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The image contains a diagram of a Gas Cooled Nuclear Reactor with labeled parts. The Reactor section includes Uranium fuel elements, Graphite moderators, Pressure vessel, Concrete radiation shielding, Boron control rods, and Charge tubes for loading fuel elements. The diagram also shows a Heat exchanger with a Water circulator marked by Water inlet and outlet, as well as a Steam to turbo-alternator outlet. A Hot gas duct connects the Reactor to the Heat exchanger, while a Cool gas duct leads to a Gas blower, forming a loop back to the Reactor.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates the process of producing steam by a gas cooled nuclear reactor.
Overall, steam is generated through several stages, starting with the heating of gas inside the nuclear reactor and ending with the conversion of water into steam.
Initially, cool gas is pushed into the nuclear reactor by a gas blower. Inside the reactor, the gas is heated as it passes over uranium fuel elements and other components, causing its temperature to rise. The now hot gas leaves the reactor and flows through a duct towards the heat exchanger.
In the heat exchanger, cold water flows through a set of pipes, while hot gas passes around them. As the gas transfers its heat, the water is heated and eventually converted into steam, which is then directed to a turbine. Meanwhile, the cooled gas is returned to the reactor to be reheated, completing the cycle.
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