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Table 1.

Line list adopted for the synthesis of the Be II313.107 nm region.

Species λAir/nm Elow/eV log gf A(X) Species λAir/nm Elow/eV log gf A(X)
(a)Ti II 313.079869 0.0117 −1.190 4.97 Mn I 313.103629 3.7723 −1.667 5.42
Ce II 313.080457 0.8085 −1.830 1.58 CN 313.104785 0.9476 −6.251 8.47/7.89
Ar I 313.080815 11.5484 −2.910 6.38 Ar I 313.105415 11.5484 −3.780 6.38
CN 313.081074 0.9612 −2.987 8.47/7.89 CN 313.105501 1.2900 −6.588 8.47/7.89
Gd II 313.081315 1.1566 −0.083 1.08 Fe II 313.105884 9.7002 −3.717 7.46
OH 313.081359 1.9392 −3.782 8.70/12.00 Mn II 313.105933 6.6711 −2.692 5.42
Co II 313.081830 9.2397 −6.551 4.94 V II 313.106325 4.2438 −4.386 3.90
CN 313.081830 0.3326 −4.245 8.47/7.89 (c)Be II 313.106516 0.0000 −0.479 1.21
Cu I 313.083154 6.1920 −6.851 4.18 CN 313.106737 1.2900 −6.195 8.47/7.89
CN 313.083154 0.9612 −6.261 8.47/7.89 Th II 313.107016 0.0000 −1.559 0.03
CN 313.083889 0.3326 −4.272 8.47/7.89 Fe II 313.109032 11.2065 −5.030 7.46
V I 313.084164 1.9553 −3.762 3.90 (d)Cr II 313.110022 8.5981 −2.636 5.62
Cr II 313.084350 10.7484 −6.564 5.62 (e)Fe II 313.110425 9.6878 −1.036 7.46
Ce II 313.085183 0.0000 −3.010 1.58 Fe I 313.111013 3.0469 −5.610 7.46
Cu I 313.086997 6.1227 −2.728 4.18 Zr I 313.111016 0.5203 −0.400 2.59
Fe II 313.087056 8.9593 −5.404 7.46 CO 313.111229 5.2067 −6.164 8.47/7.89
Ce II 313.087086 1.0897 −2.250 1.58 Os I 313.111616 1.8409 +0.050 1.35
Ce II 313.087586 1.1069 −0.320 1.58 CN 313.112102 0.7697 −3.352 8.47/7.89
Cr II 313.088723 9.5803 −2.745 5.62 V II 313.112307 6.5807 −5.242 3.90
Cu I 313.090076 6.1227 −3.697 4.18 Ti I 313.114298 0.8360 −6.733 4.97
Fe II 313.090478 7.4867 −2.429 7.46 CN 313.114475 0.7698 −6.763 8.47/7.89
CN 313.092136 0.2947 −4.364 8.47/7.89 CN 313.114544 1.0137 −6.561 8.47/7.89
Ce II 313.092185 0.4954 −0.760 1.58 CN 313.115515 0.5037 −5.142 8.47/7.89
OH 313.093341 0.6832 −3.359 8.70/12.00 CN 313.115613 0.5037 −4.841 8.47/7.89
CN 313.093518 0.2947 −4.397 8.47/7.89 Mo I 313.119416 2.4992 −1.356 1.88
CN 313.095195 0.0013 −5.882 8.47/7.89 CN 313.119634 0.3414 −4.219 8.47/7.89
CN 313.095744 0.0013 −6.039 8.47/7.89 Cr I 313.119918 3.0106 −6.270 5.62
CN 313.095950 1.2986 −6.176 8.47/7.89 Ni II 313.120545 12.7385 −3.114 6.20
Cr II 313.096950 6.8027 −4.643 5.62 (f)Cr I 313.120692 3.1128 −0.401 5.62
CN 313.097264 0.0127 −5.531 8.47/7.89 CN 313.120947 2.3116 −5.598 8.47/7.89
CN 313.097411 0.0127 −5.594 8.47/7.89 CN 313.121781 0.3414 −4.245 8.47/7.89
OH 313.099275 1.5694 −4.030 8.70/12.00 CN 313.121860 0.9345 −3.005 8.47/7.89
N II 313.099516 20.4091 −3.140 7.83 CN 313.122409 2.3116 −2.454 8.47/7.89
CN 313.099608 0.9476 −2.987 8.47/7.89 CN 313.123665 1.2742 −6.964 8.47/7.89
Mn II 313.101520 6.1113 −1.230 5.42 Fe I 313.124311 2.1759 −3.792 7.46
(b)Ti II 313.102096 0.0100 −3.875 4.97 CN 313.125077 0.9345 −3.023 8.47/7.89
CN 313.102461 0.9978 −6.746 8.47/7.89 CN 313.125145 2.3116 −2.475 8.47/7.89
CN 313.102775 0.9476 −3.005 8.47/7.89 Tm II 313.125515 0.0000 +0.240 0.11

Notes. Lines from the VALD database, with modifications noted below. Adopted elemental abundances from Asplund et al. (2021) for atomic and ionic species, and Amarsi et al. (2021) for the different elements in molecular species of C, N, and O.

(a)

ABO parameters calculated in this work {σ, α}={217 a02, 0.213}.

(b)

Hypothetical blend with fitted wavelength and oscillator strength.

(c)

Beryllium line with fitted abundance, and VALD ABO parameters {σ, α}={123 a02, 0.212}.

(d)

VALD ABO parameters {σ, α}={519 a02, 0.213}.

(e)

VALD ABO parameters {σ, α}={407 a02, 0.284}.

(f)

Wavelength from Chmielewski et al. (1975), and ABO parameters calculated in this work {σ, α}={415 a02, 0.262}.

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