野外资料 meaning in English
field data
Examples
- Rules for check and acceptance to gravity and magnetic field date in petroleum prospecting
石油重磁力勘探野外资料检查验收规定 - The correctness and effectiveness of the method is proved by the numerical experiments on the theoretical model and field datasets
模型和野外资料的试算结果验证了方法的正确性和有效性。 - Seismic exploration data processing is a course that aims at field data processing by means of digital computer in order to obtain the information of subsurface structure and formation , which can be used for searching for petroleum and natural gas effectively
地震勘探数据处理是研究如何对地震勘探野外资料利用数字计算机进行处理，以获得有关地下构造和地层性质的信息，以便有效的寻找石油和天然气等矿藏的一门学科。 - In order to make the studying about the seismic exploration method possess systematic nature and the ability of tackling key problem in front - zone of mountain , we have done the research work of tackling key problem aiming at the field gathering technology of seismic exploration of the complicated structure belt ( the construction of underground and the earth ' s surface condition are complicated ) of front - zone of mountain in this text , and a large number of relativity trials by the close combination of production and scientific research , summarized a set of field method of the complicated structure belt of front - zone of mountain , adjusted both of trial factor and construction factor of the field gathering in time , achieved finally the goal of making its structure character clear
近几年来，随着地震勘探装备和技术的改进，野外资料采集技术有了新的进展，主要表现为多种震源联合激发方法(井炮和大吨位可控震源) ，基于地表条件及表层调查基础上的激发选点方法，小道距、长排列、高覆盖接收方法，基于模型的“分段、分线、分区”观测系统目标设计方法等，取得了显著的勘探效果。为了使山前地震勘探方法研究具有系统性和攻关性，通过本文对复杂山前复杂构造带地震勘探的野外采集技术进行攻关研究，进行了大量具有针对性的试验，总结出了一套山前复杂构造带野外施工方法，最终达到了搞清复杂山前复杂构造带山前复杂构造带构造特征的目的。 - On the great deal of detailed geological mapping resource , this thesis has in - depthly studied the tectonic geometry , kinetics , dynamics and the meaning in the development of the crust of this region by means of structure resolution , macrostructral and microstructural observation , finite strain measurement
论文以大量翔实的野外资料为依据，通过构造解析、宏微观构造观察、有限应变测量等方法对该区构造的几何学、运动学、动力学以及其在陆壳演化中的意义进行了较深入的探讨。