1.
THE SECOND DEPTH AND SPACE FOR ORE EXPLORATION AND DEVELOPMENT-PRELIMINARY DISCUSSION ON ORE SEARCHING TO DEPTH
第二深度空间的找矿、勘探和开发利用——深部找矿浅议
2.
Strengthening geophysical exploration and exploitation of metallic minerals in the second deep space of the crustal interior;
强化开展地壳内部第二深度空间金属矿产资源地球物理找矿、勘探和开发
3.
Generation of lateritic-nickel resources and their prospecting and exploration in Indonesia
印度尼西亚红土镍矿的生成及找矿勘探
4.
Three-level Exploration Method of Aerogeophysical Techniques is an Effective Way to Quickly Prospecting
航空物探三级勘查方法是快速找矿的有效途径
5.
The author discusses the investigation of mine-out area in molybdenum deposit, through the multi-electrode resistivity imaging method and seismic profiles interpretation.
利用高密度电法及地震映像法,对钼矿矿区进行地球物理勘探,查明矿区采空区的空间分布。
6.
The targets in oil exploration are deeper than in mineral respecting.
石油勘探的目地层比矿物勘探的深。
7.
Article 12 The State practises a unified regional registration system for exploration of mineral resources.
第十二条 国家对矿产资源勘查实行统一的区块登记管理制度。
8.
Article 28 Prospecting reports on mineral deposits and other valuable exploration data shall be provided for use with compensation in accordance with the regulations of the State Council.
第二十八条 矿床勘探报告及其他有价值的勘查资料，按照国务院规定实行有偿使用。
9.
prospect a region for silver
勘探某地的银 (矿)
10.
The AEC is still evaluating the results of the U.S. uranium industry explorations effort of the 1966-70 period.
美国原子能委员会目前仍高度评价1966-1970年间美国铀矿勘探的成果。
11.
Application of Geo-anomaly Ore-prospecting Theory to shale gas exploration
地质异常找矿理论在页岩气勘探中的应用
12.
Application of magnetic exploration in search of iron under the basalt cover
磁法勘探在寻找玄武岩盖层下铁矿的应用
13.
Application of Geophysical Exploration Methods in Polymetallic Prospecting
地球物理勘探方法及其在多金属找矿中的应用
14.
They explored the desert in quest of buried treasure.
为了寻找深埋地底的宝藏，他们探勘那座沙漠。
15.
Discussion on the Orebody Geology and Deep Prospecting in North Section of Sijiaying Iron Mine
司家营铁矿北区矿体地质与深部找矿的探讨
16.
CHAPTER II REGISTRATION FOR EXPLORATION OF MINERAL RESOURCES AND EXAMINATION AND APPROVAL OF MINING
第二章 矿产资源勘查的登记和开采的审批
17.
Application of Superimposing Directional Correction of Inclination for Deep Exploration in Daye Iron Mine
叠加定向纠斜法在大冶铁矿深部勘探中的应用
18.
The spacing is determined by the desired depth of investigation.
电极距由所要求的勘探深度决定。