] 1F 4711.14 –14.63 3.797 3.949 5
4713.14 He i 12 4712.77 –23.54 0.484 0.504 8
4714.36 [Ne iv] 2D-2P 4714.00 –22.89 0.283 0.294 11
4715.80 [Ne iv] 2D-2P 4715.55 –15.89 0.058 0.060 32
4724.15 [Ne iv] 1F 4723.94 –13.32 0.282 0.293 11
4725.62 [Ne iv] 1F 4725.40 –13.97 0.189 0.196 14
4740.17 [Ar iv] 1F 4740.01 –10.13 3.256 3.362 5
4859.32 He ii 4.8 4859.05 –16.66 2.420 2.422 5
4861.33 H i H4 4860.94 –24.06 100.000 100.000 5
4881.00 [Fe iii] 2F 4881.36 22.10 0.011 0.011 :
4921.93 He i 48 4921.53 –24.39 1.193 1.175 6
4931.32 [O iii] 1F 4930.87 –27.34 0.130 0.127 18
4958.91 [O iii] 1F 4958.56 –21.17 401.260 391.339 5
5006.84 [O iii] 1F 5006.50 –20.35 1240.777 1195.847 5
5015.68 He i 4 5015.29 –23.32 1.734 1.667 7
5047.74 He i 47 5047.33 –24.36 0.125 0.119 21
5191.82 [Ar iii] 3F 5191.35 –27.13 0.330 0.305 7
5197.90 [N i] 1F 5197.48 –24.22 3.529 3.259 5
5200.26 [N i] 1F 5199.82 –25.36 3.003 2.771 5
5346.02 [Kr iv] 4S-2D 5345.83 –10.65 0.012 0.011 :
5411.52 He ii 4.7 5411.27 –13.85 4.026 3.548 5
5517.71 [Cl iii] 1F 5517.30 –22.29 1.757 1.512 6
5537.88 [Cl iii] 1F 5537.45 –23.26 1.547 1.325 6
5592.37 O iii 5 5591.98 –20.92 0.280 0.237 8
5666.64 N ii 3 5666.18 –24.34 0.056 0.046 21
5676.02 N ii 3 5675.59 –22.72 0.020 0.016 :
5677.66 N ii 3 5677.09 –30.12 0.021 0.017 :
5679.56 N ii 3 5679.16 –21.11 0.078 0.065 16
5701.82 [Mn v] 4F-2G 5701.85 1.59 0.029 0.024 34
5710.76 N ii 3 5710.39 –19.41 0.021 0.017 :
5754.64 [N ii] 3F 5754.14 –26.05 8.505 6.918 6
5846.77 [Xe iii] – 5846.23 –27.69 0.048 0.038 23
5857.26 He ii 5.30 5856.86 –20.47 0.035 0.028 30
5861.00 [Mn v] 4F-2G 5861.27 13.81 0.039 0.031 27
5867.74 [Kr iv] 4S-2D 5867.36 –19.44 0.098 0.078 14
5869.02 He ii 5.29 5869.05 1.52 0.058 0.046 20 c
5875.64 He i 11 5875.19 –22.97 15.215 12.043 6
5882.13 He ii 5.28 5881.82 –15.80 0.038 0.030 28
5885.40 [Mn v] 4F-2G 5885.50 5.10 0.017 0.014 :
5896.78 He ii 5.27 5896.52 –13.21 0.034 0.027 30
5913.24 He ii 5.26 5912.98 –13.20 0.054 0.043 21
5931.78 N ii 28 5931.41 –18.68 0.074 0.058 17
5941.65 N ii 28 5941.29 –18.16 0.031 0.024 33
5952.39 N ii 28 5952.54 7.55 0.053 0.041 22 c
5977.03 He ii 5.23 5976.88 –7.52 0.161 0.125 11
6004.73 He ii 5.22 6004.22 –25.45 0.120 0.093 13
6036.70 He ii 5.21 6036.49 –10.43 0.096 0.074 14
6074.10 He ii 5.20 6073.88 –10.87 0.105 0.080 14
6101.83 [K iv] 1F 6101.45 –18.67 0.135 0.102 12
6118.20 He ii 5.19 6117.97 –11.27 0.122 0.092 13
6151.43 C ii 16.04 6150.85 –28.27 0.029 0.022 34
6170.60 He ii 5.18 6170.05 –26.74 0.045 0.034 25 c
6233.80 He ii 5.17 6233.44 –17.31 0.150 0.112 11 c
6300.30 [O i] 1F 6299.79 –24.26 25.841 18.985 7
6310.85 He ii 5.16 6310.46 –18.53 0.172 0.126 11
6312.10 [S iii] 3F 6311.64 –21.85 7.576 5.555 7
6363.78 [O i] 1F 6363.27 –24.02 8.684 6.314 7
6371.36 Si ii 2 6370.92 –20.70 0.034 0.024 31
6406.30 He ii 5.15 6406.06 –11.22 0.285 0.206 9
6435.10 [Ar v] 2P-1D 6434.90 –9.33 0.325 0.233 9 c
6461.95 C ii 17.04 6461.49 –21.34 0.082 0.058 16 e
6527.11 He ii 5.14 6526.74 –16.98 0.454 0.322 9
6548.03 [N ii] 1F 6547.49 –24.70 238.395 168.419 8
6560.00 He ii 4.6 6559.77 –10.51 8.474 5.976 8
6562.82 H i H3 6562.28 –24.67 418.744 295.179 8
6583.41 [N ii] 1F 6582.85 –25.51 730.007 513.035 8
6678.15 He i 46 6677.63 –23.35 4.620 3.203 8
6683.20 He ii 5.13 6682.88 –14.37 0.420 0.291 9
6716.47 [S ii] 2F 6715.89 –25.89 69.284 47.789 8
6730.85 [S ii] 2F 6730.28 –25.40 84.095 57.894 8
6795.00 [K iv] 1F 6794.76 –10.60 0.035 0.024 30
6890.88 He ii 5.12 6890.61 –11.75 0.651 0.439 9
7005.67 [Ar v] 3P-1D 7005.61 –2.57 0.738 0.491 9
7065.28 He i 10 7064.68 –25.44 4.772 3.152 9
7135.78 [Ar iii] 1F 7135.28 –21.01 60.062 39.359 9
7170.62 [Ar iv] 2F 7170.37 –10.45 0.201 0.131 11
7177.50 He ii 5.11 7177.18 –13.36 0.728 0.475 9
7236.42 C ii 3 7235.88 –22.37 0.059 0.038 21
7237.17 C ii 3 7236.86 –12.84 0.045 0.029 25
7237.40 [Ar iv] 2F 7237.49 3.74 0.123 0.079 14
7262.76 [Ar iv] 2F 7262.68 –3.29 0.195 0.126 11
7281.35 He i 45 7280.79 –23.06 0.999 0.644 9
7318.92 [O ii] 2F 7319.38 18.84 9.591 6.156 9
7319.99 [O ii] 2F * * * * *
7329.66 [O ii] 2F 7329.58 –3.28 8.474 5.433 9
7330.73 [O ii] 2F * * * * *
– ? – 7400.38 – 0.150 0.095 13 c
7499.85 He i 1/8 7499.32 –21.20 0.066 0.042 20
7530.54 [Cl iv] 1F 7529.88 –26.28 0.219 0.138 11 c
7592.74 He ii 5.10 7592.37 –14.61 1.052 0.656 10
7751.10 [Ar iii] 2F 7750.54 –21.66 16.838 10.345 10
7771.93 O i 1 7771.42 –19.68 0.032 0.020 32
7775.39 O i 1 7774.78 –23.53 0.014 0.009 :
8045.63 [Cl iv] 1F 8045.37 –9.68 0.926 0.555 10
8160.10 [Cr ii] 4G-2D 8159.45 –23.88 0.166 0.099 13
8236.77 He ii 5.9 8236.40 –13.44 1.749 1.029 10
8257.85 H i P37 8257.26 –21.42 0.096 0.056 16
8260.93 H i P36 8260.28 –23.57 0.097 0.057 16
8264.28 H i P35 8263.73 –19.95 0.106 0.062 16 c
8265.71 He i 2/9 8265.24 –17.04 0.060 0.035 21
8267.94 H i P34 8267.43 –18.52 0.105 0.062 16
8276.31 H i P32 8275.76 –19.92 0.120 0.070 15
8292.31 H i P29 8291.70 –22.03 0.151 0.089 14
8306.11 H i P27 8305.50 –22.03 0.183 0.107 13
8314.26 H i P26 8313.68 –20.92 0.201 0.117 13
8323.42 H i P25 8322.81 –21.99 0.254 0.148 12
8333.78 H i P24 8333.27 –18.37 0.306 0.178 12
8359.00 H i P22 8358.37 –22.59 0.323 0.187 12
8361.67 He i 1/6 8360.96 –25.46 0.200 0.116 13
– ? – 8362.56 – 0.030 0.017 35
8374.48 H i P21 8373.82 –23.63 0.341 0.197 12
8376.55 He i 6/20 8375.46 –39.01 0.061 0.035 21
8392.40 H i P20 8391.78 –22.15 0.451 0.260 11
8413.32 H i P19 8412.73 –21.02 0.487 0.280 11
8437.96 H i P18 8437.36 –21.31 0.565 0.323 11
8444.34 He i 4/11 8443.78 –19.87 0.044 0.025 26
8446.25 O i 4 8445.74 –18.09 0.096 0.055 17
8446.36 O i 4 * * * * *
8446.76 O i 4 * * * * *
8467.25 H i P17 8466.66 –20.89 0.648 0.369 11
8480.67 He ii 6.33 8480.24 –15.19 0.068 0.039 20
8486.27 He i 6/16 8485.66 –21.53 0.037 0.021 30
8502.48 H i P16 8501.89 –20.83 0.859 0.486 11
8545.38 H i P15 8544.78 –21.04 1.023 0.575 11
8578.70 [Cl ii] 1F 8577.99 –24.81 1.452 0.811 11
8598.39 H i P14 8597.72 –23.36 1.369 0.762 11
8665.02 H i P13 8664.21 –28.01 1.999 1.100 11 c
– ? – 8703.63 – 0.047 0.026 25
8733.43 He i 6/12 8732.74 –23.67 0.059 0.032 22
8747.00 He ii 6.24 8746.52 –16.47 0.073 0.040 20
8750.47 H i P12 8749.86 –20.88 1.957 1.061 12
– ? – 8794.21 – 0.059 0.032 22
8798.90 He ii 6.23 8798.51 –13.31 0.058 0.031 22
8845.38 He i 6/11 8844.96 –14.23 0.158 0.084 15
8848.05 He i 7/11 8847.07 –33.19 0.042 0.022 28
8859.10 He ii 6.22 8858.79 –10.48 0.079 0.042 19
8862.79 H i P11 8862.17 –20.98 2.767 1.474 12
9011.20 He ii 6.20 9010.69 –16.96 0.100 0.052 17
9014.91 H i P10 9014.27 –21.31 3.477 1.815 12
9063.29 He i 4/8 9062.58 –23.49 0.101 0.053 17
9068.60 [S iii] 1F 9068.30 –9.91 136.444 70.770 12
9108.50 He ii 6.19 9108.11 –12.83 0.109 0.056 17
9123.60 [Cl ii] 1F 9122.87 –23.97 0.409 0.211 13

Notes. 

(a)

Where F is the unreddened flux in units of 100.00 = 1.165  ×  10-13.

(b)

Where I is the reddened corrected flux, with c(Hβ) = 0.47  ±  0.08, in units of 100.00 = 3.438  ×  10-13.

(c)

Affected by telluric emission.

(d)

Blended with an unknown line.

(e)

Affected by charge transfer.

(f)

Affected by atmospheric absorption bands.

(g)

Partially blended with a strong emission line.

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