数据处理是地震勘探关键所在。
多次波严重干扰地震勘探成果。
Multiples are severe disturbance waves in seismic prospecting.
在主体上,地震勘探方法似乎十分简单。
In its essentials, the methods of seismic exploration appear quite simple.
多波多分量地震勘探可以提供更多的信息。
Multi-component seismic exploration may give more information.
地震数值模拟是地震勘探和地震学的基础。
The seismic modeling is the foundation of the seismic prospecting and the seismography.
为城市工程地震勘探提供了可供借鉴的经验。
It provides experience for engineering seismic prospecting in city.
遥控爆炸系统是地震勘探的主要辅助设备之一。
Remote control blaster system is one of seismic exploration instruments.
高密度空间采样是提高地震勘探精度的一项新技术。
High density spatial sampling is a new technology to increase the accuracy of seismic exploration.
在地震勘探仪器中,数字存储技术是一项较新的技术。
The digital storage technique is a newer technique in seismographs of seismic exploration.
二次定位技术是浅海过渡带地震勘探的关键技术之一。
Secondary positioning technique is one of key techniques of seismic exploration in neritic transitional zone.
反射界面及层速度是地震勘探中相当重要的地层参数。
Reflection interface and interval velocity are quite important stratigraphic parameters in seismic exploration.
通过对地震勘探资料的重新解译,获得了很多地质信息。
Through renewedly interpreting seismic exploration data, have obtained a large number of geological information.
复杂地层构造的地震模拟,是地震勘探理论的重要问题。
Seismic modelling is an important theoretical problem in seismic prospecting.
地震勘探是三种主要地球物理勘探方法中最重要的一种。
Seismic surveying is the most important of the three main types of geophysical prospecting.
在地形复杂地区进行地震勘探,静校正是一个普遍的难题。
Static correction is a difficult problem in seismic exploration in a complicated topography area.
特别是地震勘探仪器的使用和维修常常要用到不同精度的信号源。
Especially, the signal generators in different precision are often used for use and maintenance of seismic apparatus.
浅层地震勘探是城市地震小区划中不可缺少的重要勘探手段之一。
Shallow seismic prospecting is one of the indispensable and important prospecting methods in earthquake zoning of cities.
常用地震勘探仪器延迟时的测试方法存在测试结果误差较大的问题。
Common-used test method for delay of seismic apparatus had the problem that there were large errors in test results.
是利用振幅随偏移距变化特征分析和识别岩性和油气藏的地震勘探技术。
AVO is a seismic exploration technology using the characteristics of amplitude variation versus offset to recognize the rock types and oil-gas reservoir.
应用领域包括油田地震勘探、通讯、雷达跟踪、信号处理和状态估计等。
The application fields include oil seismic exploration, communication, radar tracking, signal processing and state estimation, and so forth.
文中也简介了在高分辨率地震勘探中如何选取最佳仪器因素的一些做法。
The paper also dsscribes briefly some means for selecting optimum instrument factors in high resolution seismic exploration.
神经网络技术在地质、重力、磁法、电法及地震勘探中有着广泛的应用。
And neural network has a variety of applications in exploration of geology, gravity, magnetism, electricity, and seismic.
白噪声反卷积或输入白噪声估计问题在石油地震勘探中有重要的应用背景。
White noise deconvolution or input white noise estimation problem has important application background in oil seismic exploration.
白噪声反卷积问题在石油地震勘探、通信和信号处理领域有重要应用背景。
White noise deconvolution problem has important application backgrounds in oil seismic exploration, communication, and signal processing.
补偿仪器滤波器所产生的影响是提高地震勘探资料处理质量的一个重要环节。
Compensating the effect caused by instrument filters is important for improving seismic data processing.
在地震勘探数据分析中也有重要的应用,如地震频谱分解,瞬时属性提取等。
It has also important application in seismic data analysis, for example, seismic spectral decomposition, instantaneous attributes extraction, etc.
该文介绍了SACS地震勘探质量控制评价系统的功能、特点与主要应用效果。
The paper introduced the functions, characteristics and main applied effects of SACS seismic exploration data quality control appreciation system.
在海上地震勘探中,检波器经常发生漂移,室内资料处理时必须对其进行二次定位。
The geophone often shifts in the offshore seismic exploration, so it should be re-located in interior data processing.
在海上地震勘探中,检波器经常发生漂移,室内资料处理时必须对其进行二次定位。
The geophone often shifts in the offshore seismic exploration, so it should be re-located in interior data processing.
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