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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.

PC 14
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 3340.41 –32.32 0.770 1.320 8
3428.65 O iii 15 3428.27 –33.22 0.196 0.322 15
3444.07 O iii 15 3443.71 –31.35 1.520 2.478 7
3447.59 He i 7 3447.27 –27.83 0.127 0.207 21
3512.51 He i 38 3512.05 –39.26 0.163 0.258 17
3530.50 He i 36 3530.13 –31.43 0.126 0.197 21
3554.42 He i 34 3554.03 –32.89 0.152 0.236 18
3587.28 He i 32 3586.90 –31.77 0.257 0.394 13
3613.64 He i 6 3613.27 –30.69 0.226 0.342 14
3634.25 He i 28 3633.89 –29.71 0.374 0.562 10
3666.10 H i H27 3665.72 –31.09 0.243 0.361 13
3667.68 H i H26 3667.31 –30.24 0.264 0.392 12
3669.47 H i H25 3669.08 –31.86 0.300 0.445 11
3671.48 H i H24 3671.12 –29.39 0.351 0.521 10
3673.76 H i H23 3673.39 –30.21 0.392 0.580 10
3676.37 H i H22 3675.99 –31.00 0.440 0.651 9
3679.36 H i H21 3678.97 –31.79 0.501 0.740 9
3682.81 H i H20 3682.43 –30.95 0.532 0.784 8
3686.83 H i H19 3686.46 –30.10 0.651 0.959 8
3691.56 H i H18 3691.17 –31.69 0.657 0.966 8
3694.22 Ne ii 1 3693.99 –18.66 0.130 0.192 20
3697.15 H i H17 3696.77 –30.81 0.797 1.170 7
3703.86 H i H16 3703.50 –29.15 0.886 1.297 7
3705.04 He i 25 3704.64 –32.38 0.532 0.777 8
3707.25 O iii 14 3706.89 –29.12 0.109 0.160 23
3711.97 H i H15 3711.60 –29.88 1.080 1.573 7
3715.08 O iii 14 3714.72 –29.06 0.069 0.101 34
3721.83 [S iii] 2F 3721.45 –30.62 2.006 2.911 6
3721.93 H i H14 * * * * *
3726.03 [O ii] 1F 3725.64 –31.39 19.203 27.825 6
3728.82 [O ii] 1F 3728.39 –34.59 10.159 14.706 6
3734.37 H i H13 3733.99 –30.52 1.518 2.193 7
3750.15 H i H12 3749.75 –31.97 2.147 3.085 6
3754.69 O iii 2 3754.32 –29.54 0.239 0.343 13
3757.24 O iii 2 3756.92 –25.54 0.084 0.121 29
3759.87 O iii 2 3759.49 –30.31 0.408 0.584 9
3770.63 H i H11 3770.24 –31.00 2.573 3.672 6
3774.02 O iii 2 3773.62 –31.77 0.056 0.080 :
3791.27 O iii 2 3790.95 –25.31 0.083 0.117 29
3797.63 [S iii] 2F 3797.51 –9.46 3.437 4.861 6
3797.90 H i H10 * * * * *
3819.61 He i 22 3819.23 –29.84 0.963 1.352 7
3831.66 S ii – 3831.14 –40.69 0.046 0.064 :
3833.57 He i 62 3833.18 –30.51 0.060 0.084 38
3835.39 H i H9 3834.99 –31.26 4.999 6.986 6
3862.59 Si ii 1 3862.25 –26.40 0.042 0.058 :
3868.75 [Ne iii] 1F 3868.38 –28.68 72.805 100.690 6
3871.82 He i 60 3871.41 –31.76 0.067 0.092 35
3882.19 O ii 12 3881.80 –30.11 0.038 0.053 :
3888.65 He i 2 3888.45 –15.42 14.299 19.655 6
3889.05 H i H8 * * * * *
3918.98 C ii 4 3918.52 –35.19 0.028 0.038 :
3920.68 C ii 4 3920.23 –34.41 0.037 0.050 :
3923.48 He ii 4.15 3923.14 –25.99 0.039 0.053 :
3926.53 He i 58 3926.20 –25.20 0.111 0.151 23
3964.73 He i 5 3964.33 –30.24 0.647 0.868 8
3967.46 [Ne iii] 1F 3967.06 –30.22 21.526 28.889 6
3970.07 H i H7 3969.66 –30.98 11.261 15.100 6
4009.26 He i 55 4008.86 –29.91 0.162 0.214 17
4026.21 He i 18 4025.79 –31.27 1.940 2.555 6
4041.31 N ii 39 4040.95 –26.72 0.025 0.032 :
4068.60 [S ii] 1F 4068.18 –30.96 1.193 1.548 6
4069.62 O ii 10 4069.43 –14.00 0.325 0.422 10
4069.89 O ii 10 * * * * *
4072.15 O ii 10 4071.75 –29.44 0.225 0.291 13
4075.86 O ii 10 4075.74 –8.84 0.626 0.810 7
4076.35 [S ii] 1F * * * * *
4078.84 O ii 10 4078.42 –30.89 0.042 0.055 :
4083.90 O ii 47 4083.40 –36.71 0.036 0.047 :
4085.11 O ii 10 4084.72 –28.63 0.047 0.061 :
4087.15 O ii 48 4086.79 –26.40 0.041 0.053 :
4089.29 O ii 48 4088.84 –32.99 0.110 0.142 23
4092.93 O ii 10 4092.49 –32.23 0.026 0.033 :
4095.64 O ii 48 4095.22 –30.74 0.028 0.037 :
4097.22 O ii 20 4096.92 –21.97 0.618 0.794 8
4097.26 O ii 48 * * * * *
4100.04 He ii 4.12 4099.73 –22.67 0.065 0.083 36
4101.74 H i H6 4101.31 –31.44 20.040 25.713 6
4103.43 N iii 1 4102.92 –37.28 0.363 0.465 10
4104.99 O ii 20 4104.72 –19.72 0.023 0.029 :
4119.22 O ii 20 4118.80 –30.60 0.080 0.102 30
4120.82 He i 16 4120.41 –29.81 0.212 0.270 14
4132.80 O ii 19 4132.44 –26.11 0.034 0.043 :
4143.76 He i 53 4143.34 –30.38 0.301 0.381 11
4145.90 O ii 106 4145.63 –19.53 0.026 0.033 :
4146.08 O ii 106 * * * * *
4153.30 O ii 19 4152.88 –30.31 0.070 0.088 33
4156.53 O ii 19 4155.91 –44.70 0.067 0.085 34
4168.97 He i 52 4168.60 –26.62 0.060 0.075 38
4185.45 O ii 36 4185.02 –30.82 0.045 0.057 :
4186.90 C iii 18 4186.49 –29.34 0.063 0.079 36
4189.79 O ii 36 4189.38 –29.35 0.059 0.073 39
4199.83 He ii 4.11 4199.45 –27.12 0.095 0.118 26
4219.76 Ne ii 52 4219.36 –28.41 0.032 0.040 :
4241.78 N ii 48 4241.44 –24.02 0.023 0.029 :
4253.90 O ii 109 4253.57 –23.26 0.036 0.044 :
4253.91 O ii 109 * * * * *
4267.15 C ii 6 4266.71 –30.91 0.720 0.884 7
4275.55 O ii 67 4275.17 –26.64 0.038 0.047 :
4276.75 O ii 67 4276.37 –26.63 0.017 0.021 :
4277.90 O ii 67 4277.50 –28.03 0.015 0.018 :
4282.96 O ii 67 4282.76 –14.01 0.016 0.019 :
4285.69 O ii 78 4285.19 –34.98 0.019 0.024 :
4287.39 [Fe ii] 7F 4287.96 39.84 0.039 0.048 :
4288.82 O ii 53 * * * * *
4291.25 O ii 55 4290.81 –30.74 0.014 0.017 :
4294.78 S ii 49 4294.47 –31.39 0.033 0.041 :
4294.92 O ii 54 * * * * *
4303.61 O ii 65 4303.40 –29.25 0.066 0.080 35
4303.82 O ii 53 * * * * *
4317.14 O ii 2 4316.78 –25.03 0.052 0.063 :
4319.63 O ii 2 4319.20 –29.82 0.043 0.052 :
4325.76 O ii 2 4325.25 –35.33 0.038 0.047 :
4336.83 O ii 2 4336.35 –33.18 0.034 0.041 :
4338.67 He ii 4.10 4338.30 –25.58 0.123 0.148 21
4340.47 H i H5 4340.02 –31.10 40.714 49.114 5
4345.55 O ii 65 4345.15 –28.30 0.059 0.071 38
4345.56 O ii 2 * * * * *
4349.43 O ii 2 4348.99 –30.33 0.112 0.135 23
4363.21 [O iii] 2F 4362.78 –29.56 5.152 6.170 5
4366.89 O ii 2 4366.44 –30.91 0.063 0.076 36
4379.11 N iii 18 4378.73 –26.01 0.077 0.092 31
4387.93 He i 51 4387.49 –30.06 0.581 0.690 7
4391.94 Ne ii 55e 4391.52 –28.67 0.044 0.052 :
4409.30 Ne ii 55e 4408.90 –27.19 0.035 0.041 :
4414.90 O ii 5 4414.44 –31.24 0.045 0.053 :
4416.97 O ii 5 4416.50 –31.92 0.061 0.071 37
4428.54 Ne ii 57 4428.09 –30.48 0.025 0.029 :
4437.55 He i 50 4437.09 –31.08 0.066 0.077 35
4465.41 O ii 94 4465.06 –23.51 0.025 0.028 :
4471.47 He i 14 4471.05 –28.19 4.620 5.313 5
4491.23 O ii 86a 4490.79 –29.37 0.035 0.040 :
4510.92 N iii 3 4510.55 –24.60 0.033 0.038 :
4541.59 He ii 4.9 4541.14 –29.69 0.126 0.141 20
4552.52 N ii – 4552.09 –28.33 0.015 0.017 :
4562.60 Mg i] 1 4562.10 –32.86 0.047 0.052 :
4571.10 Mg i] 1 4570.61 –32.16 0.135 0.150 19
4590.97 O ii 15 4590.52 –29.40 0.059 0.065 38
4595.95 O ii 15 4595.71 –15.67 0.054 0.059 :
4596.18 O ii 15 * * * * *
4602.13 O ii 92b 4601.56 –37.12 0.023 0.025 :
4609.44 O ii 92a 4609.02 –27.31 0.070 0.077 33
4630.54 N ii 5 4630.10 –28.49 0.039 0.042 :
4634.14 N iii 2 4633.69 –29.13 0.305 0.331 11
4638.86 O ii 1 4638.38 –31.02 0.136 0.147 19
4640.64 N iii 2 4640.22 –27.13 0.669 0.723 7
4641.81 O ii 1 4641.43 –24.54 0.302 0.326 11
4641.85 N iii 2 * * * * *
4647.42 C iii 1 4646.97 –29.01 0.113 0.122 22
4649.13 O ii 1 4648.70 –27.71 0.379 0.408 9 g
4650.84 O ii 1 4650.33 –32.86 0.140 0.151 19 g
4658.05 [Fe iii] 3F 4657.64 –26.37 0.082 0.088 29
4661.63 O ii 1 4661.17 –29.58 0.155 0.167 17
4676.24 O ii 1 4675.76 –30.81 0.110 0.117 23
4685.68 He ii 3.4 4685.25 –27.53 4.390 4.671 5
4711.37 [Ar iv] 1F 4710.94 –27.38 1.121 1.182 6
4713.14 He i 12 4712.72 –26.71 0.601 0.633 7
4740.17 [Ar iv] 1F 4739.78 –24.68 1.334 1.393 6
4859.32 He ii 4.8 4858.83 –30.22 0.369 0.369 9
4861.33 H i H4 4860.82 –31.47 100.000 100.000 5
4881.00 [Fe iii] 2F 4880.53 –28.88 0.040 0.040 :
4902.65 Si ii 7.23 4902.08 –34.85 0.021 0.020 :
4906.81 O ii 28 4906.39 –25.66 0.037 0.037 :
4921.93 He i 48 4921.43 –30.46 1.421 1.392 6
4924.53 O ii 28 4924.08 –27.38 0.046 0.045 :
4931.32 [O iii] 1F 4930.80 –31.62 0.109 0.107 23
4958.91 [O iii] 1F 4958.43 –29.02 407.790 394.391 5
– ? – 4979.79 – 0.102 0.098 24
5006.84 [O iii] 1F 5006.38 –27.54 1255.454 1195.069 5
5015.68 He i 4 5015.18 –29.89 2.224 2.111 5
5041.03 Si ii 5 5040.53 –29.74 0.073 0.069 32
5047.74 He i 47 5047.28 –27.35 0.140 0.131 19
5191.82 [Ar iii] 3F 5191.12 –40.41 0.095 0.085 18
5197.90 [N i] 1F 5197.44 –26.53 0.133 0.120 13
5200.26 [N i] 1F 5199.77 –28.24 0.093 0.083 18
5270.40 [Fe iii] 1F 5269.99 –23.30 0.054 0.047 29
5342.38 C ii 17.06 5341.81 –31.98 0.043 0.037 36
5346.02 [Kr iv] 4S-2D 5345.44 –32.53 0.049 0.043 31
5411.52 He ii 4.7 5410.95 –31.57 0.436 0.368 7
5517.71 [Cl iii] 1F 5517.10 –33.14 0.770 0.629 6
5537.88 [Cl iii] 1F 5537.25 –34.10 0.897 0.729 6
5666.64 N ii 3 5666.08 –29.63 0.043 0.033 36
5679.56 N ii 3 5678.97 –31.14 0.077 0.060 21
5754.64 [N ii] 3F 5754.02 –32.31 0.721 0.547 6
5846.77 [Xe iii] – 5846.24 –27.17 0.010 0.007 :
5867.74 [Kr iv] 4S-2D 5867.21 –27.09 0.077 0.056 21
5875.64 He i 11 5875.04 –30.62 21.378 15.629 6
6101.83 [K iv] 1F 6101.15 –33.42 0.134 0.093 14
6118.20 He ii 5.19 6117.62 –28.43 0.015 0.010 :
6151.43 C ii 16.04 6150.67 –37.06 0.046 0.032 34
6170.60 He ii 5.18 6170.24 –17.48 0.036 0.024 :
6233.80 He ii 5.17 6233.06 –35.58 0.021 0.014 :
6300.30 [O i] 1F 6299.78 –24.75 3.627 2.399 6
6312.10 [S iii] 3F 6311.41 –32.77 2.752 1.816 6
6347.11 Si ii 2 6346.40 –33.54 0.072 0.047 23
6363.78 [O i] 1F 6363.24 –25.42 1.232 0.804 7
6371.36 Si ii 2 6370.71 –30.58 0.071 0.046 23
6406.30 He ii 5.15 6405.69 –28.54 0.042 0.027 37
6461.95 C ii 17.04 6461.13 –38.06 0.131 0.084 14
6527.10 [N ii] 1F 6526.39 –32.61 0.056 0.035 28
6548.03 [N ii] 1F 6547.37 –30.20 16.359 10.269 7
6560.00 He ii 4.6 6559.48 –23.77 1.213 0.759 7
6562.82 H i H3 6562.12 –31.97 457.511 286.346 7
6578.05 C ii 2 6577.33 –32.80 0.519 0.324 8
6583.41 [N ii] 1F 6582.74 –30.51 49.738 31.003 7
6678.15 He i 46 6677.46 –30.98 6.774 4.147 7
6683.20 He ii 5.13 6682.42 –35.01 0.059 0.036 27
6716.47 [S ii] 2F 6715.70 –34.37 6.220 3.781 7
6730.85 [S ii] 2F 6730.08 –34.30 10.357 6.280 7
7065.28 He i 10 7064.53 –31.83 8.156 4.679 7
7135.78 [Ar iii] 1F 7135.04 –31.08 29.843 16.937 7
7155.16 [Fe ii] 14F 7154.71 –18.86 0.023 0.013 :
7160.61 He i 1/10 7159.84 –32.24 0.043 0.025 36
7170.62 [Ar iv] 2F 7169.98 –26.77 0.069 0.039 24
7177.50 He ii 5.11 7176.72 –32.57 0.095 0.054 18
7231.34 C ii 3 7230.53 –33.59 0.252 0.141 10
7236.42 C ii 3 7235.76 –27.35 0.499 0.279 8
7262.76 [Ar iv] 2F 7262.24 –21.45 0.052 0.029 31
7281.35 He i 45 7280.60 –30.88 1.297 0.720 8
7298.05 He i 1/9 7296.65 –57.52 0.102 0.057 17
7318.92 [O ii] 2F 7319.16 9.84 4.451 2.457 8
7319.99 [O ii] 2F * * * * *
7329.66 [O ii] 2F 7329.45 –8.59 3.796 2.092 8
7330.73 [O ii] 2F * * * * *
– ? – 7398.76 – 0.107 0.059 17
– ? – 7400.80 – 0.093 0.051 19
7499.85 He i 1/8 7499.11 –29.59 0.083 0.045 21
7519.49 C ii 16.08 7518.29 –47.86 0.033 0.018 :
7519.86 C ii 16.08 * * * * *
7530.54 [Cl iv] 1F 7529.81 –29.06 0.452 0.242 9 c
7592.74 He ii 5.10 7591.94 –31.60 0.142 0.075 14
7751.10 [Ar iii] 2F 7750.33 –29.79 7.797 4.058 8
7816.13 He i 1/7 7815.33 –30.68 0.124 0.064 15
– ? – 7896.10 – 0.075 0.038 22
8045.63 [Cl iv] 1F 8044.95 –25.33 0.990 0.499 8
8196.48 C iii 43 8195.82 –24.15 0.185 0.092 12
8203.85 He i 4/14 8203.02 –30.34 0.043 0.021 36
8236.77 He ii 5.9 8235.97 –29.11 0.251 0.124 11
8264.56 He i 4/13 8263.55 –36.63 0.155 0.076 14
8267.94 H i P34 8267.10 –30.49 0.132 0.064 15
8276.31 H i P32 8275.49 –29.68 0.164 0.080 13
8286.43 H i P30 8285.84 –21.34 0.252 0.123 11 c
8292.31 H i P29 8291.39 –33.26 0.241 0.118 11
8306.11 H i P27 8305.26 –30.70 0.256 0.125 11
8314.26 H i P26 8313.33 –33.53 0.295 0.143 10
8323.42 H i P25 8322.60 –29.55 0.305 0.148 10
8333.78 H i P24 8332.87 –32.74 0.362 0.175 10
8342.33 He i 4/12 8341.40 –33.41 0.072 0.035 23
8359.00 H i P22 8358.12 –31.56 0.449 0.216 9
8361.67 He i 1/6 8360.86 –29.03 0.207 0.099 12
8374.48 H i P21 8373.63 –30.45 0.502 0.241 9
8392.40 H i P20 8391.51 –31.82 0.549 0.262 9
8413.32 H i P19 8412.44 –31.36 0.622 0.296 9
8421.96 He i 6/18 8421.10 –30.63 0.032 0.015 :
8437.96 H i P18 8437.09 –30.92 0.722 0.342 9
8444.34 He i 4/11 8444.55 7.45 0.133 0.063 15
8446.25 O i 4 * * * * *
8446.36 O i 4 * * * * *
8446.76 O i 4 * * * * *
8451.00 He i 6/17 8450.35 –23.07 0.037 0.018 :
8467.25 H i P17 8465.97 –45.34 1.219 0.573 9 c
8480.90 [Cl iii] 3F 8480.05 –30.07 0.030 0.014 :
8486.27 He i 6/16 8485.53 –26.12 0.035 0.017 :
8502.48 H i P16 8501.60 –31.06 1.043 0.487 9
8518.04 He i 2/8 8517.31 –25.71 0.019 0.009 :
8528.99 He i 6/15 8528.16 –29.18 0.049 0.023 32
8545.38 H i P15 8544.50 –30.87 1.242 0.574 9
8578.70 [Cl ii] 1F 8577.79 –31.81 0.263 0.121 11
8582.54 He i 3/10 8581.50 –36.33 0.148 0.068 14
8598.39 H i P14 8597.49 –31.36 1.528 0.697 9
8648.10 He i 6/13 8647.29 –28.07 0.109 0.049 17 c
8665.02 H i P13 8664.15 –30.07 2.019 0.907 9
8727.13 [C i] 3F 8726.32 –27.81 0.050 0.022 32
8733.43 He i 6/12 8732.56 –29.87 0.093 0.041 20
8736.04 He i 7/12 8735.19 –29.16 0.022 0.010 :
8747.00 He ii 6.24 8746.23 –26.38 0.025 0.011 :
8750.47 H i P12 8749.57 –30.82 2.338 1.030 9
8776.60 He i 4/9 8776.19 –13.98 0.267 0.117 11
8845.38 He i 6/11 8844.56 –27.81 0.143 0.062 15
8848.05 He i 7/11 8847.26 –26.77 0.043 0.019 37
8862.79 H i P11 8861.88 –30.79 3.221 1.385 9
8996.99 He i 6/10 8996.07 –30.66 0.171 0.072 14
9014.91 H i P10 9013.98 –30.92 4.298 1.798 10
9063.29 He i 4/8 9062.39 –29.79 0.176 0.073 14
9068.60 [S iii] 1F 9067.95 –21.47 83.412 34.604 10
9123.60 [Cl ii] 1F 9122.66 –30.87 0.073 0.030 24

Notes. 

(a)

Where F is the unreddened flux in units of 100.00 = 5.045  ×  10-13.

(b)

Where I is the reddened corrected flux, with c(Hβ) = 0.63  ±  0.06, in units of 100.00 = 2.152  ×  10-12.

(c)

Affected by telluric emission.

(d)

Blended with an unknown line.

(e)

Affected by charge transfer.

(f)

Affected by atmospheric absorption bands.

(g)

Both lines affected by C iii λ4650.25

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