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高炉是钢铁联合企业的咽喉,能耗最大。高炉本身是一个密闭反应器,除风口可观察外,只有借助于各种仪表综合分析,才能判断炉况并采取有效的措施。现代高炉检测的发展主要集中在:(1)开发更多的检测项目;(2)使用微型计算机作运算和补正以提高检测精度(新开发的检测装置有90%带微型机);(3)开发设备诊断技术。一、料面形状的测量最新的测量料面形状的方法如图1所示。其中YAG型激光式高炉料面形状测量仪(图2)是利用三角测量原理。方向
The blast furnace is the throat of a steel conglomerate and consumes the most energy. Blast furnace itself is a closed reactor, except for the outlet can be observed, only by means of a comprehensive analysis of various instruments in order to determine the furnace conditions and take effective measures. The development of modern blast furnace testing mainly focuses on: (1) developing more test items; (2) using microcomputers for computation and correction to improve the detection accuracy (90% of the newly developed detection devices have a microcomputer); (3) Development of equipment diagnostics. First, the measurement of the shape of the surface The latest method of measuring the shape of the surface is shown in Figure 1. Which YAG laser blast furnace surface shape measuring instrument (Figure 2) is the use of triangulation principle. direction