Table 1. Open in new tab Metals relative... | Oxford Academic

Table 1.

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Metals relative abundances |$\tilde{z}_i^{\rm p}$| used for the accreted matter^a.

\|$\tilde{z}_i^{\rm p}\equiv X_i^{\rm p}/Z^{\rm p}$\|
Elem.	AS09	JK10	Elem.	AS09	JK10
C	0.176 99	0.0	Cl	0.000 61	0.0
N	0.051 85	0.0	Ar	0.005 49	0.0
O	0.429 02	0.310 96	K	0.000 22	0.0
Ne	0.094 03	0.0	Ca	0.004 80	0.008 63
Na	0.002 19	0.0	Ti	0.000 23	0.000 50
Mg	0.052 97	0.130 40	Cr	0.001 24	0.003 61
Al	0.004 16	0.008 63	Mn	0.000 81	0.0
Si	0.049 76	0.189 58	Fe	0.096 69	0.329 02
P	0.000 43	0.0	Ni	0.005 33	0.018 67
S	0.023 14	0.0

\|$\tilde{z}_i^{\rm p}\equiv X_i^{\rm p}/Z^{\rm p}$\|
Elem.	AS09	JK10	Elem.	AS09	JK10
C	0.176 99	0.0	Cl	0.000 61	0.0
N	0.051 85	0.0	Ar	0.005 49	0.0
O	0.429 02	0.310 96	K	0.000 22	0.0
Ne	0.094 03	0.0	Ca	0.004 80	0.008 63
Na	0.002 19	0.0	Ti	0.000 23	0.000 50
Mg	0.052 97	0.130 40	Cr	0.001 24	0.003 61
Al	0.004 16	0.008 63	Mn	0.000 81	0.0
Si	0.049 76	0.189 58	Fe	0.096 69	0.329 02
P	0.000 43	0.0	Ni	0.005 33	0.018 67
S	0.023 14	0.0

Note.^aThe |$\tilde{z}_i^{\rm p}$| mass abundances have been re-normalized to sum to unity.

Table 1.

Open in new tab

Metals relative abundances |$\tilde{z}_i^{\rm p}$| used for the accreted matter^a.

\|$\tilde{z}_i^{\rm p}\equiv X_i^{\rm p}/Z^{\rm p}$\|
Elem.	AS09	JK10	Elem.	AS09	JK10
C	0.176 99	0.0	Cl	0.000 61	0.0
N	0.051 85	0.0	Ar	0.005 49	0.0
O	0.429 02	0.310 96	K	0.000 22	0.0
Ne	0.094 03	0.0	Ca	0.004 80	0.008 63
Na	0.002 19	0.0	Ti	0.000 23	0.000 50
Mg	0.052 97	0.130 40	Cr	0.001 24	0.003 61
Al	0.004 16	0.008 63	Mn	0.000 81	0.0
Si	0.049 76	0.189 58	Fe	0.096 69	0.329 02
P	0.000 43	0.0	Ni	0.005 33	0.018 67
S	0.023 14	0.0

\|$\tilde{z}_i^{\rm p}\equiv X_i^{\rm p}/Z^{\rm p}$\|
Elem.	AS09	JK10	Elem.	AS09	JK10
C	0.176 99	0.0	Cl	0.000 61	0.0
N	0.051 85	0.0	Ar	0.005 49	0.0
O	0.429 02	0.310 96	K	0.000 22	0.0
Ne	0.094 03	0.0	Ca	0.004 80	0.008 63
Na	0.002 19	0.0	Ti	0.000 23	0.000 50
Mg	0.052 97	0.130 40	Cr	0.001 24	0.003 61
Al	0.004 16	0.008 63	Mn	0.000 81	0.0
Si	0.049 76	0.189 58	Fe	0.096 69	0.329 02
P	0.000 43	0.0	Ni	0.005 33	0.018 67
S	0.023 14	0.0

Note.^aThe |$\tilde{z}_i^{\rm p}$| mass abundances have been re-normalized to sum to unity.