Abdukarimov B.А., Otakulov B.А., Mahsitaliyev B.I., Murodaliyeva N.А. 

Abdukarimov Bekzod Abobakirovich - Senior Researcher;

Otakulov Bahrom Adhamovich - Senior Researcher;

Mahsitaliyev Barhayot Iftihorjon ugli - Student;

Murodaliyeva Nilufar Avazbek qizi - Student,

DEPARTMENT CONSTRUCTION OF ENGINEERING COMMUNICATIONS,

FERGANA POLYTECHNIC INSTITUTE,

FERGANA, REPUBLIC OF UZBEKISTAN

Abstract: this article provides recommendations for improving the efficiency of solar air heaters in free convection and provides information on improving the efficiency of the device by installing solar and radiation surfaces of solar air heaters on it using special convective moving elements in the air.

Keywords: convection, heat exchange, air heater, efficiency, resistance.
                                              

References

1. Razak A.A., Majid Z.A.A., Ruslan M.H., Thermal absorber material selection for solar thermal Bi-Metallic multilayer crosses absorber.
2. Duffe J. , Beckman W. Solar Engineering of Thermal Processes, New York: Wiley, 1991.
3. Madaliyev E., Heat Engineering. Fergana, 2012. 150-161 page.

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		Тип лицензии на данную статью – CC BY 4.0. Это значит, что Вы можете свободно цитировать данную статью на любом носителе и в любом формате при указании авторства.
Abdukarimov B.А., Otakulov B.А., Mahsitaliyev B.I., Murodaliyeva N.А. INCREASING THE EFFICIENCY OF SOLAR AIR HEATERS IN FREE CONVECTION CONDITIONS // Достижения науки и образования №2(43), 2019 - С.{ см. журнал}.

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