Authors

Promising types of evaporators for refrigerating machines

UDC 621.56

Promising types of evaporators for refrigerating machines

Aleksandr A. Malyshev, Mamchenko V.O., Mizin V. , Potanina A. V., Devyatov T. , Proshin S. I.

Abstract
International Academy of Refrigeration is an organization uniting the world’s leading scientists and experts engaged in the development of priority science and technology areas of refrigeration, low-grade energy, biotechnology and other important aspects of human activities. Identification and analysis of the trends of scientific progress in these areas constitute the mission of the Academy. This publication is dedicated to one of such trends, specifically to heat exchange units playing a crucial role in solving the problems of power and resource efficiency of refrigerating equipment.

Keywords: shell-and-tube evaporator; in-pipe boiling; heat transfer coefficient; plate-type evaporator; boiling in parallel plate ducts, mini- and microchannels.

All references

1. Gogolin A. A., Danilova G. N. Intensifikacija teplo-obmena v ispariteljah holodil'nyh mashin. – M: Legkaja i pishhevaja promyshlennost', 1982.

2. Mizin V. M., Sysoev V. L. i dr. Intensifikacija teploob-mennyh apparatov raspredelitel'nyh ustrojstv. Tez. dokl. VNTK «Holod narodnomu hozjajstvu». – L.: LTIHP, 1991.

3. Mizin V. M., Sysoev V. L. Modernizacija sushhestvujushhih teploobmennyh apparatov holodil'nyh mashin tipa MKT. Povy-shenie jeffektivnosti holodil'nyh mashin i ustanovok nizkopo-tencial'noj jenergetiki. Mezh. vuz. sb. nauchnyh tr. – SPb.: SPbGAHPT, 1995.

4. A.S. №1143945 Isparitel' zatoplennogo tipa/ Mizin V.M., Maljavko D.P., Sysoev V.L. i dr. – №3551155/23–06 Zajavl. 09.02.83: Opubl. 07.03.85.

5. Suhih A. A., Generalov K .S., Akimov I. A. Ispytanija tep-lovogo nasosa dlja teplosnabzhenija individual'nogo doma // T rudy MGUIJe. Tehnika nizkih temperatur na sluzhbe jekologii. – M.: MGUIJe, 2000.

6. Suhih A. A., Shabanov A. A. Jeksperimental'noe issledova-nie integral'nyh harakteristik teploobmena v isparitele teplo-nasosnoj ustanovki na R22./ Trudy Chetvertoj Rossijskoj nacio-nal'noj konferencii po teploobmenu. –M.: Izdatel'skij dom MJeI, 2006.

7. Issledovanie holodil'noj ustanovki s jeffektivnym is-paritelem./ D.H. Azizov, A.S. Karabaev i dr. / Trudy Chetvertoj Rossijskoj nacional'noj konferencii po teploobmenu. – M.: Iz-datel'skij dom MJeI, 2006.

8. Malyshev A. A., Danilova G. N. Holodil'naja tehnika. 1982. № 2.

9. Shurshev V. F. Modelirovanie processov sinteza sostava i teplootdachi pri kipenii smesi holodil'nyh agentov. Avtoreferat doktorskoj dissertacii. Astrahan, 2006.

10. Klaws Spindler. Yfns Műller – Steinhagen Flow boiling heat transfer of R134a and 414A in micofin tube at low mass fluxes and heat fluxes // Heat Mass Transfer. (2009) 45:

11. Hovalyg D., Baranenko A. V. Vestnik Mezhdunarodnoj akademii holoda. 2012. № 1.

12. Danilova G. N. i dr. Teploobmennye apparaty holodil'nyh ustanovok. – L.: Mashinostroenie. 1986.

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