Enriched stable Cadmium (Cd) isotopes:
|
| Nominal mass |
Accurate mass |
% Natural abundance |
Chemical form |
Enrichment available % |
|
| 106 Cd |
105.906461 (7) |
1.25 (6) |
metal, oxide, sulphate |
73 - 96 |
|
| 108 Cd |
107.904176 (6) |
0.89 (3) |
metal, oxide, sulphate |
40 - 70+ |
|
| 110 Cd |
109.903005 (4) |
12.49 (18) |
metal, oxide, sulphate |
62 - 95+ |
|
| 111 Cd |
110.904182 (3) |
12.80 (12) |
metal, oxide, sulphate, chloride |
65 - 95+ |
|
| 112 Cd |
111.902757 (3) |
24.13 (21) |
metal, oxide |
86 - 98 |
|
| 113 Cd |
112.904400 (3) |
12.22 (12) |
metal, oxide, chloride |
94 - 96 |
|
| 114 Cd |
113.903357 (3) |
28.73 (42) |
metal, oxide, sulphate |
60 - 99 |
|
| 116 Cd |
115.904755 (4) |
7.49 (18) |
metal, oxide, sulphate |
92 - 98+ |
| |
| The nine stable Cadmium isotopes are used for many different purposes. Cd-110 is used for the production of the radioisotope In-110, while Cd-112 is used in the production of the widely used diagnostic radioisotope In-111. Cd-108 is used in the production of Cd-109 which is a calibration source for 88 keV gamma radiation. The even numbered Cadmium isotopes (mainly Cd-110, Cd-112, Cd-114 and Cd-116) are used to improve the power output and coherence length of HeCd lasers. Trace Sciences International is the world's most reliable supplier of enriched stable Cadmium isotopes. |
Trace Sciences: your most reliable supplier of enriched stable Cadmium isotopes.
We have other forms of Cadmium (Cd) isotopes available.
Please contact us for inquiries.
|
