The shallow seismic refraction method is one of the main methods of exploration for engineering, hydrogeological and environmental geology.
浅层地震折射波法是在工程地质、水文地质及环境地质勘查中广泛应用的地震探测方法之一。
The shallow refraction seismic is widely used in engineering geology exploration, because this method may ascertain the velocity of the refraction surface.
地震折射波法以其能够确定折射界面的速度而广泛用于工程地质勘察。
Based on the investigation and research, a new plan of engineering geology classification is put forward. The plan is easy and reliable, suitable to the exploration stage.
通过调查研究，提出了煤层顶板工程地质分类方案，此方案简单易行，验证可靠，适用于煤田勘探阶段。
The shallow seismic refraction method is one of the main exploration methods of engineering, hydrogeological and environmental geology.
浅层地震折射波法是在工程地质、水文地质及环境地质勘查中广泛应用的地震探测方法之一。
The geophysical exploration is one of the main methods in engineering investigation, it can study the related questions of hydrogeology and engineering geology.
物探技术是工程地质勘察的重要方法之一，可以解决有关的水文地质、工程地质问题。
High Density Resistivity is widely used in engineering geology exploration because of such advantages as its abundant data, low cost, good anti-jamming and et al.
高密度电法以其数据量丰富、成本低、受场地干扰小等优点而广泛应用于工程地质勘察中。
Oilfield subsurface geology is the key specialized course for the students majored in geological engineering and exploration of mineral resources program.
“油矿地质学”是石油类高等院校地质工程及资源勘查工程专业的核心专业课。
The paper introduces the application of CAD system of LIZHENG engineering GEOLOGY exploration in No. 2 line subway and other engineering exploration.
介绍了理正工程地质勘察CAD系统在地铁二号线及其它岩土工程勘察中的应用。
In the fields of the geophysical exploration and geology engineering, 3-dimension layer models need to be constructed for simulation or research.
在石油物探、工程地质等领域通常需要建立复杂的三维地层模型，并利用模型进行模拟计算或地质研究。
In the fields of the geophysical exploration and geology engineering, 3-dimension layer models need to be constructed for simulation or research.
在石油物探、工程地质等领域通常需要建立复杂的三维地层模型，并利用模型进行模拟计算或地质研究。
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