Optimizing working fluids for advancing industrial heating performance of compression-absorption cascade heat pump

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Fingerprint

???publication_fingerprints_help???

Material Science

100
Fluid Material Science
42
Temperature Material Science
28
Ionic Liquid Material Science
14
Thermal Property Material Science
14
Thermodynamic Prope... Material Science
14
Vapor Material Science
14
Liquid Material Science
14
Air Material Science

Keyphrases

100
Working Fluid Keyphrases
100
Absorption Cycle Keyphrases
100
Heating Performance Keyphrases
100
Hybrid Heat Pump Keyphrases
100
Industrial Heating Keyphrases
100
Independent Cascade Keyphrases
100
Cascade Heat Pump Keyphrases
60
R161 Keyphrases
40
Coefficient of Perf... Keyphrases
40
Ionic Liquid Keyphrases
40
Heat Pump Performan... Keyphrases
40
Subloop Keyphrases
20
Thermal Properties Keyphrases
20
Anions Keyphrases
20
High Temperature Keyphrases
20
Thermodynamic Prope... Keyphrases
20
Performance Improve... Keyphrases
20
Property Data Keyphrases
20
Equilibrium Experim... Keyphrases
20
Functional Role Keyphrases
20
Anionic Species Keyphrases
20
Working Conditions Keyphrases
20
Maximum Efficiency Keyphrases
20
Heating Efficiency Keyphrases
20
Fluid Limit Keyphrases
20
Heat Source Tempera... Keyphrases
20
Exergy Performance Keyphrases
20
Air Source Keyphrases
20
High-lift Keyphrases
20
Evaluating Performa... Keyphrases
20
Industrial Demand Keyphrases
20
Temperature Gap Keyphrases
20
Vapor-liquid Equili... Keyphrases

Chemistry

100
Compression Chemistry
100
Working Fluid Chemistry
100
Heat Pump Chemistry
100
Heating Chemistry
50
Reaction Temperatur... Chemistry
50
Coefficient of Perf... Chemistry
33
Thermodynamic Prope... Chemistry
33
Ionic Liquid Chemistry
16
Anion Chemistry
16
Absorbent Chemistry
16
Cation Chemistry
16
Exergy Chemistry
16
Liquid-Vapor Equili... Chemistry

INIS

100
heating INIS
100
performance INIS
100
absorption INIS
100
optimization INIS
100
compression INIS
100
working fluids INIS
100
heat pumps INIS
83
hybrids INIS
50
fluids INIS
50
coefficient of perf... INIS
33
efficiency INIS
33
ionic liquids INIS
16
comparative evaluat... INIS
16
anions INIS
16
thermal properties INIS
16
high temperature INIS
16
thermodynamic prope... INIS
16
liquids INIS
16
equilibrium INIS
16
data INIS
16
cations INIS
16
vapors INIS
16
bridges INIS
16
air INIS
16
demand INIS
16
lifts INIS
16
screening INIS
16
exploitation INIS
16
working conditions INIS
16
exergy INIS
16
absorbents INIS

Engineering

100
Performance Engineering
100
Heat Pump Engineering
100
Heating Engineering
100
Fluid Engineering
71
Hybrid Engineering
42
Coefficient of Perf... Engineering
28
Pump Performance Engineering
14
High Temperature Engineering
14
Limitations Engineering
14
Bridges Engineering
14
Performance Improve... Engineering
14
Maximum Efficiency Engineering
14
Anions and Cation Engineering
14
Industrial Demand Engineering
14
Temperature Lift Engineering
14
Vapor-Liquid Equili... Engineering
14
Experiment Engineering
14
Research Engineering
14
Temperature Engineering
14
Efficiency Engineering
14
Thermodynamics Engineering

Chemical Engineering

100
Temperature Chemical Engineering
100
Industrial Heating Chemical Engineering
66
Thermodynamic Prope... Chemical Engineering
33
Exergy Chemical Engineering
Research OutputsResearch Output authored by Optimizing working fluids for advancing industrial heating performance of compression-absorption cascade heat pump is tagged with the concept