Publication detail
Auxiliary Lines for Depecting of Adiabatic Absorption in P-T-X Diagrams
POSPÍŠIL, J. SKÁLA, Z.
Czech title
Pomocné čáry pro určování adiabatické absorpce v p-t-x diagramech
English title
Auxiliary Lines for Depecting of Adiabatic Absorption in P-T-X Diagrams
Type
conference paper
Language
en
Original abstract
The absorption heat is important parameter of up to date absorption cycles. Good utilizing of the absorption heat can be reached only if absorption cycle designers have correct detail information about an absorption process. Absorption cycle designers often utilize p-t-x diagrams of working mixtures for first suggestion of new absorption cycles. The p-t-x diagrams enable fast correct determination of saturate states of liquid (and gaseous) mixtures of refrigerants and absorbents. But these diagrams don't enable to obtain detail information about an adiabatic sorption process. This paper presents the new auxiliary lines for improving of this situation. The new auxiliary lines enable correct position determination of the adiabatic sorption process in the p-t-x diagram of an ammonia-water system.
Czech abstract
The absorption heat is important parameter of up to date absorption cycles. Good utilizing of the absorption heat can be reached only if absorption cycle designers have correct detail information about an absorption process. Absorption cycle designers often utilize p-t-x diagrams of working mixtures for first suggestion of new absorption cycles. The p-t-x diagrams enable fast correct determination of saturate states of liquid (and gaseous) mixtures of refrigerants and absorbents. But these diagrams don't enable to obtain detail information about an adiabatic sorption process. This paper presents the new auxiliary lines for improving of this situation. The new auxiliary lines enable correct position determination of the adiabatic sorption process in the p-t-x diagram of an ammonia-water system.
English abstract
The absorption heat is important parameter of up to date absorption cycles. Good utilizing of the absorption heat can be reached only if absorption cycle designers have correct detail information about an absorption process. Absorption cycle designers often utilize p-t-x diagrams of working mixtures for first suggestion of new absorption cycles. The p-t-x diagrams enable fast correct determination of saturate states of liquid (and gaseous) mixtures of refrigerants and absorbents. But these diagrams don't enable to obtain detail information about an adiabatic sorption process. This paper presents the new auxiliary lines for improving of this situation. The new auxiliary lines enable correct position determination of the adiabatic sorption process in the p-t-x diagram of an ammonia-water system.
Keywords in English
The absorption heat is important parameter of up to date absorption cycles. Good utilizing of the absorption heat can be reached only if absorption cycle designers have correct detail information about an absorption process. Absorption cycle designers often utilize p-t-x diagrams of working mixtures for first suggestion of new absorption cycles. The p-t-x diagrams enable fast correct determination of saturate states of liquid (and gaseous) mixtures of refrigerants and absorbents. But these diagrams don't enable to obtain detail information about an adiabatic sorption process. This paper presents the new auxiliary lines for improving of this situation. The new auxiliary lines enable correct position determination of the adiabatic sorption process in the p-t-x diagram of an ammonia-water system.
RIV year
2007
Released
18.10.2007
Publisher
Ostbayerisches Technologie-Transfer-Institute e. V.
Location
Regensburg., Germany
ISBN
978-3-934681-61-3
Book
Proceedings of the 2nd International Conference on Solar Air-Conditioning
Edition number
1
Pages from–to
316–321
Pages count
6
BIBTEX
@inproceedings{BUT25563,
author="Jiří {Pospíšil} and Zdeněk {Skála},
title="Auxiliary Lines for Depecting of Adiabatic Absorption in P-T-X Diagrams",
booktitle="Proceedings of the 2nd International Conference on Solar Air-Conditioning",
year="2007",
month="October",
pages="316--321",
publisher="Ostbayerisches Technologie-Transfer-Institute e. V.",
address="Regensburg., Germany",
isbn="978-3-934681-61-3"
}