Californium applications - neutron source to start-up nuclear reactors (Cf-252) - neutron source for neutron diffraction instruments (Cf-252) - neutron source for neutron spectroscopy instruments (Cf-252) - raw material for the preparation of heavier chemical elements (Cf-249) - source for portable neutron activation instruments (Cf-252) - source for radiation therapy with neutrons (Cf-252) - source for neutron radiography (Cf-252) - source for moisture detectors (Cf-252) - source for gold and silver detectors (Cf-252) - source for analysis instruments of coals, cements etc. (Cf-252)
Each isotope has another type of decay but generally from californium are formed curium isotopes and an alpha particle.
All the isotopes of californium are radioactive, artificial and unstable.
Californium is a metal.
Californium can react with oxygen, hydrogen, sulfur, nitrogen, halogens, etc.
Californium is an artificial element; but infinitesimal amounts of natural californium can exist in uranium ores.
Each isotope has another type of decay but generally from californium are formed curium isotopes and an alpha particle.
Not californium, but neutrons emitted by californium.
All the isotopes of californium are radioactive, artificial and unstable.
Californium is radioactive and a strong neutrons emitter; californium can be lethal.
Californium has 98 protons.
Californium is a metal.
Californium is not flammable.
Californium is a metal.
Californium is not crucial.
Californium is not flammable.
Californium is not flammable, as it is a radioactive metal that does not support combustion.
Californium is a soft metal.