Supstitucija CFC i HCFC - kratkoro?na i dugoro?na reenja
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Nov 11, 2016
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Ovo je tekst predavanja koje je profesor Kavalini odrao na sastanku Nau?nog saveta Me?unarodnog instituta za h1a?enje, juna 1994. godine. Prvi deo ?lanka prikazuje razli?ite pristupe problemu meavina, dok se u drugom delu posebno obra?uju tzv. prirodni rashladni medijumi.
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CAVALLINI, Alberto.
Supstitucija CFC i HCFC - kratkoro?na i dugoro?na reenja.
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 24, n. 2, p. 59-65, nov. 2016.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/486>. Datum pristupa: 12 nov. 2025
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Reference
[1] Fisher, S. K., P. D. Fairchild, P. .J. Hughes, Global warming implications of replacing CFC's, ASHRAE Journal, April 1992, p. 14.
[2] Steadman, M., Heat pumps and the environment, an international overview, IEA Heat Pump Centre Newsletter, vol. 11, No 3 (1993), p. 12.
[3] Stuij, B., Heat pump working fluid, an international overview, IEA Heat Pump Centre Newsletter, Vol. 12, No 1 (l 99-1), p. 11.
[4] Didion, D. A., The role of refrigerant mixtures, Bulletin of the International Institute of Refrigeration, Tome LXXIV -No 3 (1994), p. 4.
[5] Kedzierski, M. A., J. II. Kim and D. A. Didion, Causes of the apparent heat transfer degradation for refrigerant mixtures -two-phase flow and heat transfer, 1992 ASME 28the National Heat Transfer Conference and Exhibition, San Diego, Cal.
[6] Stephan, K., Heat transfer in condensation of refrigerant/mixtures. Influence of thermophysical properties and interfacial effects, Proceedings of International Seminar on Heat Transfer, Thermophysical Properties and Cycle Performance of Alternative Refrigerants, December 6-8,1993, Kytakyushu (Japan), p. I.
[7] Kruse, II., Chen, Cycle performance of alternative refrigerant mixtures, Proceedings of International Seminar on Heat Transfer, Thermophysical Properties and Cycle Performance of Alternative Refrigerants, December 6-8,1993, Kytakyushu (Japan), p. 217.
[8] Camporese, R., A. Cavallini, E. Fornasieri, C. M. Joppolo, Lo stati dell arte e la prospettive del processo di sostituzione del CFC e degli HCFC (in Italian), Proceedings Free 94 -Fluidi refrigeranti, espendenti, estinguenti, 1994, Padova, p. 25.
[9] *** : Design of Clean Blends containing Clea 32, ICI Technical Note, September 1992.
[10] Richard, R. G., I. R. Shankland, Flamabillity of alternative refrigerants, ASHRAE Journal, April 1992, p.20.
[11] Lankford, L., J. Nimitz, A new class of high-performance, environmentally sound refrigerants, The 1993 international CFC and Halon alternatives Conference proceedings Washington D.C. 1993. 5.41.,
[12] Frivik, P. E., CFC replacement by natural working fluids R&D and industrial challenges within the refrigeration, air conditioning and heat pump areas, Proceedings of International Seminar on Heat Transfer, Thermophysical Properties and Cycle Performance of alternative Refrigerants, December 6-8, 1993, Kytakyushy (Japan), p.189.
[13] *** : Pre-prints of the International Conference "New applications of natural working fluids in refrigeration and air-conditioning", May 10-13, 1994, Hannover (Germany)
[2] Steadman, M., Heat pumps and the environment, an international overview, IEA Heat Pump Centre Newsletter, vol. 11, No 3 (1993), p. 12.
[3] Stuij, B., Heat pump working fluid, an international overview, IEA Heat Pump Centre Newsletter, Vol. 12, No 1 (l 99-1), p. 11.
[4] Didion, D. A., The role of refrigerant mixtures, Bulletin of the International Institute of Refrigeration, Tome LXXIV -No 3 (1994), p. 4.
[5] Kedzierski, M. A., J. II. Kim and D. A. Didion, Causes of the apparent heat transfer degradation for refrigerant mixtures -two-phase flow and heat transfer, 1992 ASME 28the National Heat Transfer Conference and Exhibition, San Diego, Cal.
[6] Stephan, K., Heat transfer in condensation of refrigerant/mixtures. Influence of thermophysical properties and interfacial effects, Proceedings of International Seminar on Heat Transfer, Thermophysical Properties and Cycle Performance of Alternative Refrigerants, December 6-8,1993, Kytakyushu (Japan), p. I.
[7] Kruse, II., Chen, Cycle performance of alternative refrigerant mixtures, Proceedings of International Seminar on Heat Transfer, Thermophysical Properties and Cycle Performance of Alternative Refrigerants, December 6-8,1993, Kytakyushu (Japan), p. 217.
[8] Camporese, R., A. Cavallini, E. Fornasieri, C. M. Joppolo, Lo stati dell arte e la prospettive del processo di sostituzione del CFC e degli HCFC (in Italian), Proceedings Free 94 -Fluidi refrigeranti, espendenti, estinguenti, 1994, Padova, p. 25.
[9] *** : Design of Clean Blends containing Clea 32, ICI Technical Note, September 1992.
[10] Richard, R. G., I. R. Shankland, Flamabillity of alternative refrigerants, ASHRAE Journal, April 1992, p.20.
[11] Lankford, L., J. Nimitz, A new class of high-performance, environmentally sound refrigerants, The 1993 international CFC and Halon alternatives Conference proceedings Washington D.C. 1993. 5.41.,
[12] Frivik, P. E., CFC replacement by natural working fluids R&D and industrial challenges within the refrigeration, air conditioning and heat pump areas, Proceedings of International Seminar on Heat Transfer, Thermophysical Properties and Cycle Performance of alternative Refrigerants, December 6-8, 1993, Kytakyushy (Japan), p.189.
[13] *** : Pre-prints of the International Conference "New applications of natural working fluids in refrigeration and air-conditioning", May 10-13, 1994, Hannover (Germany)