摘要
介绍了运用TRIZ理论改进固体载体型元素提取器的过程。首先找出现有元素提取器的优势与不足,提出理想解,再利用冲突矩阵提供的发明原理创新改进;改进后的球状元素提取器最大限度地扩展了其与周围土壤的接触面,更好地适应电场作用特性,为土壤中的电活动态物质进入提取器提供了更便捷、更广阔的通道,使得电提取作用过程的效率达到最大化。
This paper introduces the application of TRIZ theory to improving the process of solid carrier element extractor. First the advantages and disadvantages of the existing elements extractors are pointed out,the ideal solution is proposed,and the invention theory is innovated to improve the design of the conflict matrix. The improved ball element extractor expands the contact surface with the surrounding soil to the maximum,and can be better adapted to the characteristics of electric field,thus providing a more convenient and broader channel for the electric active material in the soil to enter the extractor and hence maximizing the efficicney of the electric extraction process.
出处
《物探与化探》
CAS
CSCD
2016年第4期826-830,共5页
Geophysical and Geochemical Exploration
基金
中国地质调查局地质矿产调查评价项目(12120113100400)
关键词
TRIZ
电提取法
元素提取器
技术冲突
物质—场
冲突矩阵
TRIZ
techniques of CHIM
elements extractor
technological conflict
material-field
conflict matrix
