FAST BREEDER REACTOR Meaning and
Definition
-
A fast breeder reactor is a highly advanced type of nuclear reactor that is designed to produce more nuclear fuel than it consumes, thus making it highly efficient and sustainable. It achieves this by using a fast neutron spectrum, which allows for a high number of fast neutron-induced fission reactions. This leads to the production of more fissile material, especially plutonium-239, which can be used as fuel in other reactors.
The fuel in a fast breeder reactor is typically a mix of plutonium-239 and uranium-238, or a combination of plutonium and thorium. The fast neutrons produced in the reactor interact with the fertile material, converting it into fissile material, which can then be used to sustain the nuclear chain reaction. The excess heat generated in the process is used to produce electricity.
Fast breeder reactors can significantly increase the efficiency of nuclear fuel utilization, as they can produce more fissile material than they consume. This makes them a promising solution for future energy needs as they can extend the availability of nuclear fuel resources. Furthermore, their ability to reduce nuclear waste and decrease the risk of nuclear proliferation is another advantage. However, fast breeder reactors present unique technological and operational challenges, including the handling and disposal of plutonium, as well as potential safety concerns due to the higher operating temperatures and the need for precise control of the nuclear reaction.
Common Misspellings for FAST BREEDER REACTOR
- fast-breeder reactir
- fast-breder reactor
- fast-breeder reactorr
- fast-breader reactor
- fast-breeder reaktor
- fastbreederreactor
- fast breeder reactora
- fast breder reactors
- fast breeder reactors
- Fast Breeders Reactor
- Fast Breeder Reacter
Infographic
Add the infographic to your website:
