64 Zn |
63.9291448 (19) |
48.6 (60) |
metal, oxide |
75 - 99+ | | |
| |
|
64 Zn |
63.9291448 (19) |
48.6 (60) |
metal, oxide |
75 - 99+ | | |
| |
|
|
|
|
66 Zn |
|
|
metal, oxide, carbonate |
62 - 99 |
|
67 Zn |
66.9271291 (17) |
4.1 (13) |
metal, oxide |
78 - 97 |
|
68 Zn |
67.9248459 (18) |
18.8 (51) |
metal, oxide, sulphate |
37 - 99+ |
|
70 Zn |
69.925325 (4) |
0.6 (3) |
metal, oxide |
64 - 95+ |
|
Zinc Isotopes are used extensively in both industrial and medical applications. Depleted Zn-64 is added to the cooling water of nuclear reactors in the form of oxide or acetate to prevent stress corrosion cracking. It also reduces the release of (stable) Co-59 into the cooling water by forming a thin spinel layer on the Co containing steel surfaces. Neutron irradiation of Co-59 will result in the formation of Co-60, a radioisotope which emits high energy gamma radiation and is a major contributor to the dose rate of personnel working in the reactor. Enriched Zn-67 is often used in biological research into the uptake of Zn in the human body. It can also be used for the production of radioactive Ga-67 in smaller cyclotrons. However, by far most Ga-67 is made from Zn-68. Zn-67, Zn-68 and Zn-70 can all be used for the production of the therapeutic isotope Cu-67. Zn-66 has been proposed as an alternative target for the production of Cu-64 and Ga-67. Finally Zn-70 is also used in biological research and in research into super-heavy elements. Trace Sciences is your most reliable supplier of stable Zinc Isotopes. Please contact us for other forms of Zinc Isotopes available. | | | | |
|
|
66 Zn |
|
|
metal, oxide, carbonate |
62 - 99 |
|
67 Zn |
66.9271291 (17) |
4.1 (13) |
metal, oxide |
78 - 97 |
|
68 Zn |
67.9248459 (18) |
18.8 (51) |
metal, oxide, sulphate |
37 - 99+ |
|
70 Zn |
69.925325 (4) |
0.6 (3) |
metal, oxide |
64 - 95+ |
|
Zinc Isotopes are used extensively in both industrial and medical applications. Depleted Zn-64 is added to the cooling water of nuclear reactors in the form of oxide or acetate to prevent stress corrosion cracking. It also reduces the release of (stable) Co-59 into the cooling water by forming a thin spinel layer on the Co containing steel surfaces. Neutron irradiation of Co-59 will result in the formation of Co-60, a radioisotope which emits high energy gamma radiation and is a major contributor to the dose rate of personnel working in the reactor. Enriched Zn-67 is often used in biological research into the uptake of Zn in the human body. It can also be used for the production of radioactive Ga-67 in smaller cyclotrons. However, by far most Ga-67 is made from Zn-68. Zn-67, Zn-68 and Zn-70 can all be used for the production of the therapeutic isotope Cu-67. Zn-66 has been proposed as an alternative target for the production of Cu-64 and Ga-67. Finally Zn-70 is also used in biological research and in research into super-heavy elements. Trace Sciences is your most reliable supplier of stable Zinc Isotopes. Please contact us for other forms of Zinc Isotopes available. | | | | |
|
|
66 Zn |
|
|
metal, oxide, carbonate |
62 - 99 |
|
67 Zn |
66.9271291 (17) |
4.1 (13) |
metal, oxide |
78 - 97 |
|
68 Zn |
67.9248459 (18) |
18.8 (51) |
metal, oxide, sulphate |
37 - 99+ |
|
70 Zn |
69.925325 (4) |
0.6 (3) |
metal, oxide |
64 - 95+ |
|
Zinc Isotopes are used extensively in both industrial and medical applications. Depleted Zn-64 is added to the cooling water of nuclear reactors in the form of oxide or acetate to prevent stress corrosion cracking. It also reduces the release of (stable) Co-59 into the cooling water by forming a thin spinel layer on the Co containing steel surfaces. Neutron irradiation of Co-59 will result in the formation of Co-60, a radioisotope which emits high energy gamma radiation and is a major contributor to the dose rate of personnel working in the reactor. Enriched Zn-67 is often used in biological research into the uptake of Zn in the human body. It can also be used for the production of radioactive Ga-67 in smaller cyclotrons. However, by far most Ga-67 is made from Zn-68. Zn-67, Zn-68 and Zn-70 can all be used for the production of the therapeutic isotope Cu-67. Zn-66 has been proposed as an alternative target for the production of Cu-64 and Ga-67. Finally Zn-70 is also used in biological research and in research into super-heavy elements. Trace Sciences is your most reliable supplier of stable Zinc Isotopes. Please contact us for other forms of Zinc Isotopes available. | | | |