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45 829 records
EFFECTS OF FREEZING ON PHYSICAL PROPERTIES AND SENSORY CHARACTERISTICS OF MEAT FROM FRYER AND SENIOR RABBITS.
IIR document
UNEP assessment of the Montreal Protocol: refrigeration within the framework of the technology review.
CFC research programmes in Western Europe.
Impact of CFC curtailment on refrigeration and mitigation research in Japan.
Heat pumps and energy recovery.
Thermophysical properties of pure substances and mixtures for refrigeration.
1990: refrigeration and CFCs. International Colloquium of Brussels, Belgium, March 19-20, 1990.
Chilling and Freezing of New Fish Products.
Progress in the science and technology of refrigeration in food engineering. Proceedings of meetings (Commissions B2, C2, D1, D2/3): Dresden, Germany, September 24-28, 1990.
THE ENVIRONMENTAL IMPACT OF CFCS.
CORRELATIONS DE TRANSFERT DE CHALEUR POUR L'EBULLITION DE FLUIDES DE REMPLACEMENT DU R113.
CORRELATION EQUATIONS FOR BOILING HEAT TRANSFER ASSOCIATED WITH R113 REPLACEMENT FLUIDS.
STIRLING CYCLE: AN ALTERNATIVE FOR COOLING MACHINES.
CALCULATIONS OF THE VAPOUR-LIQUID EQUILIBRIUM OF SOME BINARY SYSTEMS OF REFRIGERANTS BY VARIOUS CUBIC EQUATIONS OF STATE.
THE APPLICATION OF THE GIBBS-DUHEM EQUATION FOR BINARY PHASE EQUILIBRIUM MEASUREMENTS.
THERMOPHYSICAL PROPERTIES RESEARCH ON ENVIRONMENTALLY ACCEPTABLE REFRIGERANTS.
EASY: EXERGETIC ANALYSIS OF SYSTEMS. INTERACTIVE COMPUTER CODE FOR REFRIGERANTS THERMODYNAMIC PROPERTIES: EVALUATION AND EXERGETIC ANALYSIS OF VAPOUR COMPRESSION SYSTEMS.
A DATABASE SYSTEM FOR THERMOPHYSICAL PROPERTIES OF PURE FLUIDS AND FLUID MIXTURES.
THERMAL DIFFUSIVITY OF REFRIGERANTS.
ISOCHORIC (P,V,T) MEASUREMENTS ON R12 IN THE LIQUID STATE FROM 120 TO 470 K (-153 AND 197 DEG C) AND AT PRESSURES UP TO 300 BARS.
THERMODYNAMIC PROPERTIES OF CF4 BETWEEN 175 AND 375 K (-98 AND 102 DEG C) AT PRESSURES UP TO 1 MEGAPASCAL DETERMINED FROM THE SPEED OF SOUND.
VISCOSITY OF REFRIGERANT R22 AND MIXTURES OF R22-R114 AT HIGH PRESSURE.
VAPOUR PRESSURE OF TRIFLUOROETHANOL.
MEASUREMENTS OF THE SURFACE TENSION FOR HCFC123 AND HFC134A.
EXPERIMENTAL STUDY OF THERMODYNAMIC PROPERTIES OF 1,1,1,2-TETRAFLUOROETHANE (R134A).
THERMAL CONDUCTIVITY OF R134A OVER THE TEMPERATURE RANGE 240 TO 373 K (-33 TO 100 DEG C).
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