When a silver-109 atom (the isotope of which about bisected of all argent in actuality is composed), catches a neutron, it undergoes a beta adulteration to become cadmium-110.
Indium is created via the long-lasting, (up to bags of years), s-process in low-to-medium accumulation stars (which ambit in accumulation amid 0.6 and 10 solar masses).
Capturing added neutrons, it becomes cadmium-115, which decays to indium-115 via addition beta decay. This explains why the radioactive isotope predominates in affluence compared to the abiding one.
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