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Enriched stable Molybdenum (Mo) isotopes:
|
| Nominal mass |
Accurate mass |
Natural abundance |
Chemical form |
Enrichment available |
|
| 92 Mo |
91.906809 |
14.84 |
metal, oxide |
80 - 98+ |
|
| 94 Mo |
93.9050853 |
9.25 |
metal |
91+ |
|
| 95 Mo |
94.9058411 |
15.92 |
metal |
94 - 96+ |
|
| 96 Mo |
95.9046785 |
16.68 |
metal, oxide |
81 - 97+ |
|
| 97 Mo |
96.9060205 |
9.55 |
metal, oxide |
69 - 95+ |
|
| 98 Mo |
97.9054073 |
24.13 |
metal, oxide |
88 - 99+ |
|
| 100 Mo |
99.907477 |
9.63 |
metal, oxide |
95 - 97+ |
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| Molybdenum isotopes have several applications. Mo-95 is used for the production of the medical radioisotope Ru-97. Mo-96 is used for the production of the radioisotopes Tc-96 and Tc-95m, both of which have a medical application. Most Mo isotopes are also used in nutrition studies in humans. Depleted Mo-95 has been suggested for use in UMo fuel elements for materials test (high flux) reactors. |
Trace Sciences: your most reliable supplier of enriched stable Molybdenum isotopes.
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