KnowraNuclear reactorLinked fromLinked fromThe 56 pages that link to Nuclear reactor, each with the reason it gives.All 56Broader topic 7Related 28Narrower topic 16Compared with 5Enrico FermiNarrower topic: Chicago Pile-1 was the first operating example of this broader technology.Uranium-235Narrower topic: Reactors use uranium-235 fission as a controllable source of heat.Heavy waterNarrower topic: Heavy water functions as a neutron moderator in several reactor designs.Nuclear fuelNarrower topic: Reactors contain fuel and convert its nuclear energy into controlled heat.Hanford SiteNarrower topic: Hanford’s graphite-moderated reactors used fission to irradiate uranium fuel.Critical massNarrower topic: Reactors are designed to maintain controlled criticality while managing neutron production and loss.Nuclear marine propulsionNarrower topic: The reactor supplies the heat that drives a ship’s propulsion system.Chicago Pile-1Narrower topic: Chicago Pile-1 established the basic possibility of a controlled fission reactor.Leo SzilardNarrower topic: Reactors put Szilard’s chain-reaction concept to controlled use beyond weapons.ZirconiumNarrower topic: Reactor designs exploit zirconium’s ability to withstand coolant while absorbing few neutrons.Molten-salt reactorNarrower topic: Molten-salt reactors are one reactor family, distinguished by their salt-based fuel or cooling.Frederick ReinesNarrower topic: Reactor fission produces abundant antineutrinos, making reactors practical sources for the experiment.Homi J. BhabhaNarrower topic: Reactors are the central technology connecting Bhabha’s research institutions to his energy program.Small modular reactorNarrower topic: An SMR is a smaller, modular design within this broader reactor family.Clifford ShullNarrower topic: Postwar reactors supplied neutron beams that enabled Shull’s diffraction experiments.Advanced nuclear reactor technologyNarrower topic: Advanced designs modify the core systems and operating conditions of the broader reactor class.
KnowraNuclear reactorLinked fromLinked fromThe 56 pages that link to Nuclear reactor, each with the reason it gives.All 56Broader topic 7Related 28Narrower topic 16Compared with 5Enrico FermiNarrower topic: Chicago Pile-1 was the first operating example of this broader technology.Uranium-235Narrower topic: Reactors use uranium-235 fission as a controllable source of heat.Heavy waterNarrower topic: Heavy water functions as a neutron moderator in several reactor designs.Nuclear fuelNarrower topic: Reactors contain fuel and convert its nuclear energy into controlled heat.Hanford SiteNarrower topic: Hanford’s graphite-moderated reactors used fission to irradiate uranium fuel.Critical massNarrower topic: Reactors are designed to maintain controlled criticality while managing neutron production and loss.Nuclear marine propulsionNarrower topic: The reactor supplies the heat that drives a ship’s propulsion system.Chicago Pile-1Narrower topic: Chicago Pile-1 established the basic possibility of a controlled fission reactor.Leo SzilardNarrower topic: Reactors put Szilard’s chain-reaction concept to controlled use beyond weapons.ZirconiumNarrower topic: Reactor designs exploit zirconium’s ability to withstand coolant while absorbing few neutrons.Molten-salt reactorNarrower topic: Molten-salt reactors are one reactor family, distinguished by their salt-based fuel or cooling.Frederick ReinesNarrower topic: Reactor fission produces abundant antineutrinos, making reactors practical sources for the experiment.Homi J. BhabhaNarrower topic: Reactors are the central technology connecting Bhabha’s research institutions to his energy program.Small modular reactorNarrower topic: An SMR is a smaller, modular design within this broader reactor family.Clifford ShullNarrower topic: Postwar reactors supplied neutron beams that enabled Shull’s diffraction experiments.Advanced nuclear reactor technologyNarrower topic: Advanced designs modify the core systems and operating conditions of the broader reactor class.