THE STUDY OF GAS-DYNAMIC RESISTANCE OF THE LAYER OF AGGLOMERATION CHARGE, PREPARED FOR SINTERING
Keywords:
gas-dynamic resistance, agglomeration charge, fractional composition
Abstract
The paper studied to determine the flow resistance a layer sinter mix of different fractional composition. Identified effect of segregation and the rate of air filtration on the gas dynamics of sintered layer.
References
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Korotich, V.I. (1969). The dynamics of the agglomeration process, Metalurgiya, Moscow 206 p.
Korshikov, G. V. (1983). The influence of the structure of the structural elements of the agglomeration of the charge on the gas-dynamic characteristics of the sintered layer, Chernaya Metalurgiya, №.6, P. 12-15.
Frolov, U.A. (2005). Analysis of gas-dynamic operation of sintering machines, Stal, No 6, P. 42-51.
Petrushov, S. N.(2006). Forming a layer of charge on the sintering machine, DonSTU, Alchevsk,
182 p.
Petrushov, S.N. (1983). The study and improvement of the laying of the charge on the sintering machine, Heat engineering and gas dynamics of the agglomeration process: collection. - Kiev: Naukova Dumka, P. 29-33.
Matsumura, T. Development of new feeding equipment for controlling charge segregation of sinter feed / T. Matsumura, S. Amano, H. Asahara.// Current Advances in Materials and Processes. - 1999. - №4. - 766 p.
Frolov, U.A. (1974). Investigation of segregation of sinter mix, Stal, №.10, P. 82-86.
Pazuk, M.U.(1982). Investigation of segregation of fuel in the batch blanket, Chernaya Metalurgiya, №.12, P. 6-8
Nakano, M. Sintercake Structure Offering High Productivity and High Yield / M. Nakano, T. Kawaquchi, S. Kasama. // ICSTI Ironmaking Conference Proceedings. - 1996. - P 183-190.
Mnyh, A.S. (2014), Determination of the optimal distribution of the solid fuel layer downloadable charge to align the thermal regime of the sintering process., Tehnicheskaya teplophizika I promishlenaya teploenergetika, №.6, P. 47-51
Korotich, V.I. (1969). The dynamics of the agglomeration process, Metalurgiya, Moscow 206 p.
Korshikov, G. V. (1983). The influence of the structure of the structural elements of the agglomeration of the charge on the gas-dynamic characteristics of the sintered layer, Chernaya Metalurgiya, №.6, P. 12-15.
Frolov, U.A. (2005). Analysis of gas-dynamic operation of sintering machines, Stal, No 6, P. 42-51.
Petrushov, S. N.(2006). Forming a layer of charge on the sintering machine, DonSTU, Alchevsk,
182 p.
Petrushov, S.N. (1983). The study and improvement of the laying of the charge on the sintering machine, Heat engineering and gas dynamics of the agglomeration process: collection. - Kiev: Naukova Dumka, P. 29-33.
Matsumura, T. Development of new feeding equipment for controlling charge segregation of sinter feed / T. Matsumura, S. Amano, H. Asahara.// Current Advances in Materials and Processes. - 1999. - №4. - 766 p.
Frolov, U.A. (1974). Investigation of segregation of sinter mix, Stal, №.10, P. 82-86.
Pazuk, M.U.(1982). Investigation of segregation of fuel in the batch blanket, Chernaya Metalurgiya, №.12, P. 6-8
Nakano, M. Sintercake Structure Offering High Productivity and High Yield / M. Nakano, T. Kawaquchi, S. Kasama. // ICSTI Ironmaking Conference Proceedings. - 1996. - P 183-190.
Mnyh, A.S. (2014), Determination of the optimal distribution of the solid fuel layer downloadable charge to align the thermal regime of the sintering process., Tehnicheskaya teplophizika I promishlenaya teploenergetika, №.6, P. 47-51
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Published
2017-11-05
How to Cite
Mnyh, A., Yakovleva, I., Pazuk, M., & Ovchinikova, I. A. (2017). THE STUDY OF GAS-DYNAMIC RESISTANCE OF THE LAYER OF AGGLOMERATION CHARGE, PREPARED FOR SINTERING. Thermophysics and Thermal Power Engineering, 37(5), 16-22. https://doi.org/https://doi.org/10.31472/ihe.5.2015.02
Section
Heat and Mass Exchange Apparatus
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