至此，初步建成了金川三维矿山模型这个综合平台。
Thus, it builds up Jinchuan mine model, the synthetic platform primarily.
而构建数字化矿山模型过程中，涉及到大量数据的合理组织和有效利用。
The process of building a digitalized mine model will involve the rational organization and effective utilization of a great amount of data.
并采用一个矿山实测得到的震级数列进行了进化神经网络方法的实用性验证，结果表明，进化神经网络不但模型拟合精度高，而且预测性能也较好。
The proposed model is tested by a real magnitude series from a mine, and results show that evolutionary neural network model has not only high precision, but also high prediction.
在爱沙尼亚油页岩矿山的现场研究表明，其研究结果与模型的理论计算结果十分接近。
Theoretical and in situ investigations in Estonian oil shale mines showed that their results are close to the modeling results.
本文旨在利用所开发的计算机模型，对矿山设计的这些方面进行检验。
The paper aims to examine these aspects of mine design using the computer models developed.
随机介质理论模型应用于自重应力作用型矿山地表移动取得了巨大成功。
Using stochastic medium model in surface movements of self-weight stress mining have been made great successful.
矿床三维模型是“数字矿山”的基础，是矿床的数字表征。
Three-dimension models of deposit are the foundation of "digital mine" and the digital characterization of deposit.
基于未确知测度理论，建立矿山采空区的危险性等级评价和排序模型。
Based on the uncertainty measurement theory, a risk-evaluating and order-arranging model of mining underground goaf was established.
首次在硬岩矿山采空区评价中引入综合模糊评价理论，建立了采空区灾害危险度多因子评价模型。
Fuzzy integrated assessing theory was used in hard rock mine goaf for the first time and multifactor assessing model for goaf hazard degree was also constituted.
介绍了基于集对分析同一度概念的矿山（集团）公司企业横向综合比较模型及其应用。
The model for the comprehensive evaluation of operation state of mining company based upon identical degree of set pair analysis (SPA) and its application are introduced.
文中对未来矿山深部开拓工程的稳定涌水量进行了预测，以作为该模型的应用。
Using this model, the authors have made predictions as to stable water-made in the mine's deep development work in the future.
本文首先分析了矿山开采对地下水资源的影响，利用人工神经网络模型预测了矿区地下水位的变化。
At first, This text analyses that mine exploiting impacts on groundwater resources, utilizes the artificial neural network model to predict change of the water level in mine area.
它是一个通用决策管理模型，具有多种用途，既适应单金属矿又适应多金属矿山冶金系统。
It is a general decision and management model and has many usages. It can be used to study both single-metal mines and multiple-metals mines.
金属矿山合理入选品位动态优化研究的技术关键是建立各种数学模型。
The technical key to the dynamic optimization study of the rational mill feed grade of metal mines is the establishment of various mathematical models.
应用知识库模型可以根据尾砂的级配特性，预测不同水泥含量、不同浓度下的尾砂胶结充填体强度，指导矿山充填设计。
According to gradation of tailings, the knowledge bank model can predict the strengths of cemented tailings in different contents of cement or consistence, and guide filling design in mine.
对矿山地质体的空间数据管理和可视化表达，从理论、模型及技术实现上作了探讨。
The management and visualization representation of spatial data of geological body is discussed from theory, model and technical realization.
露天矿矿体计算机模型的建立是进行矿床开采境界优化及制定矿山生产计划的基础。
The establishment of the computer model for the ore body of open pit mine is the basis for the optimization of deposit mining boundary and the mining production scheduling.
对矿山经营状况的综合评价排序问题进行了研究，引入了高斯偏好函数和PROMETHEE排序模型。
In this paper, the comprehensive sequencing on managing situation of mining is studied. It quoted the GAUSS preference function and PROMETHEE method.
最后，通过数学抽象，建立了在一般情况下，矿山生产规模与基建投资、经营成本、总成本关系的数学模型。
At last, by mathematical abstracting we can set up the general mathematical models to deseribe the relation of producing capacity between capital cost, cost of operation and total cost.
揭示矿山立井井筒与周围表土之间剪切力的分布规律，为正确的立井井筒力学模型建立奠定理论基础。
The purpose of this paper is to find the distribution laws of the shear force between vertical shaft and surface soil, and to lay a foundation for mechanical model of shaft in soil.
介绍了建立数据仓库多维分析模型的理论基础，提出了矿山企业数据仓库多维分析模型的设计方法。
In this paper we discuss an academic base for building multidimensional analytical model of data warehouse and present a designing method of multidimensional analytical model of mine data warehouse.
该模型的分析结果与实际情况一致，利用这一突变模型可以确定防治火灾的各种有效措施，确保矿山安全生产得以顺利进行。
According to the model many efficient measures to prevent and eliminate mine fire can be chosen so that regular mining production may proceed in safety state.
本文推导了一般露天矿山铲—车优化配置的数学模型表达式，并以峨眉水泥厂矿山为例进行了优化配置计算。
A general mathematical model of excavator truck Optimal fit in Open pit mines is derived. An Optimal fit computation is taken as an example of the mine of Emei Cement Plant.
在对矿山项目管理系统进行领域分析的基础上，抽象出数据树表对象模型、数据库管理对象模型和通用报表对象模型。
Based on the domain analysis of the mine project management system, the data tree table object model, database management object model, and general reports making object model are abstracted.
针对矿山经营状况评价的特点，在灰色关联度的基础上，建立了矿山经营状况的模糊层次评价模型。
With the characters of mine management conditions the fuzzy hierachical analysis model based on the grey relation degree is presented.
文中对未来矿山深部开拓工程的稳定涌水量进行了预测，以作为该模型的应用。
Using this model, the authors have made predictions as to stable water-made in the mine's deep devel…
在对铜厂铜矿原始建模资料进行了数据转换、矢量化等研究工作的基础上，建立了整个矿山的地表模型、矿床实体模型、岩层及断层实体模型。
Topographic model, deposit solid model, rock and fault solid model are built based on the study on data permutation and vectorization of original modeling data of Tongchang Copper Mine.
最后，在此基础上，利用最优化原理，建立了使钒钛磁铁矿中钛回收率达到最佳的矿山开采模型。
At last, based on above, the mine-exploiting model, which might made the recycling of titanium among vanadic titanomagnetite best, was figured out by using of optimum principle.
编制了损伤模型的平面非线性有限元程序，并采用损伤模型和常规有限元模型的有限元程序对某矿山边坡进行对比计算分析。
A plane nonlinear program of damage module is compiled. The FEM program of damage module and conventional finite element module are used to calculate and analyze a mining slop.
编制了损伤模型的平面非线性有限元程序，并采用损伤模型和常规有限元模型的有限元程序对某矿山边坡进行对比计算分析。
A plane nonlinear program of damage module is compiled. The FEM program of damage module and conventional finite element module are used to calculate and analyze a mining slop.
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