Data mining assisted prediction of liquidus temperature for primary crystallization of different electrolyte systems - Lu, Hui; Hu, Xiaojun; Cao, Bin; Ma, Liang; Chai, Wanqiu; Yang, Yunchuan (Chemometrics and intelligent laboratory systems, 2020)
Keywords: Aluminium electrolysis industry; Back-propagation artificial neural network; Electrolyte; Gradient boosting regression; Liquidus temperature; Random forest regression; Support vector machine; Aluminium electrolysis industry; Electrolyte; Back-propagation artificial neural network; Liquidus temperature; Random forest regression; Support vector machine; Gradient boosting regression