Page 110 - Inorganic Mass Spectrometry : Fundamentals and Applications

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Ti3 Elemental Ion Isotope Abundances
U Element (abundance, %) U Element (abundance, %)
1 H (99.985) 41 K (6.73)
2 H (0.015) 42 Ca (0.647)
3 43 Ca (0.135)
4 He (100) 44 Ca (2.086)
5 45 sc (100)
6 Li (7.5) 46 Ti (8.01), Ca (0.004)
7 Li (92.5) 47 Ti (7.33)
8 48 Ti (73.81), Ca (0.187)
9 Be (100) 49 Ti (5.5)
10 B (19.9) 50 Ti (5.4), Cr (4.34), V (0.25)
11 B (80.1) 51 v (99.75)
12 C (98.9) 52 Cr (83.79)
13 C (1.1) 53 Cr (9.50)
14 N (99.6) 54 Cr (2.36), Fe (5.9)
15 N (0.4) 55 Mn (100)
16 0 (99.8) 56 Fe (91.72)
17 0 (0.04) 57 Fe (2.1 1)
18 0 (0.2) 58 Fe (0.28), Ni (68.08)
19 F (100) 59 CO (100)
20 Ne (90.5) 60 Ni (26.22)
21 Ne (0.27) 61 Ni (1.14)
22 Ne (9.25) 62 Ni (3.63)
23 Na (100) 63 Cu (69.17), Ni (0.93)
24 Mg (78.99) 64 Zn (48.63)
25 (10) 65 Cu (30.83)
26 Mg (11) 66 Zn (27.9)
27 A1 (100) 67 Zn (4.1)
28 Si (92.23) 68 Zn (18.8)
29 Si (4.67) 69 Ga (60.1)
30 Si (3.10) 70 Ge (21.24), Zn (0.62)
31 P (100) 71 Ga (39.89)
32 S (95.02) 72 Ge (27.66)
33 S (0.75) 73 Ge (7.72)
34 S (4.21) 74 Ge (35.94), Se (0.89)
35 Cl (75) 75 As (100)
36 S (0.02), Ar (0.34) 76 Se (9.36), Ge (7.44)
37 Cl (24.23) 77 Se (7.63)
38 Ar (0.063) 78 Se (23.77), Kr (0.35)
39 K (93.26) 79 Br (50.69)
40 Ar (99,6), Ca (96.94), K (0.01) 80 Kr (2.25), Se (49.61)