breeder-reactor
Noun: A breeder-reactor is a type of nuclear reactor that generates more fissile material (such as plutonium) than it consumes, through a process called breeding. This is achieved by using a fertile material (e.g., uranium-238) that absorbs neutrons to become a fissile isotope (e.g., plutonium-239), allowing the reactor to produce fuel while generating energy.
- (A reactor that creates additional fissile material.)
- (A reactor that breeds fuel for other reactors.)
"Fast breeder-reactor": A specific type of breeder-reactor that uses fast neutrons (without a moderator) to breed plutonium from uranium-238.
- The fast breeder-reactor operates at high temperatures and uses liquid sodium as a coolant. (A subtype of breeder-reactor with distinct operational features.)
"Breeder-reactor core": The central part of the reactor where the breeding process occurs.
- The breeder-reactor core contains a mixture of fissile and fertile materials. (The region where fuel is produced.)
Breeder (n): A short form of "breeder-reactor," referring to any reactor that produces more fissile material than it consumes.
- The breeder is a key component of a closed nuclear fuel cycle. (A reactor that breeds fuel.)
Reactor (n): A general term for a device that initiates and controls a nuclear chain reaction.
- A breeder-reactor is a specialized type of reactor. (A broader category of nuclear devices.)
- Fast reactor: A reactor using fast neutrons, often synonymous with breeder-reactor in certain contexts.
- Breeding reactor: Another term for a breeder-reactor, emphasizing the breeding process.
"Breed your own fuel": An idiomatic expression referring to the self-sustaining nature of a breeder-reactor.
- In a breeder-reactor, you can breed your own fuel from abundant uranium-238. (The reactor creates its own fuel supply.)
"Closed fuel cycle": A system where spent nuclear fuel is reprocessed, often involving breeder-reactors.
- A breeder-reactor enables a closed fuel cycle by converting waste into usable fuel. (A cycle that reuses nuclear materials.)