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Table 6.

Electron density, temperature, and chemical abundances estimated for our sample.

ID ne[cm−3] te[104 K] log(O/H)PyNeb+12 (a) log(O/H)SLC+12 (b) log(O/H)SLC − UV+12 (c) log(O/H)HC M−UV+12 (d) log(C/O)
(1) (2) (3) (4)
C3-VANDELS sample

UDS020394 ... 1.85±0.2 7.74±0.1 ... ... 7.74±0.1 −0.49±0.19
CDFS020954 1048±324 1.83±0.15 7.78±0.13 8.08±0.12 7.61±0.06 7.78±0.13 −0.69±0.17
CDFS023527 ... 1.93±0.16 ... ... 7.65±0.04 7.39±0.09 −0.66±0.12
UDS021601 ... < 1.81 ... ... ... 7.85±0.32 −0.44±0.35
CDFS022563 272±38 1.82±0.18 7.85±0.14 8.11±0.12 7.64±0.05 7.85±0.14 −0.51±0.2
UDS022487 570±155 1.89±0.2 7.96±0.17 8.14±0.12 ... 7.96±0.17 −0.9±0.15
CDFS015347 ... 2.47±0.27 7.78±0.18 ... 7.46±0.11 7.78±0.18 −0.92±0.14
CDFS019276 259±107 < 1.59 ... 8.18±0.12 ... 7.84±0.29 −0.31±0.2
UDS020928 179±73 1.29±0.2 8.31±0.12 8.12±0.12 7.67±0.07 8.31±0.12 −0.34±0.15
CDFS019946 ... < 2.81 ... ... ... 7.76±0.08 −0.48±0.23
UDS020437 239±83 1.79±0.2 7.9±0.18 8.19±0.12 ... 7.9±0.18 −0.73±0.23
CDFS018182 ... 1.38±0.15 ... ... 7.59±0.05 8.23±0.23 −0.4±0.22
CDFS018882 830±294 1.88±0.23 7.89±0.16 8.13±0.12 ... 7.89±0.16 −0.64±0.18
CDFS025828 328±123 < 3.02 ... 8.28±0.12 ... 7.94±0.3 −0.73±0.21
CDFS022799 ... < 1.22 ... ... ... 8.4±0.18 −0.67±0.14
UDS021398 ... < 2.03 ... ... ... 7.78±0.2 −0.57±0.29
UDS015872 ... < 1.54 ... ... ... 7.92±0.32 −0.33±0.22

C3-VUDS sample

5100998761 ... 2.15±0.12 7.75±0.09 ... 7.64±0.03 7.75±0.09 −0.49±0.09
5101444192 ... 1.64±0.06 7.99±0.08 ... 7.64±0.04 7.99±0.08 −0.56±0.11
510994594 ... < 1.22 ... ... ... 8.36±0.16 0.02±0.18
5101421970 1201±1339 1.98±0.21 7.64±0.08 7.95±0.13 7.6±0.03 7.64±0.08 −0.27±0.08
510838687 ... 2.14±0.24 ... ... ... 7.59±0.14 −0.69±0.16
5100556178 ... < 1.38 ... ... ... 8.11±0.27 −0.24±0.14
511229433 468±352 1.46±0.08 7.99±0.09 8.05±0.12 7.59±0.04 7.99±0.09 −0.58±0.09
511245444 ... 1.42±0.12 ... ... 7.7±0.06 8.07±0.21 −0.35±0.1
530048433 47±25 1.41±0.2 8.05±0.17 8.11±0.12 7.71±0.06 8.05±0.17 −0.21±0.22
510583858 ... 1.61±0.14 7.88±0.1 ... 7.45±0.06 7.88±0.1 −0.53±0.16
511451385 ... 2.44±0.32 ... ... ... 7.73±0.62 −0.6±0.17
511025693 510±217 1.52±0.13 7.94±0.09 8.03±0.12 7.56±0.06 7.94±0.09 −0.65±0.17
5100997733 ... < 1.94 ... ... ... 7.83±0.19 −0.52±0.32
511228062 1261±281 < 1.29 ... 8.18±0.12 ... 8.24±0.16 −0.29±0.17
5101001604 ... < 2.83 ... ... ... 7.7±0.14 −0.62±0.28
510996058 1061±398 < 2.14 ... 8.28±0.12 ... 7.51±0.21 −0.41±0.29
511001501 195±62 < 1.39 ... 8.23±0.12 ... 8.1±0.39 −0.43±0.35
530053714 ... 1.39±0.15 7.85±0.14 ... 7.45±0.12 7.85±0.14 −0.68±0.2

Notes.

(a)

Metallicity from the PyNeb method.

(b)

Metallicity from the strong-line calibration method with the O32 parameter (Pérez-Montero et al. 2021).

(c)

Metallicity from the corrected UV strong-line calibration method with the He2-O3C3 parameter (Mingozzi et al. 2022).

(d)

Metallicity from HCM-UV corrected according to a factor 0.3 dex when log(O/H)PyNeb is not available.

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