Element Abundance in the Solar System

E. Anders and M. Ebihara, 1982 Table 1. Atoms/1e6 Si . . . . Orgueil is an intensively studied meteorite that fell on France in 1864.

est ppb is my mass estimate based on Anders/Ebihara atomic abundance: multiply Atoms/1e6 Si by atomic weight, then scale to Orguiel iron.

Rare Earths Highlighted for the asteroid-elements obsessed. Siderophilic rare earths follow iron to the Earth's core.

Element	Cameron 1982	Anders Ebihara	Orgueil	At Wt	est. ppb	Element	Cameron 1982	Anders Ebihara	Orgueil	At Wt	est. ppb
1 H	2.66e10	2.72e10	2.02 %	1.008	1.010e11	46 Pd	1.3	1.39	557 ppb	106.42	545
2 He	1.8e9	2.18e9	56 nl/g	4.0026	3.214e10	47 Ag	0.46	0.529	220 ppb	107.87	210
3 Li	60	59.7	1.59 ppm	6.94	1526	48 Cd	1.55	1.69	673 ppb	112.41	700
4 Be	1.2	0.78	26.7 ppb	9.0122	26	49 In	0.19	0.184	77.8 ppb	114.82	78
5 B	9	24	1.25 ppm	10.81	925	50 Sn	3.7	3.82	1680 ppb	118.71	1670
6 C	1.11e7	1.21e7	3.45 %	12.001	534790000	51 Sb	0.31	0.352	155 ppb	121.76	158
7 N	2.31e6	2.48e6	3180 ppm	14.007	127900000	52 Te	6.5	4.91	2280 ppb	127.60	2307
8 O	1.84e7	2.01e7	46.4 %	15.999	1.184e9	53 I	1.27	0.90	430 ppb	126.90	421
9 F	780	843	58.2 ppm	18.998	59000	54 Xe	5.84	4.35	8.6 pl/g	131.29	2103
10 Ne	2.6e6	3.76e6	203 pl/g	20.180	279440000	55 Cs	0.39	0.372	186 ppb	132.91	182
11 Na	6.0e4	5.70e4	4820 ppm	22.990	4826000	56 Ba	4.8	4.36	2270 ppb	137.33	2205
12 Mg	1.06e6	1.075e6	9.55 %	24.305	96220000	57 La	0.37	0.448	236 ppb	138.91	229
13 Al	8.5e4	8.49e4	8620 ppm	26.982	8436000	58 Ce	1.2	1.16	619 ppb	140.12	599
14 Si	1.00e6	1.00e6	10.67%	28.085	103430000	59 Pr	0.18	0.174	90 ppb	140.91	90
15 P	6500	1.04e4	1180 ppm	30.974	1186000	60 Nd	0.79	0.836	462 ppb	144.24	444
16 S	5.0e5	5.15e5	5.25 %	32.06	60810000	61 Pm	Promethium, no stable isotopes
17 Cl	4740	5240	698 ppm	35.45	684000	62 Sm	0.24	0.261	142 ppb	150.36	145
18 Ar	1.06e5	1.04e5	751 ppm	39.948	15300000	63 Eu	0.094	0.0972	54.3 ppb	151.96	54
19 K	3500	3770	569 ppm	39.098	543000	64 Gd	0.42	0.331	196 ppb	157.25	192
20 Ca	6.25e4	6.11e4	9020 ppm	40.078	9020000	65 Tb	0.076	0.0589	35.3 ppb	158.93	34
21 Sc	31	33.8	5.76 ppm	44.956	5600	66 Dy	0.37	0.398	242 ppb	162.50	238
22 Ti	2400	2400	436 ppm	47.867	423000	67 Ho	0.0875	0.092	54 ppb	164.93	56
23 V	254	295	56.7 ppm	50.942	55300	68 Er	0.23	0.253	160 ppb	167.26	156
24 Cr	1.27e4	1.34e4	2650 ppm	51.996	2566000	69 Tm	0.035	0.0386	22 ppb	168.93	24
25 Mn	9300	9510	1960 ppm	54.938	1924000	70 Yb	0.20	0.243	166 ppb	173.05	155
26 Fe	9.0e5	9.0e5	18.51 %	55.845	185100000	71 Lu	0.035	0.0369	24.3 ppb	174.97	24
27 Co	2200	2250	509 ppm	58.933	488000	72 Hf	0.17	0.176	119 ppb	178.49	116
28 Ni	4.78e4	4.93e4	1.10 %	58.693	10660000	73 Ta	0.020	0.0226	17 ppb	180.95	15
29 Cu	540	514	112 ppm	63.546	120000	74 W	0.30	0.137	89 ppb	183.84	93
30 Zn	1260	1260	308 ppm	65.38	303000	75 Re	0.051	0.0507	36.9 ppb	186.21	35
31 Ga	38	37.8	10.1 ppm	69.723	9700	76 Os	0.69	0.717	699 ppb	190.23	502
32 Ge	117	118	32.2 ppm	72.630	31600	77 Ir	0.72	0.660	473 ppb	192.22	467
33 As	6.2	6.79	1.91 ppm	74.922	1870	78 Pt	1.41	1.37	953 ppb	195.08	984
34 Se	67	62.1	18.2 ppm	78.971	18100	79 Au	0.21	0.186	145 ppb	196.97	135
35 Br	9.2	11.8	3.56 ppm	79.904	3470	80 Hg	0.21	0.52	390 ppb	200.59	384
36 Kr	41.3	45.3	8.7 pl/g	83.798	14000	81 Tl	0.184	0.19	143 ppb	204.38	143
37 Rb	6.1	7.09	2.30 ppm	85.468	2230	82 Pb	2.6	3.15	2430 ppb	207.2	2404
38 Sr	22.9	23.8	7.91 ppm	87.62	7680	83 Bi	0.14	0.144	111 ppb	208.98	111
39 Y	4.8	4.64	1.50 ppm	88.906	1520	84-89 Po At Rd Fr Pa Ac	Polonium, Astatine, Radon Francium, Radium, Actinium no stable isotopes
40 Zr	12	10.7	3.69 ppm	91.224	3600
41 Nb	0.9	0.71	250 ppb	92.906	240
42 Mo	4.0	2.52	920 ppb	95.95	890	90 Th	0.045	0.0335	28.6 ppb	232.04	29
43 Tc	Technetium, no stable isotopes					91 Pa	Protactinium, no stable isotopes
44 Ru	1.9	1.86	714 ppb	101.07	692	92 U	0.027	0.0090	8.1 ppb	238.03	8
45 Rh	0.40	0.344	134 ppb	102.905	130

ElementAbundance

Element Abundance in the Solar System