摘要
矿产预测实质上就是对成矿系统演化过程精确表达的探索。面对时代发展的挑战,矿产预测将从过去以分析为主转变为以分析与信息相结合的方向发展。一方面,人们将继续采用新的实验技术去了解地层、构造等因素的控矿机理。另一方面,现代信息科学的发展为理解成矿系统的非线性特性以及信息运动过程提供了必要的理论基础,虚拟现实技术的出现,为定量研究成矿系统各要素间相互作用提供了新的技术支持,为高精度成矿预测的综合信息模型的建立创造条件。
Mineral predication means to study the evolution of metallogenic system. Facing the challenge of the development of the age, mineral predication is experiencing a change from mainly relying on analysis to the combination of analysis and integration of information. On one hand, new experimental technologies are used continuously to explore the metallogenic mechanism of stratigraphy,structure etc. On the other hand, modern information science has provided the necessary theories for studying nonlinear feature and process of information flowing of metallogenic system. At the same time, on the basis of virtual reality technology,the quantitative analysis of the interaction among various factors of metallogenic system are studied and the high precision metallogenic predicting models are proposed.
出处
《矿产与地质》
2004年第2期100-102,共3页
Mineral Resources and Geology
基金
国家"十五"科技攻关项目 (编号 :2 0 0 1 BA6 0 9A-0 6 )
关键词
信息科学
矿产预测
综述
成矿系统
虚拟现实技术
Information science
mineral resources predication
metallogenic system
virtual reality technology
