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挪威采矿业由少数小型、分散的独立经营企业组成,远离人口稠密地区。受经验与财政来源的限制,多年来,其研究开发工作一直与挪威矿山协会研究部联合进行。研究部下设探、采、选等五个指导委员会,其成员来自各个矿山、大学。研究部仅支付他们的旅费和生活补贴。过去两年,研究部的采矿委员会一直在调查台式计算机在矿业应用的可能性。首先把焦点集中于许多矿山的单一、费时而又普遍的工程项目上,如探矿与地质数据的处理、矿山管理等等。至今已编制了矿山测量。扇形炮孔钻凿及装岩、地质统计应用、台阶爆破最优化及生产报表等程序。矿山测量效率因此而提高25～30％。扇形炮孔凿岩程序已被广泛采用。开采不规则铁矿体时,扇形孔设计是一件麻烦而费时的
The mining industry in Norway consists of a small number of small, decentralized, self-employed businesses that are located far from densely populated areas. Due to the limitations of experience and financial resources, its research and development work has been carried out jointly with the Research Department of the Norwegian Mines Association for many years. Under the research department, there are five steering committees such as exploration, mining and election. Its members come from all mines and universities. The research department pays only for their travel and subsistence allowances. In the past two years, the Mining Commission of the Research Department has been investigating the possibility of desktop computers being used in mining. First, focus on a single, time-consuming and common project for many mines, such as prospecting and geological data processing, mine management and more. To date, mine surveys have been prepared. Fan-shaped hole drilling and rock loading, application of geological statistics, bench blasting optimization and production reports and other procedures. As a result, the mine measurement efficiency is increased by 25-30%. Fan-shaped hole drilling program has been widely used. Fan-shaped hole design is a cumbersome and time-consuming process when mining irregular iron ore bodies