The diagram below shows the production of steam using a gas-cooled nuclear reactor. Summarise the information by selecting and reporting the main features, and make comparisons where relevant.

The diagram depicts the process of generating steam using a

gas

-cooled nuclear reactor. In summary, the production involves several steps, comprising two distinct components -

gas

and

water

. Notably, the entire cycle relies on intricate machinery processes. To commence, the procedure initiates

with

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apply

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the transportation of cool

gas

to the reactor via a

gas

blower.

Subsequently

, these gases traverse four uranium fuel elements enveloped by graphite moderators. Positioned above the graphite elements are boron control rods,

Correct pronoun usage

that regulating

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regulating

Wrong verb form

regulate

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the volume of passing gases. These control rods are strategically placed in charge tubes for loading fuel elements. It is noteworthy that all these components are housed within a pressure vessel surrounded by concrete radiation shielding. In the subsequent phase, the heated gases exit the shielding, moving through a narrower duct to access the heat exchanger. Concurrently, a

water

circulator pumps cool

water

into the compartment, transforming it into steam for the turbo-alternator.

This

delineates a comprehensive overview of the

gas

-cooled nuclear reactor's steam production process, emphasizing its reliance on meticulous machinery and the interaction between

gas

and

water

components.