Free Access

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 iii 3 3340.41 –32.32 0.770 1.320 8
3428.65 iii 15 3428.27 –33.22 0.196 0.322 15
3444.07 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 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 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 iii 2 3754.32 –29.54 0.239 0.343 13
3757.24 iii 2 3756.92 –25.54 0.084 0.121 29
3759.87 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 iii 2 3773.62 –31.77 0.056 0.080 :
3791.27 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 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 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 ii 4 3918.52 –35.19 0.028 0.038 :
3920.68 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 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 ii 10 4069.43 –14.00 0.325 0.422 10
4069.89 ii 10 * * * * *
4072.15 ii 10 4071.75 –29.44 0.225 0.291 13
4075.86 ii 10 4075.74 –8.84 0.626 0.810 7
4076.35 [S ii] 1F * * * * *
4078.84 ii 10 4078.42 –30.89 0.042 0.055 :
4083.90 ii 47 4083.40 –36.71 0.036 0.047 :
4085.11 ii 10 4084.72 –28.63 0.047 0.061 :
4087.15 ii 48 4086.79 –26.40 0.041 0.053 :
4089.29 ii 48 4088.84 –32.99 0.110 0.142 23
4092.93 ii 10 4092.49 –32.23 0.026 0.033 :
4095.64 ii 48 4095.22 –30.74 0.028 0.037 :
4097.22 ii 20 4096.92 –21.97 0.618 0.794 8
4097.26 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 iii 1 4102.92 –37.28 0.363 0.465 10
4104.99 ii 20 4104.72 –19.72 0.023 0.029 :
4119.22 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 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 ii 106 4145.63 –19.53 0.026 0.033 :
4146.08 ii 106 * * * * *
4153.30 ii 19 4152.88 –30.31 0.070 0.088 33
4156.53 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 ii 36 4185.02 –30.82 0.045 0.057 :
4186.90 iii 18 4186.49 –29.34 0.063 0.079 36
4189.79 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 ii 48 4241.44 –24.02 0.023 0.029 :
4253.90 ii 109 4253.57 –23.26 0.036 0.044 :
4253.91 ii 109 * * * * *
4267.15 ii 6 4266.71 –30.91 0.720 0.884 7
4275.55 ii 67 4275.17 –26.64 0.038 0.047 :
4276.75 ii 67 4276.37 –26.63 0.017 0.021 :
4277.90 ii 67 4277.50 –28.03 0.015 0.018 :
4282.96 ii 67 4282.76 –14.01 0.016 0.019 :
4285.69 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 ii 53 * * * * *
4291.25 ii 55 4290.81 –30.74 0.014 0.017 :
4294.78 ii 49 4294.47 –31.39 0.033 0.041 :
4294.92 ii 54 * * * * *
4303.61 ii 65 4303.40 –29.25 0.066 0.080 35
4303.82 ii 53 * * * * *
4317.14 ii 2 4316.78 –25.03 0.052 0.063 :
4319.63 ii 2 4319.20 –29.82 0.043 0.052 :
4325.76 ii 2 4325.25 –35.33 0.038 0.047 :
4336.83 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 ii 65 4345.15 –28.30 0.059 0.071 38
4345.56 ii 2 * * * * *
4349.43 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 ii 2 4366.44 –30.91 0.063 0.076 36
4379.11 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 ii 5 4414.44 –31.24 0.045 0.053 :
4416.97 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 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 ii 86a 4490.79 –29.37 0.035 0.040 :
4510.92 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 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 ii 15 4590.52 –29.40 0.059 0.065 38
4595.95 ii 15 4595.71 –15.67 0.054 0.059 :
4596.18 ii 15 * * * * *
4602.13 ii 92b 4601.56 –37.12 0.023 0.025 :
4609.44 ii 92a 4609.02 –27.31 0.070 0.077 33
4630.54 ii 5 4630.10 –28.49 0.039 0.042 :
4634.14 iii 2 4633.69 –29.13 0.305 0.331 11
4638.86 ii 1 4638.38 –31.02 0.136 0.147 19
4640.64 iii 2 4640.22 –27.13 0.669 0.723 7
4641.81 ii 1 4641.43 –24.54 0.302 0.326 11
4641.85 iii 2 * * * * *
4647.42 iii 1 4646.97 –29.01 0.113 0.122 22
4649.13 ii 1 4648.70 –27.71 0.379 0.408 9 g
4650.84 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 ii 1 4661.17 –29.58 0.155 0.167 17
4676.24 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 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 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 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 ii 3 5666.08 –29.63 0.043 0.033 36
5679.56 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 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 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 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 ii 3 7230.53 –33.59 0.252 0.141 10
7236.42 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 ii 16.08 7518.29 –47.86 0.033 0.018 :
7519.86 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 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 i 4 * * * * *
8446.36 i 4 * * * * *
8446.76 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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