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Results 1 to 25 of 89736

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Yearly simulation of a solar-aided R22-DEGDME absorption heat pump systemILERI, A.Solar energy. 1995, Vol 55, Num 4, pp 255-265, issn 0038-092XArticle

Irreversibility analysis of a water-to-water mechanical-compression heat pumpHONGMEI LIANG; KUEHN, T. H.Energy (Oxford). 1991, Vol 16, Num 6, pp 883-896, issn 0360-5442, 14 p.Article

Drop-in replacement of R22 in heat pumps used for district heating : influence of equipment and property limitationsGABRIELII, Cecilia; VAMLING, Lennart.International journal of refrigeration. 2001, Vol 24, Num 7, pp 660-675, issn 0140-7007Article

Ammoniak in Kältesätzen. Ammoniak als klassisches Kältemittel = Ammoniac in liquid chillersREINHART, A.Klima, Kälte, Heizung. 1992, Vol 20, Num 11, pp 434-436, issn 0172-1984Article

Experimental heat transfer coefficients during refrigerant vaporisation and condensation inside herringbone-type plate heat exchangers with enhanced surfacesLONGO, G. A; GASPARELLA, A; SARTORI, R et al.International journal of heat and mass transfer. 2004, Vol 47, Num 19-20, pp 4125-4136, issn 0017-9310, 12 p.Article

HCFC22-based vapour absorption refrigeration systems. Part II: Influence of component effectivenessFATOUH, M; MURTHY, S. S.International journal of energy research. 1996, Vol 20, Num 5, pp 371-384, issn 0363-907XArticle

SUVA® AC 9000 = Suva AC 9000WILMS, M; GERSTEL, J; ZAKRZEWSKI, U et al.Die Kälte und Klimatechnik. 1994, Vol 47, Num 10, pp 808-821, issn 0343-2246, 8 p.Article

Theoretical analysis of supercritical carbon dioxide heat rejection processROBINSON, D. M; GROLL, E. A.Science et technique du froid. 1997, pp 59-71, issn 0151-1637, isbn 2-903633967Conference Paper

Thermodynamic modelling of absorption-resorption heating cycles with some new working pairsBHATT, M .S; SRINIVASAN, K; KRISHNA MURTHY, M. V et al.Heat recovery systems & CHP. 1992, Vol 12, Num 3, pp 225-233, issn 0890-4332Article

Characteristics of a gravity-assisted heat pipe-based heat exchangerWADOWSKI, T; AKBARZADEH, A; JOHNSON, P et al.Heat recovery systems & CHP. 1991, Vol 11, Num 1, pp 69-77, issn 0890-4332, 9 p.Article

L'avenir des échangeurs avec les nouveaux fluides : Production du froid = The future of heat exchangers with new fluids : Cold productionMARVILLET, C.Revue générale du froid (1935). 1998, Vol 88, Num JUN, pp 29-35, issn 0755-7868Article

An NTU-ε model for alternative refrigerantsBANSAL, P. K; PURKAYASTHA, B.International journal of refrigeration. 1998, Vol 21, Num 5, pp 381-397, issn 0140-7007Article

Einsatz von Propan als Kältemittel = Application of propane as refrigerantMIKSCH, T.Luft- und Kältetechnik (Karlsruhe). 1994, Vol 30, Num 5, pp 230-231, issn 0024-7251Article

Experimental investigation on the hysteresis effect in vertical two-phase closed thermosyphonsONG, K. S; HAIDER-E-ALALHI, M.Applied thermal engineering. 1999, Vol 19, Num 4, pp 399-408, issn 1359-4311Article

A study of a water-to-water heat pump using flammable refrigerantsVANCE PAYNE, W; DOMANSKI, P. A; MULLER, J et al.Science et technique du froid. 1998, pp 658-667, issn 0151-1637, isbn 2-903633-97-5Conference Paper

Average boiling and condensation heat transfer coefficients of the zeotropic refrigerant mixture R22/R142b in a coaxial tube-in-tube heat exchangerMEYER, J. P; BUKASA, J. M; KEBONTE, S. A et al.Journal of heat transfer. 2000, Vol 122, Num 1, pp 186-188, issn 0022-1481Article

CO2 heat pump cycle and systemMA, Y; YANG, Z; LU, C et al.Science et technique du froid. 1997, pp 557-562, issn 0151-1637, isbn 7-5608-1805-6, 2VolConference Paper

Evaporation heat transfer and pressure drop of R-22 in 7 and 9.52 mm smooth/micro-fin tubesSEO, K; KIM, Y.International journal of heat and mass transfer. 2000, Vol 43, Num 16, pp 2869-2882, issn 0017-9310Article

Die Thermodrossel : Eine Anlage zur Entspannung komprimierter Flüssigkeiten unter Wärmeabgabe = The thermo-valve : A device for expanding compressed liquids and simultaneously gaining heatKELLER, J. U; GÖBEL, M. U.KI. Luft- und Kältetechnik. 1997, Vol 33, Num 2, pp 57-60, issn 0945-0459Article

R134a and various mixtures of R22/R134a as an alternative to R22 in vapour compression heat pumpsKARAGOZ, S; YILMAZ, M; COMAKLI, O et al.Energy conversion and management. 2004, Vol 45, Num 2, pp 181-196, issn 0196-8904, 16 p.Article

Single- and double-stage absorption cycles based on fluorocarbon refrigerants and organic absorbentsJELINEK, M; BORDE, I.Applied thermal engineering. 1998, Vol 18, Num 9-10, pp 765-771, issn 1359-4311Conference Paper

Comparison of mixture and pure refrigerant heat pump cyclesWEBB, R. L; DI GIOVANNI, M. A.Heat recovery systems & CHP. 1989, Vol 9, Num 4, pp 383-796, issn 0890-4332Article

A comparative thermodynamic study of R22-DMETEG and R22-DMF compression-absorption heat pumpsGEORGE, J. M; MARX, W; SRINIVASA MURTHY, S et al.Heat recovery systems & CHP. 1990, Vol 10, Num 1, pp 31-36, issn 0890-4332Article

Heat of vaporization of mixturesITO, T; YAMAGUCHI, T; AKASAKA, R et al.Heat transfer. Japanese research. 1996, Vol 25, Num 1, pp 12-24, issn 0096-0802Article

Performances d'une thermo-frigo-pompe utilisant le FRIMIP 120: une alternative au R22 = Performance of an heat pump generating cold and heat using the FRIMIP 120: an alternative of R22TOREILLES, M.Revue générale du Froid. 1989, Vol 79, Num 5, pp 229-230, issn 0035-3205Article

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