ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS

ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS

The paper presents results of theoretical analysis of the effectiveness of an ideal thermodynamic cycle internal combustion engine combined with an external utilization of exhaust heat. The influence of the properties of the coolant circuit of utilization on its operational parameters and characteri...

Full description

Bibliographic Details
Main Authors: Yusha V.L., Chernov G., Raykovsky N.
Format: Article
Language:English
Published: Academy of Sciences of Moldova 2012-12-01
Series:Problems of the Regional Energetics
Subjects:
working cycle
a
heat supply
Online Access:http://journal.ie.asm.md/assets/files/m71_2_218.doc
id doaj-1d0cc22b4d994dd08480adc1e42ba4d2
record_format Article
spelling doaj-1d0cc22b4d994dd08480adc1e42ba4d22020-11-25T01:10:34ZengAcademy of Sciences of MoldovaProblems of the Regional Energetics1857-00702012-12-012012-33(20)2839ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICSYusha V.L.0Chernov G.1Raykovsky N.2Omsk State Technical University, Omsk, Russian FederationOmsk State Technical University, Omsk, Russian FederationOmsk State Technical University, Omsk, Russian FederationThe paper presents results of theoretical analysis of the effectiveness of an ideal thermodynamic cycle internal combustion engine combined with an external utilization of exhaust heat. The influence of the properties of the coolant circuit of utilization on its operational parameters and characteristics of the power plant.http://journal.ie.asm.md/assets/files/m71_2_218.docworking cycleaheat supply
collection DOAJ
language English
format Article
sources DOAJ
author Yusha V.L.
Chernov G.
Raykovsky N.
spellingShingle Yusha V.L.
Chernov G.
Raykovsky N.
ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS
Problems of the Regional Energetics
working cycle
a
heat supply
author_facet Yusha V.L.
Chernov G.
Raykovsky N.
author_sort Yusha V.L.
title ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS
title_short ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS
title_full ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS
title_fullStr ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS
title_full_unstemmed ANALYSIS OF THE IMPACT PROPERTIES OF THE COOLANT RECOVERY SYSTEM HEAT LOSSES OF COMBINED COMPRESSOR-POWER PLANT ON ITS CHARACTERISTICS
title_sort analysis of the impact properties of the coolant recovery system heat losses of combined compressor-power plant on its characteristics
publisher Academy of Sciences of Moldova
series Problems of the Regional Energetics
issn 1857-0070
publishDate 2012-12-01
description The paper presents results of theoretical analysis of the effectiveness of an ideal thermodynamic cycle internal combustion engine combined with an external utilization of exhaust heat. The influence of the properties of the coolant circuit of utilization on its operational parameters and characteristics of the power plant.
topic working cycle
a
heat supply
url http://journal.ie.asm.md/assets/files/m71_2_218.doc
work_keys_str_mv AT yushavl analysisoftheimpactpropertiesofthecoolantrecoverysystemheatlossesofcombinedcompressorpowerplantonitscharacteristics
AT chernovg analysisoftheimpactpropertiesofthecoolantrecoverysystemheatlossesofcombinedcompressorpowerplantonitscharacteristics
AT raykovskyn analysisoftheimpactpropertiesofthecoolantrecoverysystemheatlossesofcombinedcompressorpowerplantonitscharacteristics
_version_ 1725173988619976704

Similar Items