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Scientific-technical journal

Abstract

The article describes the changes in the temperature field in the construction of a flat-walled water tank heat accumulator in a helioglass poultryhouse, analytical and numerical methods, the results of experimental research on scientific and practical basis.

First Page

66

Last Page

71

References

[1]. Xayriddinov B.E., Xalimov A.G., Xolmirzayev N.S. Poultry farm with heliobioenergy heating system. (in Russian)Materials of the international scientific and practical conference - Kinel: Samara. 13-14 April, 2016.- pp.296-301.

[2]. Namazov F.A., Sattorov N.B., Yuldoshev I.M. Study of thermophysical processes of the autonomous solar poultry farm. (in Uzbek)// Collection of materials of the Republican Scientific and Practical Conference "Current Problems of Physics and Ecology". Termez SU. 2018. pp. 71-75.

[3]. Babenko Yu.I. Heat and Mass Transfer Method for Calculation of Heat and Diffusion Flows. (in Russian) L: “Khimiya”, 1986. 116 p.

[4]. Winter C.D., Sirman R.L. Vant-Huee L.L (EdS) Solar Power Plants Springer – Verlag, USA. 1991. pp. 213-232.

[5]. Kozdoba L.A., Krukovsky P.G. Methods of solving inverse heat transfer problems. (in Russian). Kiev. “Naukova Dumka” 1988.- 228 p.

[6]. Krayt F., Black U. Heat transfer basics (in Russian translated from English). М.: “ Mir”, 1983. 281 p.

[7]. Shevyakov A.A., Yakovlena R.V. Engineering methods for calculating the dynamics of heat exchangers (in Russian). М.: Mashinostroeniye, 2004, 338 p.

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