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|Title:||Resources and Problems of the Mathematical Simulating Thermo-technological processes|
|Authors:||Kuznetsov, V. A.|
Trubaev, P. A.
|Keywords:||Authors of BSTU|
|Abstract:||The paper presents the combustion of natural gas in a short flame in entourage of the very hot air had produced extremely elevated temperature of the flame, reaching 2300...2500 °C at the front of burning. In the stagnant part of the gas space beyond the short flame, the temperature of gases had gone down, approaching gradually to temperature of the molten-glass surface. As it is well known, a relatively low temperature level of the stagnant gas space allows zones of glass cooling to be organized at the end of the molten-glass basin of the glass furnaces with returned gas flow.|
|Description:||Kuznetsov V. A. Resources and Problems of the Mathematical Simulating Thermo-technological processes / V. A. Kuznetsov, P. A. Trubaev // IOP Conf. Series: Journal of Physics. - 2018. - Vol.1066. - 012024.|
|Appears in Collections:||Energetics|
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