zinc67

Zinc 67 is a type of radioactive isotope of zinc, denoted by the atomic number 30 and mass number 67. It has a half-life of approximately 9.2 minutes, meaning that within this time frame, half of the isotope will decay into a more stable state.

Zinc 67 is primarily produced in nuclear reactors, through the bombardment of natural zinc with neutron radiation. This reaction alters the nucleus of the zinc atom, resulting in the addition of one more neutron, thus creating the isotope with a mass number of 67.

From a nuclear physics perspective, zinc 67 exhibits E1 radiation decay, with a gamma emission of 93.2 keV and 9.2% beta minus branch. Beta particles have a relatively high energy of approximately 9.4 MeV, partially making up the isomer P0 decay into the stable Doug school zinc 67 m isomer.

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The production and handling of zinc 67 typically require specialized safety measures, such as use of shielding and lead-lined equipment, to minimize radiation exposure.