The half lives of californium isotopes and isomers are between 45 microseconds to 900 years.
All the isotopes of californium are radioactive, artificial and unstable.
Californium is a radioactive metallic element with the atomic number 98. It is produced in nuclear reactors and has a silvery-white appearance. Californium is mainly used in neutron sources for scientific research and in industrial applications such as metal detectors.
Californium is a metal.
Californium can react with oxygen, hydrogen, sulfur, nitrogen, halogens, etc.
For the first time californium is obtained with the nuclear reaction:Cm-242 + He--------------Cf-245 + nThe important isotope Cf-252 is obtained in nuclear reactors after a long time irradiation of plutonium with neutrons.
Detectors for water using californium-252 are now used in many countries around the world.
Not californium, but neutrons emitted by californium.
Californium was obtained by Stanley G. Thompson, Kenneth Street, Albert Ghiorso and Glenn Seaborg in 1950 at Berkeley Laboratories. The nuclear reaction is: Curium 242 + Helium 4-------Californium 245 + neutron
All the isotopes of californium are radioactive, artificial and unstable.
Californium is a radioactive metallic element with the atomic number 98. It is produced in nuclear reactors and has a silvery-white appearance. Californium is mainly used in neutron sources for scientific research and in industrial applications such as metal detectors.
Californium has 98 protons.
Californium is radioactive and a strong neutrons emitter; californium can be lethal.
Californium is a radioactive element with a half-life of around 2.6 years, and it decays through spontaneous fission. At room temperature, it would emit alpha particles and gamma rays as it undergoes radioactive decay. Due to its radioactivity, Californium is not stable and can be harmful to living organisms if mishandled.
Californium is a metal.
Californium is not crucial.
Californium is a metal.
Californium is not flammable.