Author:
Yao Tang-Shi,Tang Cen-Yao,Yang Meng,Zhu Ke-Jia,Yan Da-Yu,Yi Chang-Jiang,Feng Zi-Li,Lei He-Chang,Li Cheng-He,Wang Le,Wang Lei,Shi You-Guo,Sun Yu-Jie,Ding Hong
Abstract
Growth of high-quality single crystals is of great significance for research of condensed matter physics. The exploration of suitable growing conditions for single crystals is expensive and time-consuming, especially for ternary compounds because of the lack of ternary phase diagram. Here we use machine learning (ML) trained on our experimental data to predict and instruct the growth. Four kinds of ML methods, including support vector machine (SVM), decision tree, random forest and gradient boosting decision tree, are adopted. The SVM method is relatively stable and works well, with an accuracy of 81% in predicting experimental results. By comparison, the accuracy of laboratory reaches 36%. The decision tree model is also used to reveal which features will take critical roles in growing processes.
Subject
General Physics and Astronomy
Cited by
11 articles.
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