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Application of mixture design in optimizing complex flux to lower ash fusion temperature

机译:混合设计在优化复合焊至下灰熔化温度下的应用

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In order to achieve good results of lowering the coal ash flow temperature. three different fluxes were chosen to blend. By use of the method of mixture design, the blending proportion of complex flux was optimized. In addition, a mathematical model describing the relationship between the flow temperature and proportion of complex flux was developed. The results show that the flux of A, B and C at a mass percentage of 0, 0.52 and 0.48 resulted in the minimum coal ash flow temperature, and the prediction result of the model proved correct by the verification test. Mixture design is a available and effective method for optimizing the formulation of complex flux.
机译:为了实现降低煤灰流量的良好结果。选择三种不同的助熔剂来混合。通过使用混合设计方法,优化了复合焊剂的混合比例。另外,描述了描述了复杂通量的流量温度与复合焊剂比例之间的关系的数学模型。结果表明,质量百分比为0,0.52和0.48的A,B和C的通量导致最小的煤灰流量温度,并且通过验证测试证明了模型的预测结果。混合物设计是优化复杂通量的配方的可用和有效方法。

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