摘要
通过对MicroMine勘探软件、SD储量计算软件、数字固体矿产勘查系统等现有地勘专业应用软件的应用现状、软件特点、数据特点进行分析,指出MicroMine和SD软件主要用于矿体建模、储量计算、矿山设计和自动成图等方面,而数字固体矿产勘查系统对勘探工程数据采集的实现方法和采集效率难以满足用户的实际。文章结合野外地质工作实践,从数据模型、数据标准、编录原理、编录步骤等几个方面阐述了如何实现勘探工程数字化地质编录。数据模型和数据标准的建立,不仅优化了勘探工程原始地质编录数据的组织,而且方便了用户对原始地质编录数据的后续开发利用。数字化地质编录理论和方法的提出,不仅科学合理、符合实际,而且对软件的实现具有重要指导意义。
The article analyzes the application actuality,software and data character of the existing geological and prospecting software such as SD Software,MicroMine Software,Dagital Solid Minerals Prospecting System,then points out MicroMine and SD Software had been mainly applied to ore body modeling,calculation of reserves,mine design,aoto-drawing,and so on.At the same time,points out the Dagital Solid Minerals Prospecting System can not content user practical requirement on realization method and collection efficiency to prospecting engineering.The article combines field geology practice,discusses that how to realize prospecting engineering digital geological logging form data model,data standard,logging theory,logging method,an so on.Data model and data standard can not only form optimumly the original geological logging data,but also develop and utilize expediently original geological logging data.The digital geological logging theory and method not only accord with fact,but also have the important significance to software realization.
出处
《黄金科学技术》
2010年第5期43-46,共4页
Gold Science and Technology
关键词
勘探工程
数据模型
数字化地质编录
Prospecting engineering
Data model
Digital Geological logging
