丙级：固体矿产勘查；地球物理勘查。
Class c: solid mineral exploration; geophysical exploration.
乙级：液体矿产勘查；地球物理勘查。
Class B: liquid mineral exploration; geophysical exploration.
矿产勘查活动是作为一种系统而存在的。
The activities of mineral prospecting exist as a form of systematology.
丙级：固体矿产勘查；岩矿鉴定与岩矿测试。
Class c: solid mineral exploration; rock ore appraisal and testing.
预测研究是近年来矿产勘查的重要进展之一。
The study of Metallogenic prognosis in mineral exploration is one of important contents.
丙级：液体矿产勘查。
以往矿产勘查系统模型对系统要素结构分析不够深入。
The old model of mineral resource prospecting did not pay much attention to the system structure.
评价和区分大型矿床，一直是近年矿产勘查活动的焦点。
Mineral exploration activity is being focused on large or giant ore deposits.
全面掌握全国地质矿产勘查情况，组织编制地质矿产勘查规划、计划；
to master the overall situation of the geological and mineral explorations, organize the compilation of programs and plans for geological and mineral explorations;
随环保投入、地勘费进入成本等，矿产勘查开发风险越来越大；
The risk of mineral resources exploitation is increasing with the growth of the environment and exploration expenditure.
本文分析了矿产资源的供需形势和公益性矿产勘查存在的问题；
The situation of mineral resources supply and demand and issues of public geological prospecting are discussed;
这对于深入研究区域成矿规律，指导矿产勘查工作，具有重要意义。
It will be of significance to study region minerogenetic regularity and give a direction for mineral exploration.
确定矿产勘查工程间距的方法主要有地质统计学法、SD法和经验法。
Methods determining exploration engineering interval include geological statistic method, SD method and empirical method.
未来的地学哲学与找矿哲学(矿产勘查哲学)应向广义的资源系统哲学延伸。
Future geo-science philosophy and mineral-exploration philosophy (mineral survey philosophy) are supposed to extend to broadly-de fined resource systematic philosophy.
商业性矿产勘查是一种按照经济属性划分的地质工作，是企业的生产经营活动。
Classified by economic characteristics, commercial mineral prospecting was a kind of geological work and production and operation activities.
生产矿山隐伏矿体定位预测是当前成矿学和矿产勘查学的科学前沿和研究重点。
This paper has mainly discussed the significance of the location prediction for the succeeding resources in the large scale mine.
矿产系统勘查是把系统论的思想同矿产勘查过程紧密结合形成矿产系统勘查体系。
Systematical exploration system for mineral resources is formed by combining the systematical theory with exploration process for mineral resources.
本文重点介绍了瞬变电磁法技术在有色地质系统金属矿产勘查中的进展及应用效果。
This paper mainly reports the progression and application effect of the transient electromagnetic method used in nonferrous metallic mineral exploration.
区域化探资料不仅可以用于矿产勘查，而且，在基础地质研究中也可发挥重要作用。
Regional geochemical exploration data can be used to explore ore resources, and play an important role on the fundamental geological researches.
但近年来随着仪器水平的提高，相位激电法开始应用于矿产勘查，取得了较好的应用效果。
However along with the progress in IP meter development, the phase IP has become more and more popular nowadays, and with good exploration results obtained.
业务范围：固体矿产勘查，岩矿鉴定与测试、地质灾害勘查、设计和评估，工程测量、地籍测量。
Scope of business: exploration of solid minerals, appraisal and testing of the rock ore, investigation of geologic hazard, designing and evaluating, engineering survey and cadastral survey.
在对区域成矿规律和当前铀矿经济技术条件分析的基础上，就区内铀金矿产勘查方向提出了五点建议。
Based on the regional mineralization regularity and economic technical condition of uranium deposits, the authors give 5 propositions about the...
在对区域成矿规律和当前铀矿经济技术条件分析的基础上，就区内铀金矿产勘查方向提出了五点建议。
Based on the regional mineralization regularity and economic technical condition of uranium deposits, the authors give 5 proposit…
勘查公司近期计划在柬埔寨完成几个区域的矿产勘查工作，根据勘查工作成果，再决定下步矿产开发工作的方向。
The Company plans to complete the mineral prospecting in some areas in Cambodia. The following work of mineral development will be determined according to the results of prospecting.
介绍了在矿产勘查寻找隐伏矿体时，将可控源音频大地电磁测深二维反演结果与其他物探方法结合起来，能起到较好的找矿效果。
It is effective to integrate the results of CSAMT 2d inversion and other methods of geophysical prospecting to search hidden ore in mineral exploration.
要想获得尽可能高的矿产勘查成果，仅依靠先进的成矿理论和找矿方法是不够的，还需注重掌握先进成矿理论与方法的管理人员的作用。
To get ideal result on search for minerals, only advanced metallogenic theory and method for ore prospecting are not sufficient. We should play man's role who held an advanced knowledge.
要想获得尽可能高的矿产勘查成果，仅依靠先进的成矿理论和找矿方法是不够的，还需注重掌握先进成矿理论与方法的管理人员的作用。
To get ideal result on search for minerals, only advanced metallogenic theory and method for ore prospecting are not sufficient. We should play man's role who held an advanced knowledge.
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