#Components of nuclear fission reactor generator
The rotating of the turbines can be used to rotate an electric generator for generating electricity that is transmitted to the electrical grid. Once the steam is generated, then it travels with high pressures to speed up the turbine. The primary loop carries very hot water for heating an exchange once water at a low-pressure is circulated, then it warms the water to generate the steam to transmit to the turbine section. Most of the plants use water reactors by using two loops of rotating water to generate steam. In all the power plants, the production of steam is general however, the way of generating will change. The power plant includes not only includes the reactor and also includes turbines, generators, cooling towers, a variety of safety systems. There are different types of nuclear reactors that are used in the manufacturing of plutonium, ships, satellites & aircraft for research as well as medical purposes. Then, this heat can be transferred to the coolant of the reactor to generate heat to all the parts in the power plant. The nuclear fuel used in the nuclear reactor is Uranium & its reactions are heat generated in a reactor. In a power plant, a nuclear reactor is an essential component like a heat source that includes the fuel & its reaction of nuclear chain including the waste products of nuclear. In the above nuclear power plant block diagram, there are different components which include the following. Nuclear-Power-Plant-Block-Diagram Components of Nuclear Power Plant Finally, the cooled water can be reused to generate steam. In a power plant, a cooling tower is available to cool the steam into the water otherwise they use the water from different resources. Once the turbine blades activated then they drive the generators to make electricity. This heat can be used to warm the water into steam so that turbine blades can be activated. Zweifel, Reactor Physics, McGraw-Hill, New York (1973).During nuclear fission, the heat can be generated within the core of the reactor.
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