Overview
ABSTRACT
Compression refrigerating machines are widely used as cold production, air-conditioning and preservation of food systems... Amongst them, single-stage mechanical compression refrigeration systems are the object of a significant development. It is thus necessary to have good understanding of the phenomena involved. The calculation of a single-stage machine requires the drafting of both fundamental and technical cycles. This approach leads to the selection of the characteristics and performances of the machine and thus to that of the compressor and its performances. The setting modes of the thermic power then have to meet the demand regarding cold and heat production even under the most critical conditions.
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Read the articleAUTHORS
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Maxime DUMINIL : Former professor at the CNAM Institute of Industrial Refrigeration and Climatic Engineering - Former professor at École Centrale de Paris - Honorary expert to the Paris Court of Appeal
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Jean-Pierre DOMBLIDES : Lecturer at the Conservatoire national de arts et métiers and at the IFFI Institut français du froid industriel et du génie climatique - Chairman of the Training Commission of the French Refrigeration Association (AFF)
INTRODUCTION
A good knowledge of compression refrigeration cycles is of major importance, which justifies the development reserved for them. After providing general information on refrigeration systems in the previous dossier
The following
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Refrigerating machines theory - Mechanical compression machines. Single-stage cycles
Single-stage cycle of a pure refrigerant or an azeotrope
Bibliography
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