Nuclear Reactor Moderator And Control Rods
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Control rods are inserted into the core of a nuclear reactor and adjusted in order to control the rate of the nuclear chain reaction and thereby the thermal power output of the reactor the rate of steam production and the electrical power output of the power station.
Nuclear fusion tokamak nuclear power state. The moderator and control rods together. The nuclear reactions that take place inside a fission reactor happen in a chain. Without them the reactor power would increase uncontrollably.
The speed of the chain reaction must be controlled because the ever increasing numbers of splitting nuclei will very quickly release a large amount of heat energy and this would cause the nuclear reactor to explode. The control rod controls the nuclear chain reaction by absorbing neutrons but neutron. Control rods usually constitute cluster control rod assemblies and are.
The control rods are used to control the nuclear reactor produced. The number of control rods inserted and the distance to which they are inserted strongly influence the reactivity of the. The moderator is used to slow down the fission neutrons to increase its efficiency in producing more fission in the nuclear fuel.
The control rods of nuclear power plants are the elements that allow regulating the power of the reactor. Control rod and neutron moderator are two components of nuclear reactorsthese two components have two different but important roles to play. The key difference between control rod and neutron moderator is that control rods are able to absorb neutrons whereas neutron moderators can slow down the neutrons.
It is an essential element in reactor safety.
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