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讨论了低温回热器的传热特点,推导了理想低温回热器的豪森基本方程。并试图用牛顿插值公式求解豪森偏微分方程,整理出了在不同对比长度、对比周期下的回热器效率曲线,及某些截面上填料温度、气体温度随时间的变化图形。本文还对回热器的某些损失进行了分析,用此通用程序可计算效率在99%以上的低温回热器。图8表1参8。
The heat transfer characteristics of the low temperature regenerator are discussed, and the Howsom basic equation of the ideal low temperature regenerator is deduced. At the same time, it is tried to solve the Haushausen partial differential equation by the Newton interpolation formula. The efficiency curve of regenerator under different contrast length and contrast cycle is plotted, and the graph of filler temperature and gas temperature with time is found on some sections. This paper also analyzes some of the regenerator losses and uses this general procedure to calculate the low temperature regenerator with an efficiency of over 99%. Figure 8 Table 1 Reference 8.