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THERMOCHEMICAL HEAT PUMPS USING SOLID OR SATURED SOLUTION AND GAS: IRREDUCIBLE COUPLING BETWEEN HEAT-MASS DIFFUSION AND REACTION.

POMPES A CHALEUR CHIMIQUES UTILISANT UN SOLIDE OU UNE SOLUTION SATUREE ET UN GAZ : COUPLAGE IRREDUCTIBLE ENTRE LA DIFFUSION CHALEUR-MASSE ET LA REACTION.

Author(s) : MAZET N.

Type of article: Article

Summary

THE TESTING ON LABORATORY PROTOTYPES (0.1 TO 2 KILOW CAPACITY) OF CHEMICAL HEAT PUMPS USING EITHER GAS AND A SOLID OR A SATURATED SALT SOLUTION AND A GAS, SHOWED A UNIQUE COUPLING PROBLEM BETWEEN REACTION (GAS-SOLID) OR ABSORPTION (GAS-SATURATED SOLUTION) RATES AND HEAT AND MASS TRANSFER PROCESSES. A PHENOMENOLOGICAL MODELLING ANALYSES THE DYNAMIC DEVELOPMENT OF THE REACTOR SUBJECTED TO PRESSURE AND TEMPERATURE STRESSES. THE AUTOMATIC MANAGEMENT OF THE CHEMICAL HEAT PUMP REQUIRES SUCH AN APPROACH.

Details

  • Original title: POMPES A CHALEUR CHIMIQUES UTILISANT UN SOLIDE OU UNE SOLUTION SATUREE ET UN GAZ : COUPLAGE IRREDUCTIBLE ENTRE LA DIFFUSION CHALEUR-MASSE ET LA REACTION.
  • Record ID : 1986-1248
  • Languages: French
  • Source: VDI-Ber. - n. 539
  • Publication date: 1984
  • Document available for consultation in the library of the IIR headquarters only.

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