Decay scheme

These relations can be quite complicated; a simple case is shown here: the decay scheme of the radioactive cobalt isotope cobalt-60.

A somewhat more complicated scheme is shown here: the decay of the nuclide 198Au [4] which can be produced by irradiating natural gold in a nuclear reactor.

It is the decay of the element Polonium[6] discovered by Marie Curie, with mass number 210.

The isotope 210Po is the penultimate member of the uranium-radium-decay series; it decays into a stable lead-isotope with a half-life of 138 days.

Alpha- beta- and gamma rays can only be emitted if the conservation laws (energy, angular momentum, parity) are obeyed.

Decay scheme of 60 Co
Decay scheme of 198 Au
Decay scheme of 99m Tc
Decay Scheme of 210 Po
60 Co Decay, with spins and parities shown