地质数据 meaning in Chinese
geologic data
Examples
- Geological data can be presented as a regularly sampled series .
地质数据可以表示有规律的取样数列。 - This paper introduces the contents and characteristics of the main models of the classification and system of drogedogical data , and elucidates emphatically the system designing system connection , data flow chart and system structure
摘要本文介绍了水文地质数据的分类和系统的主要模块内容与特点，重点论述了系统设计、系统接口、数据流图和系统结构。 - It is the geological data pretreatment to set off cells of geological body and to select model and forecast cells and to pick up and to evaluate geological variable , the evaluated geological cells are finally gridded by gis
地质数据预处理，就是在深入研究测区的地质资料的基础上，对地质体进行单元划分、选择模型单元和预测单元、提取地质变量并赋值，最后对赋过值的地质单元利用gis进行网格化。 - The paper analyzed the demands of urban geological data and function , confirmed the content of urban geological data warehouse and information system , and designed the system framework . furthermore , by using gis , data warehouse , 3d visualization and decision support technologies , the paper also studied the following function modules in urban geological information system : multi - source data conformity , model integration , as well as spatial decision support for urban underground space
通过对城市地质数据与功能的需求分析,确定了城市地质数据仓库及其信息系统的建设内容,进行了系统框架设计;基于gis技术、数据仓库技术、三维可视化技术以及决策支持技术,进行了多源数据整合、模型集成、城市地下空间规划辅助决策等主要功能模块的研究。 - The efficiency and reliability of minerogenetic prediction can be improved by combining rs with gis . we processed rs images , extracted the geological information related to mineralizing , such as geology , structures , stratam , rocks , etc , synthetically analysed remote sensing , the geological data and geo - chemistry , under the guidance of the theory and mathematic model , set up gis mineralize model . on this condition , to develop this method and its theory , and to establish a system of perfect prediction , it is not only useful in studied degree area but also favorable for looking for new type and some form large - scale deposits in old studied area , and it has a great theoretical meaning
遥感与gis相结合用于成矿预测中可大大提高预测工作的效率和可靠性。通过对研究区的遥感图像处理和地质、构造、地层、岩石、矿化蚀变等有关信息的特征提取、遥感、地质数据和物化探数据的综合与复合分析，在一定成矿理论和数学模型指导下，建立gis综合找矿模型。在此基础上，发展这一方法及理论并建立完善的预测体系，不仅对研究程度较低的新区矿床预测有用，而且对研究程度较高的老区寻找新类型和点状大型、超大型矿床都具有重要理论意义和实际意义。