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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 6369
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 3702.57 –104.45 0.415 1.335 9
3705.04 He i 25 3703.72 –106.85 0.289 0.930 11
3711.97 H i H15 3710.68 –104.22 0.470 1.488 9
3721.83 [S iii] 2F 3720.59 –99.91 0.847 2.651 7
3721.93 H i H14 * * * * *
3726.03 [O ii] 1F 3724.87 –93.35 8.621 26.875 6
3728.82 [O ii] 1F 3727.65 –94.11 4.772 14.833 6
3734.37 H i H13 3733.08 –103.60 0.721 2.227 8
3750.15 H i H12 3748.86 –103.14 0.886 2.692 7
3770.63 H i H11 3769.33 –103.38 1.192 3.547 7
3797.63 [S iii] 2F 3796.57 –83.69 1.721 4.982 7
3797.90 H i H10 * * * * *
3819.61 He i 22 3818.31 –102.07 0.518 1.469 9
3835.39 H i H9 3834.06 –103.98 2.420 6.752 6
3868.75 [Ne iii] 1F 3867.43 –102.33 33.120 89.519 6
3888.65 He i 2 3887.52 –87.13 6.804 18.047 6
3889.05 H i H8 * * * * *
3964.73 He i 5 3963.35 –104.38 0.337 0.834 10
3967.46 [Ne iii] 1F 3966.09 –103.55 11.191 27.586 6
3970.07 H i H7 3968.76 –98.96 5.045 12.403 6
4009.26 He i 55 4007.89 –102.49 0.082 0.193 24
4026.21 He i 18 4024.82 –103.53 0.982 2.283 7
4067.94 C iii 16 4066.51 –105.42 0.064 0.142 29
4068.60 [S ii] 1F 4067.32 –117.18 0.488 1.084 8
4068.91 C iii 16 * * * * *
4070.26 C iii 16 4068.47 –131.90 0.107 0.238 20
4075.86 O ii 10 4074.34 –111.80 0.142 0.314 :
4076.35 [S ii] 1F 4075.13 –89.72 0.163 0.361 :
4097.33 N iii 1 4095.89 –105.41 0.193 0.417 14
4101.74 H i H6 4100.32 –103.85 11.344 24.374 6
4103.43 N iii 1 4101.93 –109.63 0.131 0.282 17
4120.82 He i 16 4119.48 –97.51 0.108 0.228 20
4132.80 O ii 19 4131.33 –106.65 0.058 0.120 31
4143.76 He i 53 4142.34 –102.76 0.178 0.367 14
4145.90 O ii 106 4144.57 –96.21 0.025 0.050 :
4146.08 O ii 106 * * * * *
4267.15 C ii 6 4265.67 –104.01 0.421 0.792 9
4340.47 H i H5 4338.96 –104.35 26.532 47.180 5
4345.56 O ii 2 4344.05 –104.23 0.022 0.022 :
4349.43 O ii 2 4348.04 –95.85 0.031 0.031 :
4363.21 [O iii] 2F 4361.69 –104.48 5.391 9.380 5
4379.11 N iii 18 4377.72 –95.16 0.025 0.043 :
4387.93 He i 51 4386.44 –101.85 0.393 0.667 9
4437.55 He i 50 4436.08 –99.32 0.062 0.099 29
4471.47 He i 14 4469.96 –101.29 3.467 5.326 5
4562.60 Mg i] 1 4561.15 –95.32 0.126 0.173 18
4571.10 Mg i] 1 4569.61 –97.77 0.361 0.493 9
4616.39 N iii 4P-4P0 4614.91 –96.14 0.026 0.034 :
4630.54 N ii 5 4628.98 –101.04 0.018 0.023 :
4634.14 N iii 2 4632.51 –105.51 0.131 0.167 17
4638.86 O ii 1 4637.19 –107.96 0.058 0.074 30
4640.64 N iii 2 4639.01 –105.36 0.268 0.340 11
4641.81 O ii 1 4640.24 –101.42 0.145 0.184 16
4641.85 N iii 2 * * * * *
4647.42 C iii 1 4645.79 –105.18 0.091 0.115 22
4649.13 O ii 1 4647.53 –103.22 0.148 0.186 16
4650.25 C iii 1 4648.98 –81.90 0.119 0.150 18
4650.84 O ii 1 * * * * *
4651.47 C iii 1 * * * * *
4661.63 O ii 1 4660.05 –101.65 0.065 0.081 28
4676.24 O ii 1 4674.68 –100.05 0.030 0.037 :
4685.68 He ii 3.4 4684.20 –94.72 0.394 0.477 9
4711.37 [Ar iv] 1F 4709.71 –105.68 0.889 1.047 7
4713.14 He i 12 4711.54 –101.81 0.626 0.737 7
4740.17 [Ar iv] 1F 4738.54 –103.12 1.089 1.244 6
4861.33 H i H4 4859.64 –104.25 100.000 100.000 5
4921.93 He i 48 4920.22 –104.19 1.505 1.414 6
4931.32 [O iii] 1F 4929.59 –105.21 0.134 0.125 17
4958.91 [O iii] 1F 4957.25 –100.40 425.135 384.265 5
5006.84 [O iii] 1F 5005.17 –100.02 1343.513 1156.596 5
5015.68 He i 4 5013.96 –102.85 2.675 2.283 6
5047.74 He i 47 5045.94 –106.96 0.271 0.225 15
5191.82 [Ar iii] 3F 5190.00 –105.12 0.147 0.107 23
5197.90 [N i] 1F 5196.50 –80.76 0.161 0.117 22
5200.26 [N i] 1F 5198.65 –92.84 0.177 0.128 20
5346.02 [Kr iv] 4S-2D 5344.30 –96.50 0.139 0.088 24
5411.52 He ii 4.7 5409.88 –90.89 0.033 0.020 :
5517.71 [Cl iii] 1F 5515.82 –102.73 1.118 0.605 7
5537.88 [Cl iii] 1F 5535.96 –103.97 1.383 0.734 7
5647.40 C iii 3H-3G 5645.45 –103.54 0.049 0.024 :
5679.56 N ii 3 5677.67 –99.80 0.082 0.038 36
5754.64 [N ii] 3F 5752.71 –100.59 2.360 1.012 6
5867.74 [Kr iv] 4S-2D 5865.73 –102.74 0.319 0.123 14
5875.64 He i 11 5873.67 –100.56 42.824 16.423 6
6101.83 [K iv] 1F 6099.65 –107.15 0.324 0.105 14
6151.43 C ii 16.04 6149.36 –100.93 0.143 0.045 24
6300.30 [O i] 1F 6298.37 –91.85 8.361 2.360 6
6312.10 [S iii] 3F 6309.95 –102.14 6.437 1.803 6
6347.11 Si ii 2 6345.00 –99.69 0.071 0.019 :
6363.78 [O i] 1F 6361.84 –91.42 2.896 0.783 7
6371.36 Si ii 2 6369.28 –97.91 0.089 0.024 34
6461.95 C ii 17.04 6459.57 –110.47 0.364 0.092 13
6548.03 [N ii] 1F 6546.12 –87.46 45.135 10.847 7
6562.82 H i H3 6560.61 –100.99 1193.262 284.246 7
6578.05 C ii 2 6575.82 –101.66 1.229 0.290 8
6583.41 [N ii] 1F 6581.48 –87.92 140.750 33.107 7
6678.15 He i 46 6675.90 –101.04 19.222 4.278 7
6716.47 [S ii] 2F 6714.27 –98.24 13.030 2.838 7
6730.85 [S ii] 2F 6728.63 –98.92 21.951 4.744 7
6779.93 C ii 14 6777.84 –92.46 0.141 0.030 24
6780.59 C ii 14 * * * * *
6791.47 C ii 14 6789.24 –98.47 0.075 0.016 39
6795.00 [K iv] 1F 6792.69 –101.95 0.097 0.020 32
6800.69 C ii 14 6798.61 –91.72 0.049 0.010 :
6826.70 [Kr iii] – 6824.59 –92.70 0.100 0.021 31 e
6989.47 He i 1/12 6987.46 –86.25 0.115 0.022 28
7065.28 He i 10 7062.88 –101.87 34.423 6.281 7
– ? – 7082.64 – 0.082 0.015 37
7112.48 C ii 20 7110.39 –88.11 0.041 0.007 :
7113.04 C ii 20 * * * * *
7115.63 C ii 20 7113.26 –99.89 0.061 0.011 :
7135.78 [Ar iii] 1F 7133.37 –101.27 106.047 18.718 7
7160.61 He i 1/10 7158.21 –100.51 0.160 0.028 23
7170.62 [Ar iv] 2F 7168.29 –97.45 0.202 0.035 19
7231.34 C ii 3 7228.89 –101.59 0.883 0.149 9
7236.42 C ii 3 7234.09 –96.56 1.997 0.336 8
7262.76 [Ar iv] 2F 7260.46 –94.96 0.209 0.035 19
7281.35 He i 45 7278.90 –100.91 5.467 0.902 8
7298.05 He i 1/9 7295.92 –87.52 0.346 0.057 14
7318.92 [O ii] 2F 7317.42 –61.45 25.466 4.128 8
7319.99 [O ii] 2F * * * * *
7329.66 [O ii] 2F 7327.81 –75.69 20.954 3.381 8
7330.73 [O ii] 2F * * * * *
– ? – 7396.46 – 0.203 0.032 19
7499.85 He i 1/8 7497.34 –100.38 0.364 0.055 14
7530.54 [Cl iv] 1F 7527.91 –104.73 1.105 0.163 9
– ? – 7540.51 – 0.205 0.030 19
7592.74 He ii 5.10 7589.75 –118.11 0.112 0.016 29
7751.10 [Ar iii] 2F 7748.49 –100.98 33.736 4.567 8
7816.13 He i 1/7 7813.53 –99.76 0.577 0.076 11
7876.03 [P ii] 1D-1S 7873.46 –97.85 0.275 0.036 16
– ? – 7898.47 – 0.248 0.032 17
8045.63 [Cl iv] 1F 8042.99 –98.39 3.315 0.407 8
8057.59 He i 4/18 8054.89 –100.48 0.068 0.008 :
8116.30 He i 4/16 8113.79 –92.73 0.086 0.010 35
– ? – 8138.38 – 0.211 0.025 19
8155.66 He i 4/15 8152.78 –105.92 0.122 0.014 27
8196.48 C iii 43 8193.93 –93.33 0.615 0.071 11
8203.85 He i 4/14 8201.27 –94.31 0.151 0.017 24
8264.28 H i P35 8261.61 –96.88 0.926 0.104 10
8264.56 He i 4/13 * * * * *
8267.94 H i P34 8265.17 –100.49 0.693 0.078 11
8271.93 H i P33 8269.15 –100.76 0.829 0.093 10
8276.31 H i P32 8273.48 –102.51 0.858 0.096 10
8281.12 H i P31 8278.39 –98.88 1.293 0.144 9
8286.43 H i P30 8283.56 –103.87 1.077 0.120 10
8292.31 H i P29 8289.54 –100.16 1.119 0.124 10
8298.83 H i P28 8296.17 –96.13 1.733 0.191 9
8306.11 H i P27 8303.26 –102.92 1.453 0.160 9
8323.42 H i P25 8320.58 –102.32 1.659 0.181 9
8329.87 He i 6/23 8327.15 –97.91 0.113 0.012 29
8333.78 H i P24 8330.93 –102.58 2.074 0.225 9
8342.33 He i 4/12 8339.54 –100.30 0.392 0.042 14
8345.55 H i P23 8342.85 –97.03 2.550 0.275 9
8357.64 [Cr ii] 1F 8356.19 –51.99 2.488 0.266 9
8361.67 He i 1/6 8358.90 –99.33 1.106 0.118 10
8374.48 H i P21 8371.69 –99.91 2.900 0.307 9
8392.40 H i P20 8389.58 –100.78 3.120 0.326 9
8413.32 H i P19 8410.49 –100.88 3.511 0.362 9
8421.96 He i 6/18 8419.36 –92.57 0.218 0.022 19
8437.96 H i P18 8435.11 –101.28 4.173 0.423 9
8444.34 He i 4/11 8441.66 –95.16 0.328 0.033 15
8446.25 O i 4 8443.95 –81.65 0.454 0.046 13
8446.36 O i 4 * * * * *
8446.76 O i 4 * * * * *
8451.00 He i 6/17 8448.36 –93.67 0.183 0.018 21
8453.61 He i 7/17 8450.82 –98.98 0.101 0.010 32
8467.25 H i P17 8464.42 –100.24 4.456 0.443 9
8486.27 He i 6/16 8483.41 –101.05 0.204 0.020 20
8488.73 He i 7/16 8486.04 –95.05 0.116 0.011 29
8502.48 H i P16 8499.58 –102.30 5.972 0.579 9
8518.04 He i 2/8 8515.14 –102.11 0.128 0.012 27
8528.99 He i 6/15 8526.17 –99.17 0.318 0.030 15
8531.48 He i 7/15 8528.76 –95.63 0.133 0.013 26
8545.38 H i P15 8542.50 –101.07 7.278 0.685 9
8578.70 [Cl ii] 1F 8575.95 –96.13 1.437 0.132 10
8581.89 He i 6/14 8579.44 –85.58 0.940 0.086 10
8598.39 H i P14 8595.51 –100.44 9.083 0.822 9
8648.10 He i 6/13 8645.40 –93.60 0.487 0.043 13
8649.88 He i 7/13 8648.00 –65.17 0.176 0.015 22
8665.02 H i P13 8662.11 –100.69 11.353 0.979 9
8727.13 [C i] 3F 8724.35 –95.54 0.618 0.051 12
8733.43 He i 6/12 8730.51 –100.27 0.562 0.046 12
8736.04 He i 7/12 8733.09 –101.28 0.173 0.014 22
8750.47 H i P12 8747.52 –101.11 13.875 1.127 9
8776.60 He i 4/9 8773.76 –97.04 0.701 0.056 11
8845.38 He i 6/11 8842.44 –99.66 0.788 0.060 11
8848.05 He i 7/11 8845.31 –92.87 0.408 0.031 14
8862.79 H i P11 8859.82 –100.49 19.320 1.458 9
8996.99 He i 6/10 8993.92 –102.34 1.278 0.089 11
8999.40 He i 7/10 8996.68 –90.66 0.430 0.030 14
9014.91 H i P10 9011.85 –101.81 24.223 1.678 10
9063.29 He i 4/8 9060.35 –97.29 1.355 0.092 11
9068.60 [S iii] 1F 9065.93 –88.29 370.052 25.008 10
9085.13 He i 10/10 9082.51 –86.48 0.186 0.012 21
9123.60 [Cl ii] 1F 9120.81 –91.71 0.432 0.029 14
9210.28 He i 6/9 9207.24 –98.99 1.586 0.102 11
9213.20 He i 7/9 9210.14 –99.62 0.576 0.037 13
– ? – 9220.52 – 0.237 0.015 18
9229.01 H i P9 9225.90 –101.04 40.830 2.610 10

Notes. 

(a)

Where F is the unreddened flux in units of 100.00 = 6.724  ×  10-14.

(b)

Where I is the reddened corrected flux, with c(Hβ) = 1.93  ±  0.06, in units of 100.00 = 5.723  ×  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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