Heat Saturation Time of Solid Spherical Regenerator of HTAC

LU Qing-heng; CHENG Su-sen; YANG Tian-jun

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Heat Saturation Time of Solid Spherical Regenerator of HTAC

机译：HTAC固体球形蓄热体的热饱和时间

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In order to control the heat saturation time, the temperature field of the regenerators of high temperature air combustion (HTAC) technology after reheating furnace was studied. A one-dimensional unsteady mathematical model was established and discretized through finite difference method. The relationship between the heat saturation time and some factors was determined through the calculation of a program developed by language C. The heat saturation time decreases with the increase of heat convection coefficient, however, the increase of heat capacity, density and radius of regenerator all increase the heat saturation time approximately linearly.

机译：为了控制热饱和时间，研究了高温空气燃烧（HTAC）技术回热炉回热器后的温度场。建立了一维非定常数学模型，并通过有限差分法离散化。通过使用C语言开发的程序来确定热饱和时间与某些因素之间的关系。热饱和时间随着热对流系数的增加而减少，但是，热容量，密度和蓄热室半径的增加近似线性地增加热饱和时间。

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《Journal of Iron and Steel Research International》 |2006年第2期|p.10-13|共4页
作者
LU Qing-heng; CHENG Su-sen; YANG Tian-jun;
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作者单位

Metallurgy Engineering School, University of Science and Technology Beijing, Beijing 100083, China;

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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
solid spherical regenerator; heat saturation time; mathematical model;

机译：固体球形蓄热器热饱和时间数学模型;

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Heat Saturation Time of Solid Spherical Regenerator of HTAC

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