Californium is one of the few transuranium elements that have practical applications. Most of these applications exploit the property of certain isotopes of californium to emit neutrons. For example, californium can be used to help start-up nuclear reactors, and is employed as a source of neutrons when studying materials with neutron diffraction and neutron spectroscopy
for use in nuclear reactors and rocket propultion
Some applications of californium:
- neutron source as Cf-Be source
- neutron source for neutron activation analysis (portable installations)
- neutron radiography
- irradiation for some cancers treatment
- nuclear fuel rod scanning
- neutron source to detect water, petroleum, metals, methane
etc.
Some applications of californium:
- neutron source as Cf-Be source
- neutron source for neutron activation analysis (portable installations)
- neutron radiography
- irradiation for some cancers treatment
- nuclear fuel rod scanning
- neutron source to detect water, petroleum, metals, methane
etc.
The isotope 252Cf is a very strong neutron source; some applications are:
- neutron's detectors for water and petroleum
- control of nuclear fuel rods
- treatment of some cancers by neutron irradiation
- neutron radiography in industry
- neutron activation analysis in mobile installations
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)
Some applications of californium:
- neutron source as Cf-Be source
- neutron source for neutron activation analysis (portable installations)
- neutron radiography
- irradiation for some cancers treatment
- nuclear fuel rod scanning
- neutron source to detect water, petroleum, metals, methane
etc.
The isotope 252Cf is a very strong neutron source; some applications are:
- neutron's detectors for water and petroleum
- control of nuclear fuel rods
- treatment of some cancers by neutron irradiation
- neutron radiography in industry
- neutron activation analysis in mobile installations
Californium is a very good neutron source, so any application that requires a lot of neutrons is a potential market for californium. Note: potential market--there is so little californium available (Oak Ridge National Laboratories in Tennessee is the only place in the US that makes it, and they make a quarter-gram per year) that it's almost impossible to get and it's really expensive.
Californium hasn't everyday uses.
Californium has 98 protons.
Art room temperature californium is paramagnetic.
There are 2 valence electrons in Californium. Although there are 7 levels, the 7th level(the outermost level) has 2.
Californium does not occur naturally. It is produced as a result of nuclear explosions and nuclear experiments.
The element californium was named after California, specifically the University of California. It was created at the University of California Radiation Laboratory at Berkeley.
Californium is not for everyday uses.
Californium has not uses in everyday life.
Californium chloride has not uses now.
Some of the uses for californium are: help starts nuclear reactors....!
At room temperature californium is a solid metal.
Not californium, but neutrons emitted by californium.
Californium is radioactive and a strong neutrons emitter; californium can be lethal.
Californium is able to form a critical mass.
Californium is not flammable.
Californium is a metal.
Californium is not crucial.
Californium is not flammable.