Problem of Practical Implementation of Isothermal Monatomic Gas Compression Process.
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| Title: | Problem of Practical Implementation of Isothermal Monatomic Gas Compression Process. |
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| Authors: | Shcherba, V. E.1 (AUTHOR) Scherba_V_E@list.ru |
| Source: | Chemical & Petroleum Engineering. Sep2023, Vol. 59 Issue 5/6, p477-488. 12p. |
| Subjects: | Isothermal compression, Isothermal processes, Gases |
| Abstract: | A new scheme for isothermal gas compression process implementation using only a cooling liquid as a liquid piston and as cooling liquid injection was developed. Two options of isothermal gas compression process implementation within the framework of the proposed scheme were studied and the theoretical foundations for their calculations were developed. The conducted numerical experiments made it possible to determine the compression process time, the required liquid piston speed for the isothermal compression process implementation for a given amount of the injected liquid, and the required amount of the injected liquid for a given law of liquid piston speed. The numerical experiments confirmed the possibility of isothermal monatomic gas compression process implementation with a high adiabatic coefficient. [ABSTRACT FROM AUTHOR] |
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| Database: | Engineering Source |
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| Abstract: | A new scheme for isothermal gas compression process implementation using only a cooling liquid as a liquid piston and as cooling liquid injection was developed. Two options of isothermal gas compression process implementation within the framework of the proposed scheme were studied and the theoretical foundations for their calculations were developed. The conducted numerical experiments made it possible to determine the compression process time, the required liquid piston speed for the isothermal compression process implementation for a given amount of the injected liquid, and the required amount of the injected liquid for a given law of liquid piston speed. The numerical experiments confirmed the possibility of isothermal monatomic gas compression process implementation with a high adiabatic coefficient. [ABSTRACT FROM AUTHOR] |
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| ISSN: | 00092355 |
| DOI: | 10.1007/s10556-024-01265-1 |
