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我厂的大型现代化高炉,每炉每日出铁均达九次之多。即是说,化验室接受生铁、炉渣分析试样,数以百计,另有型铁试样五、六十件,全日分析总量相当之大。生产实践向钢铁分析工作者提出了两个急需解决的实际问题——钢铁分析务必实现高速和自动化。鉴于此,我室开始了自动分析仪的研制工作。我室第一台硅、锰、磷自动分析仪是在文化大革命之后试制成功并应用于生产的。尽管在此之前,已有初步尝试,然而,由于受到洋奴哲
I plant a large modern blast furnace, a furnace daily output of up to nine times as much. That is to say, the laboratory accepts pig iron, slag analysis of samples, hundreds, and another type of iron samples five or sixty, the total amount of full-day analysis is quite large. Production practice poses two urgent practical problems for steel analysts - that steel analysis must be fast and automated. In view of this, my room began the development of automatic analyzers. The first silicon, manganese and phosphorus analyzer in our lab was successfully trial-produced and applied to production after the Cultural Revolution. Although prior attempts have been made, however, due to foreign slaves