Establishment method of sinter gene bank and application thereof

Abstract

The invention belongs to the technical field of metallurgical chemical industry, and particularly relates to an establishment method of a sinter gene bank and application thereof. The establishment method of the sinter gene bank includes the following steps: 1) obtaining sinter samples with different composition information; 2) respectively obtaining sinter sample gene information of each sinter sample, wherein the sinter sample gene information includes microscopic information of the sinter sample, mesoscopic information of the sinter sample and macroscopic information of the sinter sample; and 3) establishing a database, which includes a correspondence relationship of composition information of each sinter sample and the sinter sample gene information corresponding to each sinter sample,to obtain the sinter gene bank. According to the method, intrinsic connections among composition, structures and performance of sinters can be established to facilitate better prediction and analysisof the performance of the sinters, and a vacancy of material gene databases can be compensated for.

Description

technical field [0001] The invention belongs to the technical field of metallurgy and chemical industry, and in particular relates to a method for establishing a sinter gene bank and its application. Background technique [0002] The U.S. government announced the "Materials Genomics Initiative (MGI)" in June 2011. The main content is high-throughput material calculation, high-throughput material synthesis and characterization experiments, and technical integration and collaboration of databases. Apps are at least half as fast. The proposal of the Materials Genome Project has not only brought hope for the revival of the manufacturing industry in developed countries such as the United States, but also provided important enlightenment and opportunities for my country to change the backward situation in the field of materials and adjust the economic structure. In recent years, the concept of "gene" has been introduced into the field of inorganic materials at home and abroad, bu...

AI Technical Summary

Problems solved by technology

Despite the rapid development of computers, the existing research work on sintering has made rapid progress, but the past years of sintering process research data, production practice data and experimental data obtained by researchers have not established a large database, let alone be effectively utilized. The genetic characteristics of sinter have not been systematically researched, tested and summarized, and it is impossible to change the traditional research and development model based on trial and error and achieve its supernormal speed of development