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## (from tabmap V6.0 (2016-08-18)) 2024-05-10T19:02:45
#---------------------------------------------------------------------------
#-- J/A+A/406/987 Elemental abundances of three CP stars (Pintado+, 2003)
#--------------------------------------------------------------------------
#---Table: J/A+A/406/987/./table6.dat The Elemental Abundances of {alpha} Sex (366 records)
#-------------------------------------------------------------------------------
# Label Format Unit Explanations
#-------------------------------------------------------------------------------
# Ion A6 --- Ion designation
# Mult A5 --- Multiplet number
# lambda F7.2 0.1nm Wavelength
# loggf F5.2 --- Oscillator strength
# r_loggf A2 --- Reference for loggf (1)
# EW I3 0.1nm Equivalent width
# logN/H F6.2 [---] Elemental abundance logN/H
#-------------------------------------------------------------------------------
#Note (1): gf-value references:
# BG = Biemont et al. (1989A&A...209..391B) for V II,
# Biemont et al. (1981ApJ...248..867B) for Zr II
# BK = Biemont et al. (1982ApJ...261..736H)
# FW = Fuhr & Wiese (1990, in Lide, D. R. ed, CRC Handbook of Chemistry
# and Physics, CRC Press, Cleveland, OH))
# GB = Grevesse et al. (1981, in Upper Main Seq. Chem. Pec. Stars.,
# 23rd Liege 81, P. 211)
# HL = Hannaford et al. (1982ApJ...261..736H)
# JK = Joensson et al. (1984, Phys. Review A, 30, 2429)
# KF = Klose, Fuhr, & Wiese (2002, J. Phys. Chem. Ref. Data, 31, 217)
# KP = Kurucz & Peytremann (1975, Cat. <VI/10>)
# KX = Kurucz & Bell (1995, in Astrophysical Applications of Powerful
# New Databases, eds. S. J. Adelman and W. L. Wiese
# (ASP, San Francisco), ASP Conf. Ser. 78, 205)
# LA = Lanz & Artru (1985, Phys. Scripta, 32, 155)
# LD = Lawler & Dakin (1989, JOSA B, 6, 1457)
# MC = Magazzu & Cowley (1986ApJ...308..254M)
# MF = Fuhr, Martin & Wiese (1988, J. Phys. Chem. Ref. Data 15,
# Suppl. 4) and Martin, Fuhr & Wiese (1988, J. Phys. Chem. Ref.
# Data 15, Suppl. 3), Cat. <VI/72>
# WF = Wise, Fuhr & Deters (1996, J. Phys. Chem. Ref. Data,
# Monograph 6)
# WM = Wiese & Martin (1980, SRDS-NBS 68. Part 2, US Government
# Printing Office, Washington, DC.)
# WS = Wiese, Smith & Glennon (1966, NSRDS-NBS 4, US Government
# Printing, Office, Washington, DC and 1969, NSRDS-NBS,
# Washington, D.C., US Department of Commerce, National Bureau
# of Standards) and
# Wiese, Smith & Miles (1969, NSRDS-NBS, Washington, D.C.:
# US Department of Commerce, National Bureau of Standards)
# WV = Ward (1985MNRAS.213...71W)
#-------------------------------------------------------------------------------
----------------------------------------
| | | | r| |
| | | |_l| |
| | | |og| |
Ion |Mult | lambda|loggf|gf| EW|logN/H
------|-----|-------|-----|--|---|------
C I | 6|4762.31|-2.46|WF| 8| -3.10
C I | |4771.72|-1.87|WF| 7| -3.70
C II | 4|3920.68|-0.23|WF| 21| -3.00
C II | |3918.97|-0.53|WF| 10| -3.33
C II | 6|4267.26| 0.74|WF| 9| -3.72
N I | 1|8703.24|-0.32|WF| 78| -3.63
N I | |8711.7 |-0.23|WF| 46| -4.16
N I | |8718.83|-0.34|WF| 41| -4.12
N I | |8728.9 |-1.06|WF| 14| -4.10
N I | 3|7442.29|-0.38|WF| 31| -3.92
N I | |7468.31|-0.19|WF| 44| -3.83
O I | 12|5329.11|-1.24|WF| 20| -3.13
O I | |5329.68|-1.02|WF| 27| -3.19
Mg I | 2|5172.68|-0.38|WS| 93| -4.19
Mg I | |5183.60|-0.16|WS|107| -4.08
Mg I | 9|5528.39|-0.48|WS| 22| -4.61
Mg I | 11|4702.99|-0.38|FW| 27| -4.64
Mg I | 15|4167.27|-0.79|JK| 9| -4.78
Mg II | 5|3848.21|-1.59|WS| 28| -4.58
Mg II | |3850.39|-1.88|WM| 19| -4.54
Mg II | 9|4427.99|-1.21|WS| 19| -4.57
Mg II | |4433.98|-0.90|WS| 27| -4.65
Mg II | 10|4384.64|-0.79|WS| 37| -4.62
Mg II | 0|4390.58|-0.53|WS| 54| -4.56
Mg II | 19|4436.49|-0.89|KX| 7| -4.64
Al I | 1|3944.01|-0.64|FW| 48| -5.80
Al II | 2|4663.1 |-0.28|FW| 25| -5.45
Si II | 1|3853.66|-1.44|LA| 69| -4.65
Si II | |3856.02|-0.49|LA|130| -4.61
Si II | |3862.59|-0.74|LA|113| -4.57
Si II | 3|4128.07| 0.38|LA| 90| -4.68
Si II | |4130.89| 0.53|LA|101| -4.69
Si II | 5|5041.03| 0.26|LA| 78| -4.37
Si II | 7.05|4621.48|-0.54|LA| 6| -4.58
Si II | |4621.72|-0.38|LA| 8| -4.59
Ca I | 2|4226.73| 0.24|FW| 33| -5.88
Ca II | 1|3933.66| 0.13|WM|700| -5.82
Sc II | 7|4246.83| 0.24|LD| 38| -9.35
Sc II | 14|4374.45|-0.42|LD| 11| -9.28
Sc II | |4400.36|-0.53|LD| 13| -9.11
Sc II | |4415.56|-0.68|LD| 9| -9.18
Sc II | 15|4314.08|-0.09|LD| 25| -9.17
Sc II | |4320.73|-0.25|LD| 14| -9.33
Sc II | |4325.01|-0.44|LD| 13| -9.21
Ti II | 11|3987.61|-2.73|MF| 7| -6.99
Ti II | |4025.13|-1.98|MF| 13| -7.43
Ti II | 19|4395.03|-0.66|MF| 79| -6.59
Ti II | |4443.80|-0.70|MF| 58| -7.23
Ti II | |4450.49|-1.45|MF| 29| -7.19
Ti II | 21|4161.54|-2.36|MF| 7| -7.09
Ti II | 31|4468.49|-0.60|MF| 63| -7.15
Ti II | |4501.27|-0.75|MF| 61| -7.06
Ti II | 34|3913.46|-0.53|MF| 78| -6.62
Ti II | |3932.02|-1.78|MF| 23| -6.98
Ti II | 40|4417.72|-1.43|MF| 39| -6.93
Ti II | |4441.73|-2.41|MF| 5| -7.15
Ti II | |4464.46|-2.08|MF| 15| -6.93
Ti II | |4470.86|-2.28|MF| 10| -6.97
Ti II | 41|4290.22|-1.12|MF| 50| -6.95
Ti II | |4300.05|-0.77|MF| 67| -6.81
Ti II | |4301.93|-1.16|MF| 36| -7.27
Ti II | |4312.86|-1.16|MF| 47| -6.99
Ti II | |4320.99|-1.87|MF| 11| -7.28
Ti II | 49|4708.65|-2.21|MF| 7| -7.16
Ti II | 50|4563.76|-0.96|MF| 52| -7.04
Ti II | 51|4394.06|-1.59|MF| 21| -7.20
Ti II | |4399.77|-1.27|MF| 38| -7.09
Ti II | 51|4418.34|-2.40|MF| 14| -6.61
Ti II | 61|4395.85|-2.17|MF| 17| -6.74
Ti II | 69|5336.78|-1.70|MF| 15| -7.09
Ti II | |5418.75|-1.99|KX| 12| -6.94
Ti II | 70|5154.06|-1.92|MF| 17| -6.80
Ti II | |5188.68|-1.21|MF| 42| -6.86
Ti II | |5226.54|-1.30|MF| 28| -7.12
Ti II | 82|4529.46|-2.03|MF| 15| -6.76
Ti II | |4571.97|-0.53|MF| 70| -6.74
Ti II | 86|5129.15|-1.39|MF| 17| -7.15
Ti II | 87|4028.33|-1.00|MF| 22| -7.33
Ti II | |4053.83|-1.21|MF| 30| -6.92
Ti II | 92|4779.99|-1.37|MF| 18| -7.02
Ti II | |4805.09|-1.10|MF| 29| -6.98
Ti II | 93|4374.84|-1.29|MF| 17| -7.12
Ti II | |4421.95|-1.77|MF| 10| -6.95
Ti II | 94|4316.81|-1.42|MF| 6| -7.51
Ti II | |4350.83|-1.40|MF| 7| -7.45
Ti II | 104|4386.84|-1.26|MF| 16| -6.87
Ti II | 105|4174.07|-1.25|MF| 12| -7.04
Ti II | 113|5072.28|-0.75|MF| 13| -7.20
Ti II | 114|4874.01|-0.79|MF| 11| -7.24
Ti II | |4911.2 |-0.34|MF| 24| -7.25
Ti II | 115|4411.08|-1.06|MF| 17| -6.76
Ti II | |4488.32|-0.82|MF| 21| -6.85
V II | 9|3973.64|-1.07|BG| 6| -8.34
V II | |3997.12|-1.23|BG| 11| -7.85
V II | 10|3916.42|-1.05|BG| 14| -7.91
V II | |3951.97|-0.78|BG| 12| -8.27
V II | 11|3903.26|-0.89|MF| 15| -8.00
V II | 25|4202.35|-1.52|BG| 6| -7.73
V II | 32|4005.71|-0.52|BG| 21| -8.01
V II | |4035.63|-0.77|BG| 13| -8.03
V II | 33|3899.14|-0.78|BG| 9| -8.19
V II | 37|4183.44|-1.12|BG| 7| -7.89
V II | 56|4564.59|-1.39|BG| 5| -7.66
V II | |4600.19|-1.52|BG| 5| -7.50
Cr I | 1|4254.35|-0.11|MF| 18| -6.24
Cr I | |4274.80|-0.23|MF| 10| -6.41
Cr II | 19|4051.93|-2.19|KX| 13| -6.58
Cr II | 23|5249.40|-2.43|KX| 11| -6.07
Cr II | |5407.62|-2.09|KX| 10| -6.39
Cr II | 26|4179.42|-1.77|KX| 20| -6.36
Cr II | |4207.35|-2.47|KX| 3| -6.63
Cr II | 30|4812.34|-1.80|MF| 15| -6.46
Cr II | |4824.13|-1.22|MF| 54| -5.95
Cr II | |4836.23|-2.25|MF| 22| -5.78
Cr II | |4848.23|-1.14|MF| 35| -6.54
Cr II | |4876.41|-1.46|KX| 44| -5.99
Cr II | |4884.61|-2.08|MF| 11| -6.37
Cr II | 31|4252.62|-2.02|KX| 16| -6.21
Cr II | |4261.92|-1.53|KX| 36| -6.13
Cr II | |4269.28|-2.17|KX| 16| -6.07
Cr II | |4275.58|-1.71|KX| 25| -6.23
Cr II | |4284.21|-1.86|KX| 21| -6.21
Cr II | 39|4539.62|-2.53|MF| 8| -5.95
Cr II | |4565.74|-2.11|MF| 14| -6.09
Cr II | 43|5237.33|-1.16|MF| 50| -6.00
Cr II | |5274.96|-1.29|KX| 24| -6.54
Cr II | |5280.00|-2.01|KX| 13| -6.21
Cr II | |5310.70|-2.28|MF| 9| -6.10
Cr II | |5313.56|-1.65|MF| 23| -6.23
Cr II | |5334.87|-1.56|KX| 24| -6.28
Cr II | |5337.79|-2.03|KX| 17| -6.02
Cr II | 44|4555.02|-1.38|MF| 32| -6.26
Cr II | |4558.66|-0.66|MF| 74| -5.80
Cr II | |4588.22|-0.63|MF| 58| -6.31
Cr II | |4592.05|-1.22|MF| 34| -6.36
Cr II | |4616.63|-1.29|MF| 30| -6.41
Cr II | |4618.80|-1.11|MF| 49| -6.07
Cr II | |4634.07|-1.24|MF| 39| -6.23
Cr II | 129|3911.32|-2.06|KX| 5| -6.17
Cr II | 162|4145.77|-1.16|KX| 15| -6.27
Cr II | 177|4697.60|-1.88|MF| 5| -5.93
Cr II | 183|3979.50|-0.73|KX| 12| -6.64
Cr II | 190|4901.66|-0.83|KX| 8| -6.29
Cr II | 194|4003.28|-0.60|KX| 9| -6.49
Cr II | |4038.04|-0.56|KX| 10| -6.48
Mn I | 16|4754.04|-0.09|MF| 3| -6.32
Mn II | I|4206.37|-1.57|KX| 5| -6.47
Mn II | |4326.64|-1.25|KX| 7| -6.63
Mn II | |4478.64|-0.95|KX| 5| -6.43
Mn II | 5|4730.39|-2.15|KX| 3| -6.08
Mn II | |4755.73|-1.24|KX| 8| -6.57
Mn II | |4764.73|-1.35|KX| 8| -6.43
Fe I | 4|3856.37|-1.29|MF| 22| -4.91
Fe I | |3859.91|-0.71|MF| 51| -4.68
Fe I | 4|3895.66|-1.67|MF| 18| -4.64
Fe I | |3899.71|-1.53|MF| 16| -4.85
Fe I | |3906.47|-2.24|MF| 8| -4.47
Fe I | |3920.25|-1.75|MF| 14| -4.71
Fe I | |3922.91|-1.65|MF| 11| -4.96
Fe I | |3927.92|-1.59|MF| 24| -4.52
Fe I | |3930.29|-1.59|MF| 33| -4.30
Fe I | 14|5328.04|-1.47|MF| 20| -4.36
Fe I | 20|3825.88|-0.04|MF| 50| -4.83
Fe I | |3849.97|-0.87|MF| 28| -4.61
Fe I | |3872.50|-0.93|MF| 26| -4.61
Fe I | |3878.02|-0.91|MF| 25| -4.69
Fe I | 22|3850.82|-1.73|MF| 8| -4.50
Fe I | 41|4383.54| 0.20|MF| 53| -4.70
Fe I | |4404.75|-0.14|MF| 42| -4.66
Fe I | |4415.12|-0.61|MF| 24| -4.65
Fe I | 42|4202.02|-0.71|MF| 19| -4.79
Fe I | |4250.79|-0.71|MF| 23| -4.60
Fe I | |4271.76|-0.16|MF| 41| -4.70
Fe I | |4325.75|-0.01|MF| 49| -4.53
Fe I | 43|4005.25|-0.61|MF| 21| -4.76
Fe I | |4045.82| 0.28|MF| 48| -4.92
Fe I | |4132.06|-0.65|MF| 24| -4.62
Fe I | |4143.87|-0.45|MF| 26| -4.79
Fe I | 45|3841.05|-0.05|MF| 33| -4.94
Fe I | |3902.94|-0.47|MF| 30| -4.63
Fe I | |3966.07|-1.64|MF| 4| -4.54
Fe I | 68|4442.34|-1.26|MF| 5| -4.52
Fe I | |4494.57|-1.41|MF| 6| -4.29
Fe I | |4528.61|-0.82|MF| 15| -4.41
Fe I | 73|3852.57|-1.24|MF| 7| -4.38
Fe I | 152|4187.04|-0.55|MF| 9| -4.78
Fe I | |4187.79|-0.55|MF| 25| -4.21
Fe I | |4191.44|-0.74|KX| 5| -4.84
Fe I | |4198.30|-0.72|MF| 20| -4.21
Fe I | |4210.35|-0.87|MF| 6| -4.65
Fe I | |4222.22|-0.97|MF| 7| -4.52
Fe I | |4235.94|-0.34|MF| 18| -4.62
Fe I | |4250.12|-0.40|MF| 18| -4.55
Fe I | |4260.47|-0.02|MF| 32| -4.55
Fe I | |4271.16|-0.35|MF| 19| -4.58
Fe I | |4299.24|-0.46|KX| 18| -4.52
Fe I | 175|3859.21|-0.68|MF| 9| -4.64
Fe I | |3873.76|-0.79|MF| 5| -4.84
Fe I | 276|3998.05|-0.84|MF| 8| -4.40
Fe I | 277|3983.98|-0.90|MF| 5| -4.51
Fe I | 278|3956.68|-0.58|KX| 16| -4.28
Fe I | |3997.39|-0.39|MF| 10| -4.69
Fe I | |4021.87|-0.66|MF| 10| -4.45
Fe I | |3981.77|-1.08|MF| 5| -4.35
Fe I | 318|4871.32|-0.41|MF| 10| -4.65
Fe I | |4890.75|-0.43|MF| 11| -4.55
Fe I | |4891.49|-0.14|MF| 18| -4.59
Fe I | |4920.50| 0.06|MF| 31| -4.42
Fe I | 350|4466.55|-0.59|MF| 8| -4.60
Fe I | 354|4156.80|-0.62|MF| 4| -4.91
Fe I | |4175.64|-0.67|MF| 8| -4.48
Fe I | 354|4181.75|-0.18|MF| 9| -4.92
Fe I | 355|4203.98|-1.08|KX| 3| -4.59
Fe I | 357|4109.80|-0.91|MF| 10| -4.15
Fe I | |4132.90|-0.92|MF| 5| -4.42
Fe I | |4134.68|-0.49|MF| 5| -4.86
Fe I | 383|5232.95|-0.19|MF| 31| -4.10
Fe I | 414|4309.37|-1.18|MF| 5| -4.14
Fe I | 482|4170.90|-1.10|MF| 5| -4.14
Fe I | 522|4199.10| 0.25|MF| 19| -4.82
Fe I | 523|4143.42|-0.47|KX| 14| -4.29
Fe I | 527|4017.16|-0.92|MF| 6| -4.30
Fe I | 529|3839.26|-0.25|MF| 8| -4.81
Fe I | |3843.26|-0.14|MF| 8| -4.87
Fe I | 553|5324.18|-0.24|MF| 22| -4.14
Fe I | 554|4736.77|-0.74|MF| 6| -4.34
Fe I | 560|4030.49|-0.70|MF| 7| -4.31
Fe I | 562|3948.10|-0.26|KX| 7| -4.74
Fe I | 604|3948.77|-0.34|MF| 9| -4.53
Fe I | |3956.46|-0.26|MF| 7| -4.70
Fe I | 655|3986.17|-0.85|KX| 6| -4.19
Fe I | 661|3951.16|-0.38|MF| 4| -4.80
Fe I | 664|3846.80| 0.01|MF| 13| -4.68
Fe I | 686|5569.62|-0.54|MF| 11| -4.14
Fe I | |5572.85|-0.31|MF| 11| -4.37
Fe I | |5615.65|-0.14|MF| 16| -4.35
Fe I | 693|4217.54|-0.51|MF| 5| -4.58
Fe I | |4225.45|-0.50|MF| 9| -4.26
Fe I | |4238.81|-0.28|MF| 11| -4.39
Fe I | |4247.42|-0.23|MF| 9| -4.60
Fe I | |4227.43| 0.23|KX| 28| -4.37
Fe I | 695|4153.91|-0.27|MF| 6| -4.70
Fe I | |4157.79|-0.56|KX| 7| -4.35
Fe I | 800|4219.36| 0.12|MF| 9| -4.79
Fe I | 801|4118.55| 0.28|MF| 15| -4.70
Fe I | 802|4014.53|-0.20|MF| 9| -4.48
Fe II | 3|3938.29|-3.89|MF| 34| -4.50
Fe II | |3945.21|-4.25|MF| 19| -4.53
Fe II | 22|4124.79|-4.20|MF| 5| -4.78
Fe II | 25|4648.94|-4.51|KX| 7| -4.34
Fe II | 25|4670.18|-4.10|MF| 14| -4.37
Fe II | 26|4461.43|-4.11|KX| 7| -4.70
Fe II | |4580.06|-3.65|KX| 18| -4.68
Fe II | 27|4128.74|-3.77|MF| 20| -4.50
Fe II | |4233.17|-2.00|MF|103| -3.98
Fe II | |4273.32|-3.34|MF| 31| -4.54
Fe II | |4303.17|-2.49|MF| 65| -4.44
Fe II | |4351.77|-2.10|MF| 75| -4.52
Fe II | |4385.38|-2.57|MF| 53| -4.66
Fe II | |4416.83|-2.60|MF| 58| -4.50
Fe II | 28|4122.66|-3.38|MF| 28| -4.66
Fe II | |4258.16|-3.40|MF| 29| -4.53
Fe II | |4296.57|-3.01|MF| 43| -4.55
Fe II | |4369.40|-3.67|MF| 18| -4.55
Fe II | 29|4002.08|-3.37|KX| 18| -4.87
Fe II | 32|4314.31|-3.47|KX| 22| -4.68
Fe II | |4384.33|-3.50|MF| 30| -4.43
Fe II | 32|4413.60|-3.87|MF| 11| -4.67
Fe II | 37|4472.92|-3.43|MF| 23| -4.60
Fe II | |4489.18|-2.97|MF| 45| -4.48
Fe II | |4491.40|-2.70|MF| 48| -4.62
Fe II | |4515.34|-2.48|MF| 60| -4.51
Fe II | |4520.22|-2.60|MF| 53| -4.61
Fe II | |4555.89|-2.29|MF| 62| -4.64
Fe II | |4582.84|-3.10|MF| 36| -4.57
Fe II | |4629.34|-2.37|MF| 58| -4.70
Fe II | |4666.75|-3.33|MF| 31| -4.48
Fe II | 38|4508.28|-2.21|MF| 65| -4.63
Fe II | |4522.63|-2.03|MF| 68| -4.70
Fe II | |4541.52|-3.05|MF| 42| -4.44
Fe II | |4576.33|-3.04|MF| 44| -4.42
Fe II | |4583.83|-2.02|MF| 99| -3.95
Fe II | |4620.51|-3.28|MF| 31| -4.54
Fe II | 39|4160.62|-5.05|KX| 3| -3.98
Fe II | 42|4923.93|-1.32|MF|118| -4.23
Fe II | 43|4601.34|-4.40|KX| 7| -4.26
Fe II | |4656.97|-3.63|MF| 16| -4.59
Fe II | |4731.44|-3.36|MF| 35| -4.30
Fe II | 44|4663.70|-4.26|KX| 14| -4.02
Fe II | 127|4024.55|-2.48|MF| 23| -4.63
Fe II | 152|3863.38|-2.87|KX| 7| -4.77
Fe II | |3863.95|-2.53|KX| 17| -4.66
Fe II | 153|3827.08|-2.64|MF| 36| -3.98
Fe II | 172|4048.83|-2.14|KX| 18| -4.57
Fe II | 173|3906.04|-1.83|KX| 34| -4.40
Fe II | |3935.94|-1.86|MF| 33| -4.38
Fe II | 186|4549.21|-1.87|MF| 21| -4.51
Fe II | |4625.91|-2.22|KX| 8| -4.66
Fe II | |4635.33|-1.65|MF| 35| -4.27
Fe II | 188|4111.88|-2.29|KX| 8| -4.67
Fe II | 190|3938.97|-1.85|MF| 24| -4.49
Fe II | 213|4354.34|-1.74|KX| 7| -4.41
Fe II | |4507.10|-1.87|KX| 7| -4.19
Fe II | 219|4628.79|-1.74|KX| 9| -4.12
Fe II | 220|4319.68|-1.69|KX| 6| -4.41
Fe II | 222|4449.66|-1.60|KX| 5| -4.56
Fe II | D|4638.05|-1.52|KX| 12| -4.26
Fe II | J|4263.90|-1.64|KX| 8| -4.43
Fe II | |4357.58|-2.10|KX| 9| -4.67
Fe II | |4361.25|-2.08|KX| 10| -4.64
Fe II | |4451.54|-1.82|KX| 19| -4.50
Fe II | |4455.26|-1.99|KX| 14| -4.48
Fe II | |4499.71|-1.76|KX| 5| -4.47
Fe II | |4579.52|-2.36|KX| 12| -4.19
Fe II | |4826.68|-0.44|KX| 4| -4.61
Fe II | |4908.15|-0.30|KX| 7| -4.39
Fe II | |5001.92| 0.90|KX| 42| -4.22
Fe II | |5004.20| 0.50|KX| 19| -4.56
Fe II | |5015.76|-0.05|KX| 19| -3.95
Fe II | |5018.44|-1.22|MF|120| -4.31
Fe II | |5030.63| 0.39|KX| 21| -4.36
Fe II | |5035.71| 0.61|KX| 26| -4.41
Fe II | |5070.90| 0.24|KX| 19| -4.24
Fe II | |5089.21|-0.04|KX| 13| -4.23
Fe II | J|5093.58| 0.11|KX| 18| -4.11
Fe II | |5160.84|-2.64|KX| 11| -4.28
Fe II | |5169.03|-0.87|MF|122| -4.63
Fe II | |5197.56|-2.10|MF| 69| -4.37
Fe II | |5199.12| 0.10|KX| 19| -4.08
Fe II | |5216.85| 0.81|KX| 21| -4.63
Fe II | |5234.62|-2.05|MF| 69| -4.45
Fe II | |5251.23| 0.51|KX| 21| -4.30
Fe II | |5254.93|-3.23|KX| 26| -4.48
Fe II | |5257.12| 0.03|KX| 17| -3.98
Fe II | |5260.26| 1.07|KX| 38| -4.36
Fe II | |5264.81|-3.19|MF| 43| -4.05
Fe II | |5272.40|-2.03|MF| 25| -4.13
Fe II | |5276.00|-1.94|MF| 70| -4.51
Fe II | |5291.67| 0.58|KX| 27| -4.19
Fe II | |5315.08|-0.38|KX| 9| -3.99
Fe II | |5325.56|-2.60|MF| 35| -4.84
Fe II | |5339.59| 0.54|KX| 18| -4.48
Fe II | |5387.06| 0.52|KX| 20| -4.31
Fe II | |5395.86| 0.36|KX| 19| -4.15
Fe II | |5402.06| 0.50|KX| 21| -4.25
Fe II | |5425.25|-3.36|MF| 29| -4.26
Fe II | |5427.82|-1.66|KX| 18| -4.29
Fe II | |5429.99| 0.46|KX| 25| -4.03
Fe II | |5506.20| 0.95|MF| 21| -4.68
Fe II | |5529.06|-0.25|KX| 9| -4.06
Fe II | |5534.85|-2.93|MF| 49| -4.11
Fe II | |5544.76| 0.12|KX| 15| -4.11
Fe II | |5567.84|-1.89|KX| 15| -4.15
Fe II | |7449.33|-3.31|KX| 14| -4.25
Fe II | |7462.39|-2.73|KX| 25| -4.47
Ni I | 32|3858.30|-0.97|MF| 11| -5.82
Ni II | 9|4362.10|-2.72|KX| 17| -5.43
Ni II | 10|4192.07|-3.05|KX| 7| -5.60
Ni II | 11|3849.58|-1.88|KX| 39| -5.62
Ni II | 12|4015.50|-2.42|KX| 21| -5.61
Sr II | 1|4215.52|-0.17|WM| 41| -9.05
Zr II | 16|3958.24|-0.31|KX| 5| -9.47
Zr II | 30|3991.16|-0.25|KX| 5| -9.39
Zr II | 41|4149.22|-0.03|BG| 7| -9.48
Ba II | 1|4554.03| 0.14|KF| 22| -9.36
Ba II | |4934.08|-0.16|WM| 16| -9.32
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