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Design and Stress Analysis of Extraterrestrial ... - The Black Vault

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IFa<br />

Fig. 1.6. Diagram <strong>of</strong> a solar extraterrestrial power-plant<br />

with fuel elements.<br />

In guiding the installation<br />

6<br />

int orbit, the orientation system<br />

insures flux concentration <strong>of</strong> solar emission in trap 2. <strong>The</strong> liquid<br />

metal is heated by the heat <strong>of</strong> the trap, for example, the lithium<br />

which enters the generator 4 for the separation <strong>of</strong> the reaction<br />

products <strong>of</strong> the fuel element into the basic components.<br />

In the fuel element the anode working medium, for example,<br />

sodium, enters the ion-exchange membrane, is ionized, giving <strong>of</strong>f<br />

electrons to the anode, penctrates the membrane to the cathode area<br />

where it is connected with the cathode working medium, for example,<br />

tin. <strong>The</strong> cathode working medium, while dissolving the positive<br />

anode ions-, releases energy close to the heat effect <strong>of</strong> reaction.<br />

Electrons which have completed operation in the external circuit<br />

participate in the formation <strong>of</strong> a reaction product alloy, in our<br />

example, Na-Sn.<br />

Subsequently, the reaction-product enters the regenerator<br />

<strong>and</strong> the process is repeated. In the installation in question<br />

the anode working medium, for example, metal, is condensed in<br />

the heat-exchanger 5 with the help <strong>of</strong> the metal <strong>of</strong> the third circuit<br />

<strong>and</strong> cooler 6.<br />

18

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