基于氧化皮测量的高温受热面在线壁温监测与修正技术

On-line metal temperature monitoring and amendment technique for high temperature heating surface based on measurement of steam oxide

氧化皮增长和分布与汽温密切相关,其绝热作用显著提高受热面金属温度,并影响受热面使用寿命。融合在线壁温监测技术和基于氧化皮厚度测试技术的基础上,提出了基于氧化皮厚度的受热面在线壁温影响修正模型和算法。

The growth and distribution of the steam oxide closely relate to the steam temperature. Thermal insulation significantly improves the metal temperature of the heating surface and affects its life. The amendment model and algorithm for on-line metal temperature are proposed by using the on-line steam oxide monitoring and measuring technique.