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STUDY OF LIQUID VAPOUR DIRECT CONTACT EVAPORATOR.

ETUDE D'UN EVAPORATEUR A CONTACT DIRECT LIQUIDE-VAPEUR.

Author(s) : PANTALONI J.

Type of article: Periodical article

Summary

DESCRIPTION OF THE ADVANTAGES OF DIRECT CONTACT HEAT EXCHANGERS AS COMPARED TO WALL TYPE EXCHANGERS. APPLICATIONS IN GEOTHERMY. THE DIRECT CONTACT VAPORIZATION OF R113 AND N-PENTANE IN A COUNTERFLOW WATER COLUMN IS STUDIED THEORETICALLY AND EXPERIMENTALLY ; IT IS ATTEMPTED TO OPTIMIZE THESE EVAPORATORS. DESIGN OF A TEST RIG ; PARAMETRIC STUDY DESCRIBING THE EFFECT OF MAGNITUDES ON HEATING AND HYDRODYNAMICS IN THE EXCHANGE COLUMN. PHYSICO-CHEMICAL STUDY DESCRIBING THE NATURE OF THE CONTINUOUS CARRY-OVER PHASE ; METHOD FOR CALCULATING THE CARRY-OVER COEFFICIENT. STUDY OF THE VAPORIZATION MECHANISM, HEAT TRANSFER AND HYDRODYNAMIC BEHAVIOUR OF DROPLETS MOVING IN ANOTHER IMMISCIBLE LIQUID. DETERMINATION OF THE EFFECTIVE EXCHANGE SURFACE. MODELLING OF DIRECT CONTACT EXCHANGERS. (Bibliogr. int. IFP-AFME-CNRS, FR., 876230-9079.

Details

  • Original title: ETUDE D'UN EVAPORATEUR A CONTACT DIRECT LIQUIDE-VAPEUR.
  • Record ID : 1988-0992
  • Languages: French
  • Source: CNRS - PIRSEM-2027; 159 p.
  • Publication date: 1986
  • Document available for consultation in the library of the IIR headquarters only.

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