Metals can be detected and determined by neutron activation analysis; some installations for NAA (especially mobile instruments) use californium-252 isotope as a strong source of neutrons.
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Californium can detect gold by emitting a type of radiation called neutrons. These neutrons interact with the gold atoms, causing them to emit characteristic gamma rays that can be detected using specialized equipment. This method is called neutron activation analysis and is used to accurately determine the presence and quantity of gold in a sample.
Californium is not flammable, as it is a radioactive metal that does not support combustion.
Californium is a soft radioactive metal.
Californium typically forms compounds with ligands to stabilize its high radioactivity. Some common molecules containing californium are californium chloride (CfCl3), californium nitrate (Cf(NO3)3), and californium dioxide (CfO2).
The most common ionic charge of Californium is +3. Californium typically loses three electrons to achieve a stable configuration.
The chemical formula for californium is Cf, representing its elemental symbol on the periodic table. Californium is a radioactive element with the atomic number 98.