基本释义:

人工震源

网络释义

1)artificial seismic source,人工震源

2)passive seismic,非人工震源地震技术

3)deep seismic sounding by means of artificial sources,人工源深部地震探测

4)artificial earthquake,人工地震

5)manual seismic,人工制震

6)man-made earthquake,人工地震

用法和例句

The method for parameter selection of artificial earthquake stimulation is presented in thi.

简要介绍了人工地震增油的机理。

As a new technique for tertiary oil recovery or EOR,artificial earthquake stimulation is increasingly valued for its quick response,high efficiency,non-pollution to well and influence-free on regular production of oilfield.

人工地震增油技术作为三次采油的新技术,以其见效快、效率高、不污染油井、不影响油田正常生产等优点而受到日益广泛的重视。

Compared with earthquake data,artificial earthquake profiling data have a lot of advantages,such as that source is spherically symmetrical and their position is known;observational points are very dense;sources and observing points are in a straight line;and the velocity structure of the studied area can be determined exactly.

同天然地震资料相比 ,人工地震剖面观测资料具有震源球对称且位置已知 ,观测点位密集、震源和观测点呈直线排列、速度结构已知等突出优点。

A vibration experiment on isolation table with laminated steel rubber bearing was done using manual seismic, and the motion acceleration data in time history of isolation table were observed in three directions with strong motion earthquake instruments.

通过人工制震对带有钢板叠层橡胶减震垫的减振台进行振动实验研究 ,用强震观测仪在 3个方向上测得其振动加速度时程值 ;用D’Alembert理论建立了 1质点计算模型 ,从而计算出带有钢板叠层橡胶减震垫减振台的各个特征参数 ,即减振台在 3个方向上的临界阻尼比和刚度 ,为进一步研究减振台的非线性振动及减震垫的减震性能提供了依据·对参数计算结果进行分析 ,减振台双柱在水平两个方向上刚度的大小 ,并不是其尺寸比的 4倍 ,原因与柱下剪力墙的刚度也折算到柱的刚度中有关 ,故实际测试结果与理论计算的结果并不矛盾

Based on collecting and analyzing of the data such as the geophysical prospecting,geology,satellite remote sensing and so on,as well as the geologic survey,man-made earthquake exploration for deep and shallow layers and Hg-gas observing are carried out,the position,mode of occurrence and activity of Laoyachen fault have been investigated.

通过对物探、地质和卫星遥感等资料的收集解释分析 ,以及开展地质、深浅层人工地震勘探和汞气测量 ,查清了该断层的位置、产状和活动性 ,为该市的地震小区划工作提供了重要依据。

In this paper,the author gives an account of the H_∞ optimization theory,which has just risen in the world recently,and its application to earthquake prediction, man-made earthquakes and other fields;points out the merits and demerits of the H_∞ optimization theory.

本文介绍了近期在国际上刚刚兴起的 H_∞优化理论及其在地震预报、人工地震和其他方面的一些应用,指出了 H_∞优化理论的优缺点。

Using Active Source to Study the Velocity Character of Media in Regional Scale

基于人工震源的区域尺度介质波速探测研究

The Experiments of Using Small Artificial Seismic Sources to Explore Regional Deep Structure of the Earth;

利用小当量人工震源进行区域性深部探测的试验研究

Considerations on scientific rescue during the earthquake relief in Hanchuan

赴汉源抗震救灾工作及科学救援的思考

the grim task of burying the victims of the earthquake.

埋葬地震受害者的令人恐怖的工作。

APPLICATION OF PHASE INFORMATION TO SIGNAL DETECTION OF ARTIFICIAL SEISMIC SOURCE

人工地震信号检测中相位信息的利用

Management of Nursing Resources in Field Hospital during Medical Rescue in Earthquake

地震医疗救援中野战医院护理人力资源的管理

Seismic explosive columns

GB15563-1995震源药柱

QUANTITATIVE RELATIONS BETWEEN FOCAL PARAMETERS AND MAGNITUDE OF EARTHQUAKES OCCURRED IN YUNNAN PROVINCE

云南地震震源参数与震级的定量关系

FOCAL MECHANISM SOLUTIONS OF AFTERSHOCKS OF JIUJIANG-RUICHANG EARTHQUAKE

九江-瑞昌5.7级地震余震震源机制解

Human Resource Department is responsible for human resource management.

人力资源部负责人力资源的管理工作。

In this paper,the authors give a description of the seismological research and observation in Turkey,including artificial seismic wave observation,water chemistry observation and the earthquake prediction experiment site and so on.

介绍了土耳其的地震研究与观测情况,其中包括:人工地震波观测、水化观测和地震预报实验场等。

ANALYSIS ON THE DEVIATION OF THE AUTOMATIC MAGNITUDES AND THE ARTIFICIAL MAGNITUDES FOR DIGITAL SEISMOGRAPH NETWORKS IN HENAN PROVINCE

河南省数字地震台网自动量算的震级与人工量算的震级的偏差分析

broadband artificial network (BAN)

宽频人工（电源）网络

Task Force on Human Resources Management

人力资源管理工作队

The kind of construction work a beaver specializes in is truly amazing.

河狸专门从事的那种建筑工作确实令人震惊。

SEISMIC INVESTIGATION OF UPPER CRUST STRUCTURE IN ERTAN AREA, YALONGJIANG RIVER

用人工地震探测雅砻江二滩地区地壳上部结构

Doublet and Its Potential Application in Active Exploration

重复地震及其在人工探测中的潜在应用

2. synthesis of acceleration time while seismic oscillation is input to the bedrock ;

(2)基岩输入地震动加速度时间过程的人工合成;