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A. S. Askarova V. E. Messerle A. B. Ustimenko S. A. Bolegenova S. A. Bolegenova V. Yu. Maximov A. B. Yergalieva 《Thermophysics and Aeromechanics》2016,23(1):125-134
The computational experiments using the “Overfire Air” (OFA) technology at the coal dust torch combustion in the combustor of the BKZ-160 boiler of the heat power plant No. 2 in Almaty have been conducted. The results show a possibility of reaching a reduction of the emission of noxious nitrogen oxides NO x and minimizing the energy losses. The results of numerical experiments on the influence of the additional air supply on the main characteristics of heat and mass transfer are presented. A comparison with the base regime of the solid fuel combustion when there is no supply of the additional air (OFA = 0 %) has been made. 相似文献
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Bayramov M. R. Askarova G. M. Mehdiyeva G. M. Agayeva M. A. Mammadov I. G. Mammadova P. Sh. Jafarzadeh S. H. 《Russian Journal of Applied Chemistry》2020,93(11):1638-1645
Russian Journal of Applied Chemistry - A series of polyfunctional organic compounds, 1-propenyl- and 1-allyl-2-propargyloxy-3-aminomethylbenzenes containing simultaneously an aminomethyl group and... 相似文献