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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.

M 1-30
λ0 (Å) Ion Mult. λobs Vrad (km s-1) F(λ)/F(Hβ)a I(λ)/I(Hβ)b Err(%) note
3703.86 H i H16 3702.37 –120.65 0.725 1.329 7
3705.04 He i 25 3703.53 –122.23 0.553 1.013 8
3711.97 H i H15 3710.48 –120.39 0.827 1.502 7
3712.74 O ii 3 3711.46 –103.39 0.066 0.119 19
3721.83 [S iii] 2F 3720.41 –114.44 1.233 2.228 7
3721.93 H i H14 * * * * *
3726.03 [O ii] 1F 3724.54 –119.93 21.560 38.868 7
3728.82 [O ii] 1F 3727.29 –123.06 10.913 19.643 7
3734.37 H i H13 3732.88 –119.68 1.261 2.263 7
3750.15 H i H12 3748.64 –120.76 1.593 2.835 7
3770.63 H i H11 3769.12 –120.09 1.863 3.278 7
3784.89 He i 64 3783.37 –120.43 0.027 0.048 37
3797.63 [S iii] 2F 3796.38 -98.71 2.569 4.457 7
3797.90 H i H10 * * * * *
3805.74 He i 63 3804.21 –120.57 0.024 0.041 :
3819.61 He i 22 3818.10 –118.56 0.939 1.612 7
3829.77 Ne ii 39 3828.25 –119.03 0.032 0.054 33
3831.66 S ii – 3830.11 –121.31 0.025 0.043 :
3833.57 He i 62 3832.02 –121.27 0.048 0.082 24
3835.39 H i H9 3833.85 –120.41 3.762 6.404 7
3838.09 He i 61 3836.84 –97.67 0.102 0.173 14
3842.18 N ii 20 3840.67 –117.87 0.019 0.032 :
3855.10 N ii 20 3853.52 –122.93 0.025 0.043 39
3856.02 Si ii 1 3854.54 –115.11 0.131 0.221 12
3856.13 O ii 12 * * * * *
3862.59 Si ii 1 3860.98 –125.02 0.050 0.085 23
3867.49 He i 20 3865.96 –118.65 0.061 0.103 20
3868.75 [Ne iii] 1F 3867.22 –118.61 3.417 5.720 7
3871.82 He i 60 3870.21 –124.72 0.081 0.135 17
3882.19 O ii 12 3880.67 –117.43 0.029 0.049 35
3888.65 He i 2 3887.33 –101.79 10.325 17.117 6
3889.05 H i H8 * * * * *
3918.98 C ii 4 3917.40 –120.92 0.062 0.101 20
3920.68 C ii 4 3919.09 –121.62 0.100 0.163 14
3926.53 He i 58 3924.98 –118.39 0.108 0.175 14
3964.73 He i 5 3963.15 –119.52 0.862 1.378 7
3967.46 [Ne iii] 1F 3965.86 –120.94 0.930 1.484 7
3970.07 H i H7 3968.63 –108.79 4.268 6.803 6
3994.98 N ii 12 3993.44 –115.61 0.052 0.082 23
4009.26 He i 55 4007.67 –118.95 0.174 0.271 10
4023.98 He i 54 4022.39 –118.51 0.019 0.030 :
4026.08 N ii 40 4024.60 –110.24 2.141 3.315 6
4026.21 He i 18 * * * * *
4035.07 O ii 68 4033.53 –114.46 0.026 0.040 39
4041.31 N ii 39 4039.69 –120.23 0.055 0.085 22
4043.60 O i 1P-1D 4041.95 –122.39 0.027 0.041 38
4068.60 [S ii] 1F 4066.98 –119.42 1.132 1.713 6
4069.62 O ii 10 4068.19 –105.39 0.135 0.204 12
4069.89 O ii 10 * * * * *
4072.15 O ii 10 4070.54 –118.57 0.118 0.178 13
4072.71 Si ii 2D-2P 4071.41 –95.73 0.012 0.019 :
4075.86 O ii 10 4074.61 –91.97 0.502 0.756 7
4076.35 [S ii] 1F * * * * *
4078.84 O ii 10 4077.21 –119.86 0.029 0.044 35
4083.90 O ii 47 4082.22 –123.37 0.026 0.039 38
4085.11 O ii 10 4083.43 –123.35 0.025 0.038 39
4087.15 O ii 48 4085.57 –115.93 0.025 0.038 39
4089.29 O ii 48 4087.64 –121.02 0.052 0.079 22
4097.22 O ii 20 4095.66 –114.21 0.078 0.117 17
4097.26 O ii 48 * * * * *
4101.74 H i H6 4100.09 –120.67 16.868 25.074 6
4104.99 O ii 20 4103.30 –123.50 0.036 0.054 30
4110.79 O ii 20 4109.15 –119.66 0.053 0.078 22
4119.22 O ii 20 4117.58 –119.41 0.040 0.059 27
4120.82 He i 16 4119.15 –121.54 0.200 0.295 9
4121.46 O ii 19 4119.85 –117.15 0.046 0.067 25
– ? – 4130.10 – 0.049 0.071 24
4132.80 O ii 19 4131.15 –119.73 0.065 0.095 19
4143.76 He i 53 4142.11 –119.41 0.334 0.486 8
4153.30 O ii 19 4151.65 –119.14 0.082 0.118 16
4156.53 O ii 19 4154.77 –126.98 0.050 0.072 23
4168.97 He i 52 4167.42 –111.52 0.068 0.098 18
4176.16 N ii – 4174.54 –116.35 0.033 0.047 32
4185.45 O ii 36 4183.82 –116.82 0.032 0.046 33
4189.79 O ii 36 4188.11 –120.27 0.035 0.049 31
4236.91 N ii 48 4235.28 –115.40 0.050 0.070 23
4237.05 N ii 48 * * * * *
4241.78 N ii 48 4240.08 –120.18 0.057 0.080 21
4253.90 O ii 109 4252.26 –115.63 0.030 0.042 34
4253.91 O ii 109 * * * * *
4267.15 C ii 6 4265.46 –118.78 0.709 0.983 6
4275.55 O ii 67 4273.86 –118.54 0.039 0.054 28
4282.96 O ii 67 4281.34 –113.45 0.008 0.011 :
4291.25 O ii 55 4289.50 –122.31 0.010 0.013 :
4292.21 O ii 78 4290.60 –112.48 0.016 0.022 :
4294.78 S ii 49 4293.08 –128.48 0.020 0.028 :
4294.92 O ii 54 * * * * *
4303.61 O ii 65 4302.12 –103.81 0.035 0.048 31
4303.82 O ii 53 * * * * *
4317.14 O ii 2 4315.42 –119.50 0.059 0.080 21
4319.63 O ii 2 4317.88 –121.50 0.036 0.048 30
4325.76 O ii 2 4324.04 –119.23 0.021 0.029 :
4336.83 O ii 2 4335.13 –117.58 0.026 0.035 38
4340.47 H i H5 4338.72 –120.92 36.184 48.765 6
4345.55 O ii 65 4343.82 –120.10 0.093 0.125 15
4345.56 O ii 2 * * * * *
4349.43 O ii 2 4347.69 –120.00 0.086 0.115 16
4363.21 [O iii] 2F 4361.46 –120.29 0.159 0.212 10
4366.89 O ii 2 4365.14 –120.19 0.084 0.112 16
4387.93 He i 51 4386.18 –119.61 0.712 0.936 6
4391.94 Ne ii 55e 4390.23 –116.77 0.027 0.035 37
4409.30 Ne ii 55e 4407.46 –125.14 0.020 0.026 :
4414.90 O ii 5 4413.16 –118.18 0.041 0.053 27
4416.97 O ii 5 4415.22 –118.82 0.042 0.054 27
4432.45 [Fe ii] 6F 4430.98 –99.47 0.040 0.051 27
4437.55 He i 50 4435.80 –118.27 0.085 0.109 16
4471.47 He i 14 4469.72 –117.38 5.988 7.481 5
4481.21 Mg ii 4 4479.49 –115.09 0.023 0.029 :
4491.23 O ii 86a 4489.45 –118.85 0.024 0.030 :
4507.31 [S i] 3P-1S 4505.75 –103.80 0.019 0.023 :
4530.41 N ii 58b 4528.62 –118.50 0.038 0.045 29
4552.52 N ii – 4550.65 –123.20 0.022 0.026 :
4571.10 Mg i] 1 4569.26 -120.75 0.056 0.066 21
4590.97 O ii 15 4589.15 –118.91 0.047 0.055 24
4594.60 O i 1F-1D0 4592.85 –114.23 0.006 0.007 :
4595.95 O ii 15 4594.34 –105.08 0.029 0.033 35
4596.18 O ii 15 * * * * *
4601.48 N ii 5 4599.64 –119.92 0.100 0.116 14
– ? – 4604.41 – 0.038 0.044 28
4607.16 N ii 5 4605.29 –121.74 0.116 0.133 13
4609.44 O ii 92a 4607.64 –117.10 0.039 0.045 28
4610.20 O ii 2D-F[2]0 4608.39 –117.75 0.020 0.023 :
4613.68 O ii 92b 4612.02 –107.91 0.087 0.099 15
4613.87 N ii 5 * * * * *
– ? – 4618.55 – 0.031 0.035 34
4621.39 N ii 5 4619.54 –120.06 0.131 0.150 12
4630.54 N ii 5 4628.69 –119.83 0.311 0.354 7
4634.14 N iii 2 4632.31 –118.44 0.036 0.041 30
4638.86 O ii 1 4636.98 –121.54 0.101 0.114 14
4640.64 N iii 2 4638.79 –119.57 0.059 0.067 20
4641.81 O ii 1 4639.96 –119.54 0.196 0.221 9
4641.85 N iii 2 * * * * *
4643.06 N ii 5 4641.25 –116.92 0.142 0.161 11
4649.13 O ii 1 4647.28 –119.35 0.294 0.331 7
4650.84 O ii 1 4649.00 –118.64 0.106 0.119 13
4658.05 [Fe iii] 3F 4656.23 –117.17 0.236 0.264 8
4661.63 O ii 1 4659.78 –119.03 0.114 0.128 13
4673.73 O ii 1 4671.91 –116.78 0.021 0.023 :
4676.24 O ii 1 4674.38 –119.31 0.073 0.080 17
4699.22 O ii 25 4697.36 –118.73 0.012 0.013 :
4701.62 [Fe iii] 3F 4699.66 –125.03 0.035 0.038 30
4713.14 He i 12 4711.28 –118.38 0.732 0.797 6
4740.17 [Ar iv] 1F 4738.29 –118.94 0.018 0.020 :
4752.96 O ii 94 4751.18 –112.30 0.012 0.013 :
4754.69 [Fe iii] 3F 4752.87 –114.79 0.024 0.025 :
– ? – 4754.59 – 0.019 0.020 :
4769.43 [Fe iii] 3F 4767.50 –121.37 0.023 0.024 :
4772.06 [Fe ii] 4F 4770.22 –115.63 0.026 0.027 38
4779.71 N ii 20 4777.77 –121.73 0.040 0.042 27
4788.13 N ii 20 4786.17 –122.77 0.047 0.049 24
4802.70 C ii 17.08 4800.50 –137.40 0.036 0.037 30
4803.29 N ii 20 4801.34 –121.77 0.102 0.105 14
4815.51 S ii 9 4813.64 –116.44 0.024 0.025 :
4861.33 H i H4 4859.38 –120.31 100.000 100.000 5
4881.00 [Fe iii] 2F 4879.09 –117.37 0.063 0.062 19
4890.86 O ii 28 4888.94 –117.73 0.049 0.049 23
4921.93 He i 48 4919.96 –120.05 1.818 1.760 11
4958.91 [O iii] 1F 4956.94 –119.16 59.365 56.348 5
4987.20 [Fe iii] 2F 4985.38 –109.46 0.076 0.071 24
4987.38 N ii 24 * * * * *
4994.37 N ii 24 4992.35 –121.30 0.171 0.154 10
5001.13 N ii 19 4999.35 –106.73 0.233 0.216 10
5001.47 N ii 19 * * * * *
5002.70 N ii 4 5000.66 –122.30 0.054 0.050 22
5006.84 [O iii] 1F 5004.85 –119.19 183.189 169.541 5
5010.62 N ii 4 5008.64 –118.51 0.086 0.080 15
5015.68 He i 4 5013.67 –120.20 3.520 3.243 5
5032.13 C ii 2P-2D 5030.02 –125.75 0.064 0.059 38
5035.94 C ii 2P-2D 5033.81 –126.85 0.044 0.040 34
5041.03 Si ii 5 5038.99 –121.34 0.106 0.096 16
5045.10 N ii 4 5043.10 –118.89 0.117 0.106 16
5047.74 He i 47 5045.72 –120.02 0.227 0.185 13
5055.98 Si ii 5 5054.01 –116.87 0.200 0.180 6
5121.82 C ii 12 5119.77 –120.03 0.036 0.031 14
5179.52 N i 5D-5F 5177.42 –121.60 0.033 0.028 14
5191.82 [Ar iii] 3F 5189.61 –127.66 0.033 0.028 15
5197.90 [N i] 1F 5195.86 –117.71 0.334 0.282 6
5200.26 [N i] 1F 5198.21 –118.22 0.250 0.211 6
5270.40 [Fe iii] 1F 5268.43 –112.08 0.085 0.070 9
5342.38 C ii 17.06 5340.31 –116.19 0.069 0.055 10
5452.07 N ii 29 5449.88 –120.47 0.019 0.014 21
5453.81 S ii 6 5451.91 –104.47 0.059 0.045 10
5461.70 N ii 3P-3D0 5460.28 –77.99 0.049 0.037 12
5462.58 N ii 29 * * * * *
5463.53 N ii 3P-3D0 5461.42 –115.82 0.031 0.023 15
5478.09 N ii 29 5475.82 –124.28 0.022 0.016 19
5480.05 N ii 29 5477.84 –120.95 0.040 0.030 13
5495.98 N ii 29 5493.47 –136.96 0.060 0.044 10
5517.71 [Cl iii] 1F 5515.48 –121.21 0.488 0.355 6
5530.24 N ii 63 5527.96 –123.66 0.030 0.022 16
5535.36 N ii 63 5533.18 –118.10 0.069 0.050 10
5537.88 [Cl iii] 1F 5535.63 –121.85 0.803 0.578 6
– ? – 5637.85 – 0.029 0.020 16
5666.64 N ii 3 5664.36 –120.69 0.328 0.222 6
5675.46 N ii 3 5673.76 –89.84 0.144 0.097 8
5679.56 N ii 3 5677.30 –119.35 0.540 0.362 6
5686.21 N ii 3 5683.96 –118.67 0.099 0.066 9
5710.76 N ii 3 5708.51 –118.16 0.108 0.071 8
5746.97 [Fe ii] 34F 5744.99 –103.32 0.028 0.018 16
5754.64 [N ii] 3F 5752.32 –120.93 2.493 1.608 6
5875.64 He i 11 5873.32 –118.44 34.543 21.027 6
5927.82 N ii 28 5925.41 –121.92 0.089 0.053 9
5931.78 N ii 28 5929.44 –118.30 0.132 0.079 8
5940.24 N ii 28 5937.89 –118.65 0.054 0.032 12
5941.65 N ii 28 5939.32 –117.61 0.182 0.108 8
5952.39 N ii 28 5950.02 –119.42 0.051 0.030 12
5957.57 Si ii 4 5955.43 –107.71 0.040 0.023 14
5978.93 Si ii 4 5976.65 –114.38 0.070 0.041 10
6046.23 O i 22 6044.08 –106.64 0.035 0.020 15
6046.44 O i 22 * * * * *
6046.49 O i 22 * * * * *
6143.28 Ne ii 2G-2[4]0 6140.72 –124.96 0.026 0.014 18
6151.43 C ii 16.04 6148.88 –124.34 0.064 0.035 11
6167.75 N ii 3F0-3D 6165.41 –113.77 0.035 0.019 15
6170.16 N ii 3F0-3D 6167.73 –118.12 0.022 0.012 19
6173.31 N ii 3F0-3D 6170.89 –117.56 0.037 0.020 14
6259.48 C ii 2P0-2D 6257.11 –113.56 0.028 0.015 17
6300.30 [O i] 1F 6297.85 –116.61 2.355 1.223 7
6312.10 [S iii] 3F 6309.57 –120.22 1.398 0.723 7
6347.11 Si ii 2 6344.58 –119.54 0.275 0.141 8
6363.78 [O i] 1F 6361.31 –116.39 0.805 0.409 8
6371.36 Si ii 2 6368.85 –118.14 0.149 0.076 9
6402.25 Ne i 1 6399.70 –119.44 0.094 0.047 10
6461.95 C ii 17.04 6459.27 –124.39 0.216 0.106 8
6482.05 N ii 1P0-1P 6479.50 –117.97 0.071 0.034 11
6527.10 [N ii] 1F 6524.65 –112.58 0.096 0.046 10
6548.03 [N ii] 1F 6545.46 –117.70 185.935 88.847 8
6562.82 H i H3 6560.18 –120.63 621.637 295.659 8
6578.05 C ii 2 6575.44 –118.99 1.199 0.568 8
6583.41 [N ii] 1F 6580.81 –118.45 573.716 271.103 8
6606.03 Cl i 2[1]0-2S 6603.32 –123.03 0.293 0.137 8
6678.15 He i 46 6675.51 –118.57 12.220 5.611 8
6716.47 [S ii] 2F 6713.80 –119.24 8.609 3.909 8
6730.85 [S ii] 2F 6728.18 –118.97 16.399 7.416 8
6933.89 He i 1/13 6931.24 –114.61 0.029 0.012 17
7002.23 O i 21 6999.41 –120.78 0.040 0.017 15
7032.00 Cl i 1[2]0-2P 7029.33 –113.87 0.170 0.071 10
– ? – 7050.68 – 0.081 0.034 11
7062.26 He i 1/11 7059.54 –115.50 0.067 0.028 12
7065.28 He i 10 7062.46 –119.70 17.867 7.401 9
7135.78 [Ar iii] 1F 7132.95 –118.93 46.335 18.866 9
7155.16 [Fe ii] 14F 7152.62 –106.46 0.065 0.026 12
7160.61 He i 1/10 7157.74 –120.19 0.078 0.032 11
7231.34 C ii 3 7228.45 –119.84 0.720 0.286 9
7236.42 C ii 3 7233.64 –115.21 1.405 0.558 9
7254.15 O i 20 7251.54 –107.90 0.101 0.040 11
7254.45 O i 20 * * * * *
7254.53 O i 20 * * * * *
7281.35 He i 45 7278.48 –118.22 2.229 0.876 9
7298.05 He i 1/9 7295.13 –119.99 0.100 0.039 11
7318.92 [O ii] 2F 7317.01 –78.26 5.718 2.228 9
7319.99 [O ii] 2F * * * * *
7329.66 [O ii] 2F 7327.32 –95.75 4.617 1.794 9
7330.73 [O ii] 2F * * * * *
7499.85 He i 1/8 7496.87 –119.17 0.150 0.056 10
7504.96 O ii 2G-G[5]0 7502.06 –115.88 0.024 0.009 20
7508.89 C ii 16.08 7506.77 –84.64 0.016 0.006 24
7519.49 C ii 16.08 7517.01 –98.93 0.042 0.016 15
7519.86 C ii 16.08 * * * * *
7530.57 C ii 16.08 7527.46 –123.85 0.015 0.006 26
7751.10 [Ar iii] 2F 7748.04 –118.40 12.145 4.310 10
7771.93 O i 1 7768.87 –118.08 0.208 0.074 10
7774.17 O i 1 7771.16 –116.11 0.170 0.060 11
7775.39 O i 1 7772.42 –114.56 0.088 0.031 12
7816.13 He i 1/7 7813.05 –118.18 0.240 0.084 10
7889.90 [Ni iii] 1F 7886.95 –112.12 0.030 0.010 18
– ? – 7899.35 – 0.062 0.021 13
8035.04 He i 4/19 8031.96 –114.96 0.028 0.009 18
8094.08 He i 2/10 8090.37 –137.47 0.022 0.007 21
8116.30 He i 4/16 8113.16 –116.01 0.041 0.014 15
8155.66 He i 4/15 8152.15 –129.09 0.044 0.015 15
8184.85 N i 2 8181.28 –130.83 0.019 0.006 22
8203.85 He i 4/14 8200.62 –118.06 0.057 0.019 14
8257.85 H i P37 8254.61 –117.64 0.257 0.083 11
8260.93 H i P36 8257.71 –116.89 0.248 0.080 11
8264.28 H i P35 8261.11 –115.04 0.382 0.123 11
8264.56 He i 4/13 * * * * *
8265.71 He i 2/9 8262.54 –115.02 0.088 0.028 12
8267.94 H i P34 8264.69 –117.89 0.305 0.098 11
8271.93 H i P33 8268.65 –118.90 0.329 0.106 11
8276.31 H i P32 8273.07 –117.38 0.324 0.104 11
8281.12 H i P31 8277.97 –114.09 0.377 0.121 11
8286.43 H i P30 8283.16 –118.33 0.365 0.117 11
8298.83 H i P28 8295.55 –118.55 0.457 0.146 11
8306.11 H i P27 8302.81 –119.18 0.479 0.153 11
8314.26 H i P26 8310.95 –119.38 0.568 0.181 11
8323.42 H i P25 8320.13 –118.55 0.569 0.180 11
8329.87 He i 6/23 8326.63 –116.66 0.029 0.009 18
8333.78 H i P24 8330.50 –118.05 0.641 0.203 11
8342.33 He i 4/12 8339.25 –110.73 0.134 0.042 12
8343.27 He i 6/22 * * * * *
8345.55 H i P23 8342.32 –116.06 0.738 0.233 11
8359.00 H i P22 8355.69 –118.74 0.813 0.255 11
8361.67 He i 1/6 8358.42 –116.57 0.464 0.145 11
8374.48 H i P21 8371.17 –118.56 0.834 0.261 11
8376.55 He i 6/20 8373.83 –97.37 0.106 0.033 12
8392.40 H i P20 8389.09 –118.31 0.917 0.285 11
8397.41 He i 6/19 8394.16 –116.07 0.040 0.012 16
8399.82 He i 7/19 8396.47 –119.63 0.024 0.007 20
8413.32 H i P19 8410.01 –118.01 1.072 0.331 11
8421.96 He i 6/18 8418.68 –116.81 0.057 0.017 14
8424.39 He i 7/18 8421.22 –112.85 0.031 0.009 18
8437.96 H i P18 8434.64 –118.01 1.250 0.382 11
8444.34 He i 4/11 8441.17 –112.58 0.137 0.042 12
8446.25 O i 4 8443.54 –96.22 0.544 0.166 11
8446.36 O i 4 * * * * *
8446.76 O i 4 * * * * *
8451.00 He i 6/17 8447.86 –111.42 0.083 0.025 13
8453.61 He i 7/17 8450.19 –121.33 0.044 0.013 15
8467.25 H i P17 8463.93 –117.61 1.413 0.427 11
8486.27 He i 6/16 8482.91 –118.72 0.090 0.027 13
8488.73 He i 7/16 8485.38 –118.38 0.039 0.012 16
– ? – 8491.94 – 0.026 0.008 19
8499.70 [Cl iii] 3F 8496.46 –114.33 0.033 0.010 17
8502.48 H i P16 8499.12 –118.53 1.666 0.497 11
8518.04 He i 2/8 8514.68 –118.31 0.081 0.024 13
8528.99 He i 6/15 8525.64 –117.82 0.125 0.037 12
8531.48 He i 7/15 8528.34 –110.40 0.049 0.014 15
8545.38 H i P15 8542.01 –118.28 2.124 0.624 11
8578.70 [Cl ii] 1F 8575.38 –116.08 1.166 0.339 11
8581.89 He i 6/14 8578.93 –103.44 0.329 0.095 11
8584.38 He i 7/14 8581.13 –113.54 0.040 0.012 16
8598.39 H i P14 8595.00 –118.23 2.491 0.718 11
8648.10 He i 6/13 8644.88 –111.66 0.172 0.049 12 c
8649.88 He i 7/13 8647.76 –73.50 0.030 0.008 18
8665.02 H i P13 8661.60 –118.37 3.197 0.899 11
8727.13 [C i] 3F 8723.70 –117.86 0.072 0.020 14
8728.90 N i 1 8726.36 –87.26 0.028 0.008 19
8733.43 He i 6/12 8729.98 –118.45 0.224 0.061 12
8736.04 He i 7/12 8732.54 –120.16 0.077 0.021 14
8750.47 H i P12 8747.01 –118.59 3.719 1.013 12
8776.60 He i 4/9 8773.23 –115.13 0.237 0.064 12
8816.50 He i 10/12 8813.10 –115.67 0.034 0.009 18
8845.38 He i 6/11 8841.91 –117.64 0.273 0.072 12
8848.05 He i 7/11 8844.62 –116.25 0.156 0.041 13
8862.79 H i P11 8859.30 –118.11 4.966 1.302 12
8891.91 [Fe ii] 13F 8888.45 –116.70 0.057 0.015 15
8930.97 He i 10/11 8927.22 –125.93 0.055 0.014 15
8996.99 He i 6/10 8993.40 –119.67 0.387 0.098 12
8999.40 He i 7/10 8996.17 –107.65 0.166 0.042 13
9014.91 H i P10 9011.33 –119.10 6.190 1.553 12
9063.29 He i 4/8 9059.77 –116.50 0.340 0.084 12
9068.60 [S iii] 1F 9065.38 –106.48 166.326 41.183 12
9085.13 He i 10/10 9082.14 –98.70 0.040 0.010 17
9123.60 [Cl ii] 1F 9120.16 –113.06 0.291 0.071 13
9210.28 He i 6/9 9206.70 –116.58 0.540 0.130 13
9213.20 He i 7/9 9209.60 –117.21 0.230 0.056 13
9223.55 [Cr ii] a4G-a2D 9220.07 –113.14 0.070 0.017 15
9229.01 H i P9 9225.38 –117.96 10.454 2.515 12
– ? – 9232.49 – 0.076 0.018 15
9260.81 O i 8 9256.67 –134.07 0.056 0.014 16
9260.85 O i 8 * * * * *
9260.94 O i 8 * * * * *
9262.58 O i 8 9258.99 –116.23 0.127 0.030 14
9262.67 O i 8 * * * * *
9262.83 O i 8 * * * * *
9265.93 O i 8 9262.40 –114.23 0.115 0.028 14
9266.01 O i 8 * * * * *
9266.78 O i 8 * * * * *
– ? – 9269.75 – 0.385 0.092 13
9303.42 He i 10/9 9299.53 –125.39 0.114 0.027 14

Notes. 

(a)

Where F is the unreddened flux in units of 100.00 = 5.204  ×  10-13.

(b)

Where I is the reddened corrected flux, with c(Hβ) = 1.00  ±  0.08, in units of 100.00 = 5.204  ×  10-12.

(c)

Affected by telluric emission.

(d)

Blended with an unknown line.

(e)

Affected by charge transfer.

(f)

Affected by atmospheric absorption bands.

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