Translations:Thermodynamic and Mechanical Study/162/en: Difference between revisions

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The gas leaves <code>S</code>, passes through the cold heat exchanger <code>C</code>, where it receives heat from the cold reservoir, crosses the <code>C → L</code> check valve, and then enters the receiving cylinder <code>L</code>. The <code>L+H</code> pair remains quasi-pressure-equalized if the criterion <math display="inline">\varepsilon_P\ll1</math> is satisfied.
The gas leaves <math display="inline">S</math>, passes through the heat-in exchanger <math display="inline">H_i</math>, where it receives heat from its external reservoir, crosses the <math display="inline">H_i \to L</math> check valve, and then enters the receiving cylinder <math display="inline">L</math>. The <math display="inline">L+H_o</math> pair remains quasi-pressure-equalized if the criterion <math display="inline">\varepsilon_P\ll1</math> is satisfied.

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The gas leaves <math display="inline">S</math>, passes through the heat-in exchanger <math display="inline">H_i</math>, where it receives heat from its external reservoir, crosses the <math display="inline">H_i \to L</math> check valve, and then enters the receiving cylinder <math display="inline">L</math>. The <math display="inline">L+H_o</math> pair remains quasi-pressure-equalized if the criterion <math display="inline">\varepsilon_P\ll1</math> is satisfied.

The gas leaves S, passes through the heat-in exchanger Hi, where it receives heat from its external reservoir, crosses the Hi→L check valve, and then enters the receiving cylinder L. The L+Ho pair remains quasi-pressure-equalized if the criterion εP≪1 is satisfied.

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