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E. Anders and M. Ebihara Table 1. Atoms/1e6 Si [[ http://adsabs.harvard.edu/abs/1982GeCoA..46.2363A | E. Anders and M. Ebihara, 1982 ]] Table 1. Atoms/1e6 Si
. . . . [[ https://en.wikipedia.org/wiki/Orgueil_(meteorite) | Orgueil ]] is an intensively studied meteorite that fell on France in 1864.
Line 5: Line 6:
|| Element || Cameron || Anders || σ(%) || Orgueil ||
|| || (1982) || Ebihara || || ||
|| 1 H || 2.66e10 || 2.72e10 || 5 || 2.02 % ||
|| 2 He || 1.8e9 || 2.18e9 || 12 || 56 nl/g ||
|| 3 Li || 60 || 59.7 || 2.7 || 1.59 ppm ||
|| 4 Be || 1.2 || 0.78 || 7.5 || 26.7 ppb ||
|| 5 B || 9 || 24 || 30 || 1.25 ppm ||
|| 6 C || 1.11e7 || 1.21e7 || 30 || 3.45 % ||
|| 7 N || 2.31e6 || 2.48e6 || 40 || 3180 ppm ||
|| 8 O || 1.84e7 || 2.01e7 || 20 || 46.4 % ||
|| 9 F || 780 || 843 || 15 || 58.2 ppm ||
|| 10 Ne || 2.6e6 || 3.76e6 || 30 || 203 pl/g ||
|| 11 Na || 6.0e4 || 5.70e4 || 7.3 || 4820 ppm ||
|| 12 Mg || 1.06e6 || 1.075e6 || 3.6 || 9.55 % ||
|| 13 Al || 8.5e4 || 8.49e4 || 4.9 || 8620 ppm ||
|| 14 Si || 1.00e6 || 1.00e6 || 4.2 || 10.67% ||
|| 15 P || 6500 || 1.04e4 || 10 || 1180 ppm ||
|| 16 S || 5.0e5 || 5.15e5 || 13 || 5.25 % ||
|| 17 Cl || 4740 || 5240 || 15 || 698 ppm ||
|| 18 Ar || 1.06e5 || 1.04e5 || 20 || 751 ppm ||
|| 19 K || 3500 || 3770 || 7.9 || 569 ppm ||
|| 20 Ca || 6.25e4 || 6.11e4 || 7.1 || 9020 ppm ||
|| 21 Sc || 31 || 33.8 || 9.0 || 5.76 ppm ||
|| 22 Ti || 2400 || 2400 || 5.0 || 436 ppm ||
|| 23 V || 254 || 295 || 4.8 || 56.7 ppm ||
|| 24 Cr || 1.27e4 || 1.34e4 || 8.0 || 2650 ppm ||
|| 25 Mn || 9300 || 9510 || 9.7 || 1960 ppm ||
|| 26 Fe || 9.0e5 || 9.0e5 || 2.7 || 18.51 % ||
|| 27 Co || 2200 || 2250 || 6.9 || 509 ppm ||
|| 28 Ni || 4.78e4 || 4.93e4 || 5.7 || 1.10 % ||
|| 29 Cu || 540 || 514 || 12 || 112 ppm ||
|| 30 Zn || 1260 || 1260 || 4.2 || 308 ppm ||
|| 31 Ga || 38 || 37.8 || 6.9 || 10.1 ppm ||
|| 32 Ge || 117 || 118 || 9.4 || 32.2 ppm ||
|| 33 As || 6.2 || 6.79 || 11 || 1.91 ppm ||
|| 34 Se || 67 || 62.1 || 6.4 || 18.2 ppm ||
|| 35 Br || 9.2 || 11.8 || 19 || 3.56 ppm ||
|| 36 Kr || 41.3 || 45.3 || 11 || 8.7 pl/g ||
|| 37 Rb || 6.1 || 7.09 || 7.0 || 2.30 ppm ||
|| 38 Sr
22.9
23.8
 8.3 ||
15
7.91 ppm
|| 39 Y
4.8
4.64
1.50 ppm
|| 40 zr
12
10.7
:
3.69 ppm
|| 41 Nb
0.9
;:
0.71
250 ppb
|| 42 Mo
4.0
2.52
5.4
2
920 ppi'
|| 44 Ru
1.9
5.4
1.86
9
714 ppb
|| 45 Rh
0.40
0.344
R
7)
;;; ppb
|| 46 Pd
1.3
7.7
1.39
18
i'&
|| 47 Ag
0.46
0.529
9.5
11
|| 48 Cd
1.55
1.69
6.5
::i 2:
|| 49 In
0.19
0.184
6.4
;:
77.8 ppb
|| 50 Sn
3.7
3.82
9.4
11
1680 ppb
|| 51 Sb
0.31
0.352
18
155 pp*
|| 52 Te
6.5
4.91
12
:",
2280 ppb
1.27
|| 53
0.90
21
'11)
430 opb
|| 54 Xe
5.84
4.35
13
8.6 PUS
|| 55 Cs
0.39
6
180
186 ppb
0.372
7
|| 56 Ba
4.8
4.36
2270 ppb
4.5
|| 57 La
0.37
0.448
5.1
10
236 ppb
|| 58 ce
1.2
1.16
619 ppb
|| 59 Pr
0.18
0.174
90 PPb
|| 60 Nd
0.79
462 ppll
0.836
|| 62 Sm
0.24
0.261
142 ppb
|| 63 Eu
0.094
0.0972
54.3 p&a
|| 64 Gd
0.42
0.331
196 ppb
|| 65 Tb
0.076
0.0589
35.3 ppb
|| 66 Dy
0.37
0.398
242 ppb
|| 67 HO
0.0875
0.092
54 PPb
|| 68 Er
0.23
0.253
160 ppb
|| 69 Tm
0.035
0.0386
22 PPb
70 Yb
0.20
0.243
166 ppb
|| 71 Lu
0.035
0.0369
24.3 ppb
|| 72 Hf
0.17
6.6
119 ppb
0.176
0.0226
10
:
|| 73 Ta
0.020
17 PPb
|| 74 w
0.30
0.137
7.3
1
89 p&a*
12
|| 75 Re
0.051
0.0507
36.9 pp*
|| 76 OS
0.717
9.8
::
699 ppb
0.69
|| 77 Ir
0.72
0.660
6.3
35
473 pp*
1.37
|| 78 Pt
1.41
10
9
953 ppb
|| 79 Au
0.21
0.186
145 ppLl
15
39
0.52
50
0.21
0
390 ppb
:P !9
0.184
0.19
9.4
18
143 PP6
|| 82 Pb
2.6
3.15
7.8
2430 ppb
0.144
|| 83 Bi
0.14
8.2
1:
111 ppb
0.045
0.0335
5.7
9
28.6 pph
|| 90 Th
0.027
0.0090
8.4
8.1 pph		 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<<BR>>1982||Anders<<BR>>Ebihara||Orgueil||At Wt||est.<<BR>>ppb ||<|46>||Element||Cameron<<BR>>1982||Anders<<BR>>Ebihara||Orgueil||At Wt||est.<<BR>>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 ||<-5> ''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 ||<|3>84-89<<BR>>Po At Rd<<BR>>Fr Pa Ac||<-5|3>''Polonium, Astatine, Radon<<BR>>Francium, Radium, Actinium''<<BR>>''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 ||<-5> ''Technetium, no stable isotopes'' || 91 Pa ||<-5>''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''' ||

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 (last edited 2018-12-25 23:25:42 by KeithLofstrom)