# Relative abundances normalized to Oxygen at 1000. Astronomy and Astrophysics (ISSN 0004-6361), vol. 233, no. 1, July 1990, p. 96-111.
#E      4             5             6               7              8               9            10            11           12            13           14            15          16           17          18           19           20           21          22           23          24           25           26            27            28
 0.62   85.8   3.8    354.4  7.3    1104.0  12.7    313.0  6.8     1000.0  12.0    27.1  2.0    151.9  3.5    -     -      -      -      -     -      -      -      -    -      -     -      -    -      -     -      -     -      -     -      -    -      -     -      -    -      -     -      -     -      -      -      -     -       -    -
 0.80   105.5  3.4    362.3  5.9    1108.7  10.2    314.7  5.4     1000.0  9.6     24.0  1.5    162.0  2.9    34.7  1.3    208.7  3.3    35.7  1.4    152.6  2.9    7.2  0.6    30.9  1.3    6.4  0.6    13.1  0.9    9.8   0.8    22.0  1.1    4.7  0.5    14.3  0.9    6.4  0.6    13.6  0.9    6.9   0.6    86.7   2.4    0.35  0.10    3.5  0.5
 1.00   108.4  3.2    365.4  5.7    1089.6  9.6     319.4  5.2     1000.0  9.2     22.0  1.4    167.6  2.8    35.6  1.3    206.7  3.1    34.6  1.3    158.4  2.8    7.7  0.6    34.6  1.3    7.5  0.6    14.8  0.9    11.3  0.8    23.4  1.1    5.4  0.5    16.4  1.0    7.0  0.6    15.7  0.9    8.4   0.7    95.1   2.4    0.57  0.17    4.1  0.5
 1.25   126.1  2.9    364.9  4.7    1092.1  8.0     300.8  4.2     1000.0  7.6     21.5  1.0    157.6  2.2    34.7  1.1    206.5  2.6    36.4  1.1    155.4  2.3    7.1  0.5    30.9  1.0    7.2  0.5    14.0  0.7    9.4   0.6    23.4  0.9    5.4  0.4    15.0  0.8    7.0  0.5    16.3  0.8    10.1  0.6    101.3  2.0    0.58  0.11    4.9  0.4
 1.60   118.6  2.1    356.3  3.6    1115.4  6.2     302.9  3.2     1000.0  5.8     20.9  0.9    157.3  1.7    34.2  0.8    203.4  2.0    34.1  0.8    154.6  1.7    6.9  0.4    31.0  0.8    7.4  0.4    13.2  0.5    9.8   0.5    22.3  0.7    5.0  0.3    14.6  0.6    7.7  0.4    14.0  0.6    9.0   0.4    101.2  1.5    0.48  0.06    4.7  0.3
 2.10   120.3  2.1    321.0  3.3    1073.3  5.8     291.6  3.0     1000.0  5.6     19.8  0.8    152.2  1.6    33.0  0.8    298.4  1.9    35.1  0.8    151.7  1.6    6.8  0.4    29.5  0.7    6.9  0.4    13.1  0.5    8.8   0.4    19.8  0.6    3.8  0.3    13.8  0.5    7.2  0.4    13.6  0.5    9.9   0.5    97.0   1.5    0.66  0.10    4.7  0.3
 2.65   120.2  2.1    307.5  3.2    1076.4  5.9     283.6  3.0     1000.0  5.6     20.7  0.8    158.4  1.6    32.7  0.8    202.4  1.9    35.8  0.8    156.0  1.7    6.9  0.4    31.8  0.8    6.5  0.4    13.5  0.5    8.9   0.4    22.3  0.7    4.0  0.3    13.6  0.5    6.9  0.4    15.4  0.6    9.5   0.4    105.7  1.5    0.57  0.10    5.6  0.3
 3.35   121.2  2.1    294.8  3.0    1084.7  5.7     273.5  2.0     1000.0  5.4     19.0  0.8    154.1  1.5    28.5  0.7    194.9  1.7    33.8  0.8    158.5  1.6    6.5  0.3    31.6  0.7    6.4  0.3    11.3  0.4    7.6   0.4    19.6  0.6    4.1  0.3    13.0  0.5    5.8  0.3    12.4  0.5    9.7   0.4    105.1  1.4    0.37  0.01    5.9  0.3
 4.30   111.4  2.0    264.1  2.8    1039.8  5.4     269.4  2.8     1000.0  5.3     19.2  0.7    155.8  1.5    30.8  0.7    202.9  1.8    33.8  0.7    160.3  1.6    5.9  0.3    30.1  0.7    6.1  0.3    11.0  0.4    8.2   0.4    19.4  0.6    3.7  0.3    11.9  0.5    6.7  0.3    13.9  0.5    8.7   0.4    108.9  1.4    0.60  0.10    6.1  0.3
 5.60   107.2  2.0    251.7  2.8    1049.0  5.4     252.3  2.7     1000.0  5.3     18.1  0.7    154.0  1.5    29.9  0.6    204.8  1.7    33.2  0.7    162.9  1.5    6.2  0.3    31.3  0.7    5.8  0.3    10.9  0.4    8.4   0.4    19.2  0.6    3.4  0.2    12.0  0.4    5.6  0.3    12.8  0.5    9.3   0.4    112.6  1.4    0.75  0.10    5.7  0.3
 7.50   103.9  1.8    225.4  2.6    1037.4  5.4     234.8  2.6     1000.0  5.3     15.4  0.7    154.5  1.5    27.8  0.6    192.0  1.6    31.2  0.7    161.2  1.5    6.1  0.3    31.0  0.7    5.6  0.3    10.0  0.4    7.5   0.3    18.4  0.5    3.3  0.2    10.3  0.4    5.6  0.3    12.1  0.5    9.0   0.4    107.2  1.4    0.58  0.09    5.6  0.3
10.60   87.3   1.8    192.5  2.5    986.3   5.6     218.7  2.6     1000.0  5.6     15.5  0.7    152.2  1.5    26.1  0.6    197.3  1.8    31.3  0.7    163.4  1.6    5.2  0.3    29.9  0.7    5.2  0.3    9.3   0.4    6.1   0.3    18.1  0.6    3.1  0.2    10.0  0.4    5.2  0.3    10.7  0.4    8.8   0.4    110.0  1.5    0.38  0.06    7.0  0.4
16.20   73.2   2.1    162.0  3.0    957.8   7.1     201.5  3.2     1000.0  7.0     13.5  0.8    153.9  1.9    23.1  0.7    199.6  2.2    30.8  0.9    175.3  2.1    5.3  0.4    31.2  0.9    5.0  0.4    9.7   0.5    6.6   0.4    18.2  0.7    2.8  0.3    10.0  0.5    5.3  0.4    11.8  0.6    9.0   0.5    125.6  1.9    0.61  0.12    6.9  0.4
35.00   -      -      116.0  2.2    958.5   7.4     173.9  3.1     1000.0  7.8     10.1  0.8    144.2  2.1    19.3  0.8    190.5  2.5    30.0  1.0    175.7  2.4    4.7  0.4    31.7  1.0    3.9  0.3    9.0   0.5    5.4   0.3    18.7  0.8    2.9  0.3    8.5   0.5    4.3  0.4    11.0  0.6    9.3   0.6    135.5  2.3    0.52  0.11    6.7  0.5
