Importance is demonstrated for the setting up of efficient compressors for heat pumps and refrigeration equipment. Basic relationships are examined that allow one to determine the main compressor parameters: transfer coefficients, energy efficiency, work done and flow rate on using various working bodies (air and freon). With a transfer to freon, the transfer coefficient is reduced by 10-15%, while the efficiency and effective power are almost independent of the working body. This means that general use can be made of experience accumulated with air compressors in order to upgrade freon ones. © 2007 Springer Science+Business Media, Inc
A simple semi-empirical model for small rolling-piston-type rotary compressors using the most potent...
Vapor compression cycles are the most common method used to provide cooling to environments. In the ...
Zeotropic mixtures are widely discussed as alternative refrigerants for vapor‐compression cooling ap...
Importance is demonstrated for the setting up of efficient compressors for heat pumps and refrigerat...
Equations are proposed for the mechanical efficiency and losses in a piston compressor operating wit...
Equations are derived for determining the key parameters of piston compressor of heat pump operating...
The work is devoted to the problematic of compressors for refrigeration equipment with a focus on in...
Calculation formulas for estimating the influence of the state parameters of temperature, pressure, ...
Many standard efficiency denitions exist that qualify the mass flow and power performance characteri...
The refrigeration and heat pump systems are lately characterized by a remarkable evolution period. T...
Compressors are an essential part of refrigeration and air conditioning systems, without which, the ...
This document has been made available through Purdue e-Pubs, a service of the Purdue University Libr...
Domestic refrigerators are significant users of energy due to their continuous operation. The compre...
A global model for the thermodynamic analysis of reciprocating compressors is presented. The model i...
As manufacturing methods improve, screw compressor components can be made more accurately and hence ...
A simple semi-empirical model for small rolling-piston-type rotary compressors using the most potent...
Vapor compression cycles are the most common method used to provide cooling to environments. In the ...
Zeotropic mixtures are widely discussed as alternative refrigerants for vapor‐compression cooling ap...
Importance is demonstrated for the setting up of efficient compressors for heat pumps and refrigerat...
Equations are proposed for the mechanical efficiency and losses in a piston compressor operating wit...
Equations are derived for determining the key parameters of piston compressor of heat pump operating...
The work is devoted to the problematic of compressors for refrigeration equipment with a focus on in...
Calculation formulas for estimating the influence of the state parameters of temperature, pressure, ...
Many standard efficiency denitions exist that qualify the mass flow and power performance characteri...
The refrigeration and heat pump systems are lately characterized by a remarkable evolution period. T...
Compressors are an essential part of refrigeration and air conditioning systems, without which, the ...
This document has been made available through Purdue e-Pubs, a service of the Purdue University Libr...
Domestic refrigerators are significant users of energy due to their continuous operation. The compre...
A global model for the thermodynamic analysis of reciprocating compressors is presented. The model i...
As manufacturing methods improve, screw compressor components can be made more accurately and hence ...
A simple semi-empirical model for small rolling-piston-type rotary compressors using the most potent...
Vapor compression cycles are the most common method used to provide cooling to environments. In the ...
Zeotropic mixtures are widely discussed as alternative refrigerants for vapor‐compression cooling ap...