Page 111 - Inorganic Mass Spectrometry : Fundamentals and Applications
P. 111
Inductively Coupled Plasma Mass ~pectromet~ 101
Table 2 Continued
U Element (abundance, %) U Element (abundance, %)
81 Br (43.9) 121 Sb (57.4)
82 Se (8.7), Kr (11.6) 122 Sn (4.6), Te (2.6)
83 Kr (11.5) 123 Sb (42.6), Te (0.91)
84 Kr (57), Sr (0.56) 124 Sn (5.8), Te (4.8), Xe (0.1)
85 Rb (72.2) 125 Te (7.1)
86 Kr (17.3), Sr (9.9) 126 Te (18.9), Xe (0.09)
87 Rb (27.8), Sr (7) 127 I(100
88 Sr (82.6) 128 Te (31.7), Xe (1.9)
89 Y (100) 129 Xe (26.4)
90 Zr (51.5) 130 Te (33.8), Xe (4.1), Ra (0.1 1)
91 Zr (11.2) 131 Xe (21.2)
92 Zr (17.2), MO (14.8) 132 Xe (26.9), Ba (0.1)
93 Nb (100) 133 CS (loo)
94 Zr (17.4), MO (9.3) 134 Xe (10.4), Ba (2.4)
95 MO (15.9) 135 Ba (6.6)
96 Zr (2.8), MO (16.7), Ru (5.5) 136 Xe (8.9), Ba (7.9), Ce (0.19)
97 MO (9.6) 137 Ba (11.2)
98 MO (24.1), Ru (1.9) 138 Ba (71.7), La (0.09), Ce (0.25)
99 Ru (12.7) 139 La (99.9)
100 MO (9.5), Ru (12.6) 140 Ce (88.5)
101 Ru (17) 141 Pr (100)
102 Ru (31.6), Pd (1) 142 Ce (ll.l), Nd (27.1)
103 Rh (100) 143 Nd (12.2)
1 04 Ru (18.7), Pd (11.1) 144 Nd (23.8), Sm (3.1)
105 Pd (22.3) 145 Nd (8.3)
106 Pd (27.3), Cd (1.3) 146 Nd (17.2)
107 Ag (51.7) 147 Sm (15)
108 Pd (26.5), Cd (0.89) 148 Nd (SA), Sm (11.3)
109 Ag (48.2) 149 Sm (13.8)
110 Pd (11.7), Cd (12.5) 150 Nd (5.6), Sm (7.4)
111 Cd (12.8) 15 l Eu (47.8)
112 Cd (24.1), Sn (0.97) 152 Srn (26.7), Yb (0.13)
113 Cd (12.2), In (4.3) 153 Eu (52.2)
114 Cd (28.7), Sn (0.65) 154 Sm (22.7), Gd (2.2)
115 In (95.7), Sn (0.36) 155 Gd (14.8)
3 16 Cd (7.5), Sn (14.5) 156 Gd (20.5), Dy (0.06)
117 Sn (7.7) 157 Gd (15.7)
118 Sn (24.2) 158 Gd (24.8), Dy (0.1)
119 Sn (8.6) 159 Tb (100)
120 Sn, (32.6), Te (0.095) 160 Gd (21.9), Dy (2.3)
