Enriched stable Tellurium (Te) isotopes:
|
| Nominal mass |
Accurate mass |
% Natural abundance |
Chemical form |
Enrichment available % |
|
| 120 Te |
119.904048 (21) |
0.09 (1) |
metal, oxide |
24 - 99 |
|
| 122 Te |
121.903050 (3) |
2.55 (12) |
metal |
83 - 99+ |
|
| 123 Te |
122.9042710 (22) |
0.89 (3) |
metal, oxide |
68 - 99+ |
|
| 124 Te |
123.9028180 (18) |
4.74 (8) |
metal, oxide |
90 - 99+ |
|
| 125 Te |
124.9044285 (25) |
7.07 (15) |
metal, oxide |
69 - 99+ |
|
| 126 Te |
125.9033095 (25) |
18.84 (25) |
metal, oxide |
96 - 98+ |
|
| 128 Te |
127.904463 |
31.74 |
metal, oxide |
74 - 99+ |
|
| 130 Te |
129.906229 (5) |
34.08 (62) |
metal, oxide |
98 - 99+ |
| |
| Tellurium has eight stable isotopes (Te-120 and Te-123 are usually considered stable because of their long half lives) and many of them have a medical application. Te-120 is used for the production of I-120g which has an application as a PET and Beta emitting isotope. Te-122 is used in the production of the radioisotope I-122 which is used in gamma imaging. Te-123 is used for the production of radioactive I-123 which is used in thyroid imaging. Te-124 is used for the production of both I-123 and the PET isotope I-124. Finally, Te-130 is used in the research into double Beta decay. |
Trace Sciences: your most reliable supplier of enriched stable Tellurium isotopes.
We have other forms of Tellurium (Te) isotopes available.
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