设计了一种简单的马弗炉,用于灰分分析中的温度优化

F. R. Abadi
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引用次数: 0

摘要

在给定温度575+25℃条件下,对马弗炉内焚烧过程中生物质灰分含量进行分析。结果取决于马弗炉温度传感器的精度水平。将K型热电偶传感器直接安装在瓷样板上,试图达到最佳温度并检测马弗炉温度。结果表明,直接焚烧法和渐进式焚烧法分别在60 ~ 90分钟和150 ~ 180分钟达到温度稳定点。在+ 6.61℃时,各处理温度分布均匀。测温精度为+ 1.18%,总温度梯度为+ 28.69 oC。在+ 20.95 oC温度下,各处理间的温度波动无显著差异。测定生物质灰分的最佳温度为588℃。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DESIGN OF A SIMPLE MUFFLE FURNACE FOR TEMPERATURE OPTIMIZATION IN ASH CONTENT ANALYSIS

Analysis of the ash content in biomass conducted through the incineration process in the muffle furnace at a given temperature of 575+25oC. The result depends on the accuracy level on the temperature sensor in the muffle furnace. It was attempted to achieve the optimum temperature and to detect the muffle furnace temperature by installing the thermocouple sensor type K directly  the porcelain sample plate. It yielded that by direct incineration process and gradual process the setup point reached in 60-90 minutes and 150-180 minutes before attaining the steady temperature, respectively. The temperature distributed uniformly for all treatments at + 6.61 oC. The temperature measurement accuracy was + 1.18%, and the overall temperature gradient was + 28.69 oC. Moreover, there was no difference in the temperature fluctuation among the treatments at the temperature of  + 20.95 oC. The optimum temperature of the chamber was  588 oC for analyzing ash content of biomass.

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