5-14. The illumination of TRIZ innovative method to the high-throughput experimentation of materials

Cao xiying, Li hongxia, Wang gang, Zhang qi

State key Laboratory of Advanced Refractories, Sinosteel Luoyang Institute of Refractories Research Co., Ltd., Luoyang 471039, Henan, China

Abstract: The high-throughput experiment of materials is to complete the preparation and characterization of a large number of samples in a short time. The core idea is to change the sequential iterative method used in the research of traditional materials to parallel processing, and improve research efficiency. TRIZ is a invention problem solving theory. It was proposed in 1946 by the Russian scholar G.S.Altshuller and his colleagues through the analysis of tens of thousands of patents. TRIZ can assist people to creatively obtain an effective solution to the problem of invention. This paper briefly discusses some inspirations of TRIZ for high-throughput experiments of materials, including the gradient material prepared by gradient Field, the improvement of the refractory drying process (two-parameter control method) and the stress fatigue test to measure the thermal shock resistance of refractory materials. The integration of TRIZ and material genetic engineering will better promote technological innovation in the field of materials.

Keywords: TRIZ innovative method, Material genetic engineering, High-throughput experimentation, Refractories.

TRIZ创新方法对材料高通量实验的启发

曹喜营, 李红霞，王刚，张琪

中钢集团洛阳耐火材料研究院有限公司 先进耐火材料国家重点实验室 河南洛阳471039

摘要：材料高通量实验是在短时间内完成大量样品的制备与表征，核心思想是将传统材料研究中采用的顺序迭代方法改为并行处理，以量变引起材料研究效率的质变。TRIZ是由俄国学者根里奇·阿奇舒勒（G.S.Altshuller）和其同事通过对上万份专利的分析，于1946年提出的一套解决发明问题的理论方法体系，协助人们创造性地获得发明问题的有效解。本文简要论述了TRIZ创新方法对材料高通量实验的一些启发，并以梯度场制备梯度材料、耐火材料烘烤工艺的改进（双参数控制方法）和应力疲劳法测试耐火材料抗热震稳定性等为例加以说明。TRIZ创新方法和材料基因工程两种创新理论的融合，将更好的促进材料领域的技术创新。

关键词：TRIZ创新方法；材料基因工程；高通量实验；耐火材料