地震CT勘探是一种新的地球物理方法。
Seismic computer-aided tomography(CT) is a new geophysical technique.
地球物理方法在地下水污染监测中有着广泛的应用前景。
The method of geophysics has got the extensive prospect with applied in groundwater pollute monitor.
本法不仅适用于地震勘探，原则上也适用于其它应用人工源的地球物理方法。
This method applies to both seismic exploration and other geophysical explorations that use artificial sources.
本文给出了三十年来各种地球物理方法在我国普查和勘探金属矿工作中的应用。
This paper gives an account of the application of all kinds of geophysical methods to the reconnaissance survey and prospecting of metallic ore deposits in China during the past 30 years.
海上钻探成本昂贵，因此采用地球物理方法直接找油气是地球物理学家的愿望。
Drilling well is very expensive on the sea, so the geophysics dream of finding the oil and gas directly with geophysical technology.
相对于其它地球物理方法而言，地震反射方法的纵向分辨率较高，横向分辨率较低。
Vertical resolution of reflection seismic record is better to horizontal resolution as opposed to other geophysical methods.
目前地球物理方法在探测垃圾结构、垃圾填埋范围和垃圾渗滤液等方面得到广泛应用。
At present, geophysical methods have been widely applied in detecting garbage structure, landfill scope and landfill leachate, etc.
本文阐述了在塔河油田地下淡水普查工作过程中建立和应用的地球物理方法的工作模式。
In this paper the geophysical method work model established and applied in the process of searching for underground fresh water in Tahe oilfield is considered.
已有的地质和地球物理方法无法对年、月、旬等现今时间尺度上的断层活动变化进行有效预测。
This paper presents the quantitative analysis of fault activity intensity and regularity of Guantao formation and the systematic study of its effect on controlling the hydrocarbon accumulation.
目前，已有很多方法应用于沉积盆地地层剥蚀的研究，包括地质方法、地球化学方法及地球物理方法等。
At present, many methods have been employed in the research of the strata denudation in sedimentary basin, including geologic method, geochemistry method and physical geography method, and so on.
实践证明，地球物理方法在城市地质灾害勘察的监测、探测和防治中具有特有的优势，是一个前景十分广阔的领域。
Practices have proved that the geophysical methods have typical advantage of monitoring, detecting, and controlling and it has a broad prospect to detect urban geologic hazards.
核磁共振技术是当今世界的尖端技术，用核磁共振方法直接探查地下水是该技术应用的新领域，开创了地球物理方法直接找水的先河。
NMR technology is advancing all over the world nowadays. Using NMR technology can explore underground water directly. It realized searching groundwater directly by means of geophysics method.
天然气水合物的研究涉及地球物理、地球化学、地质等多种学科，其中地球物理方法在天然气水合物的探查和研究中发挥着重要的先导作用。
The studies of gas hydrate involve Geophysics, Geochemistry, Geology, and so on. Now, the geophysical recognitions are dominant in the discovery and research of gas hydrate.
讨论了在营城煤矿未知采空区及塌陷区运用多种地球物理方法测量的结果，得到该煤矿采空区及塌陷区的地球物理特征，从而为营城矿煤采空区及塌陷区的探查与判断提供参考。
This paper discussed the measuring results of a few geophysical methods to obtain its geophysical characteristic in the unknown exhausted area and sinking area of Yingcheng coal mine district.
他们还用各种各样的仪器和方法，通过测量地震前发生的地球物理上的变化，如地表倾斜度和活性断层附近的磁场变化，对地震进行预测。
These instruments measure tilts int the ground's surface, as well as changes in the magnetic field near active faults . Usually these changes precede the occurrence of some earthquakes.
目前我们一般用地球物理学、地质学和化学方法进行地震预测。
Several specific geophysical, geological, and chemical methods are presently used for earthquake prediction.
渗透率则是一个不能用地球物理学方法直接测出的、捉摸不定的参数。
Permeability remains an elusive parameter that is not directly measurable by geophysical methods.
理论模型和实际资料的反演结果表明，本方法是求解地球物理反问题的一种有效手段。
Theoretical model and real data inversion results show that the method is an effective means to solve geophysical inverse problem.
地球物理学地球科学的主要分支，用物理学的方法和原理研究地球。
Geophysics major branch of earth science that applies the principles and methods of physics to the study of the earth.
地球物理勘探是一种最常用的地面测绘方法。
Geophysics is most commonly employed as a surface mapping method.
应用分形理论来研究地球物理现象，是近年来地球物理学研究中的新方法和新思路。
It is a new method and tendency in geophysics to apply the fractal theory to study geophysical phenomena.
核磁共振测深方法是目前唯一直接探查地下水的地球物理新方法。
Nuclear Magnetic Resonance Sounding method is the only geophysical new method of directly detecting underground water at present.
证明了时间域与深度域中的地球物理概念、原理和方法是相互联系的，其数学表达方式是相似的。
It is showed that the geophysical concepts, principles and methods are connected in time domain and depth domain, and the mathematic expressions are similar.
以地球物理勘探方法进行隧道掘进中前方岩石结构的超前预报，具有快捷、准确和实时处理及显示的优点。
The prediction of rock structure in front of face during tunneling using geophysical methods has the advantage of high speed and accuracy.
在众多地球物理技术与方法的应用中，根据待解决的地质问题和地震资料的品质确定相应的技术方案最关键。
It is vital to make a technique plan within multiple geophysical interpretation methods in terms of geological problems required to be resolved and seismic data quality.
在众多地球物理技术与方法的应用中，根据待解决的地质问题和地震资料的品质确定相应的技术方案最关键。
It is vital to make a technique plan within multiple geophysical interpretation methods in terms of geological problems required to be resolved and seismic data quality.
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