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连接地震
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  “连接地震”译为未确定词的双语例句
     Upon on these elements, a framework of evaluation system including a lot of specific indexes is developed.
     进而结合大量的国内外相关政策、法规及文献,确定出第二类指标的评价标准,从而架起了连接地震风险和应急准备能力评价的桥梁。
短句来源
     Correlation of the seismic reflector T_(0)(log-marker K_(13)) and the base of Qigequan Formation with local unconformities at the edge of the basin is very useful for study of tectonic movement,gas generation and reservoiring.
     连接地震反射T0界面(测井标准层K13)和盆地边缘有局部不整合的七个泉组底界的对比,对于研究构造运动、成气和成藏是很有用的。
短句来源
  相似匹配句对
     An Earthquake
     地震
短句来源
     Earthquake
     地震
短句来源
     Seismic Response Analysis of Semi-rigidly Connected Composite Frames
     半刚性连接组合框架地震反应分析
短句来源
     Dynamic Properties and Seismic Response of Connected RC Structures with Abrupt Change in the Horizontal Stiffness
     水平连接刚度突变的钢筋混凝土结构地震反应
短句来源
     The Parallel Connection of UPS
     UPS的并联连接
短句来源
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  consecutive shock
A preterm infant with severe hyaline membrane disease requiring extreme mechanical ventilation developed pulmonary air leaks with consecutive shock.
      
The paper describes a statistical data processing of basic parameters from several consecutive shock wave crossings, following each other in short time intervals.
      
The diagram shows 5 consecutive shock waves, with a maximum pressure of 70 MPa.
      


In order to make seismic arrangement more normalization and more rationalization based on "Geologic Design Rule of Geophysical Exploration Operation Area", this paper chooses GeoMedia Professional 3 0 Table Geographic Information System as the basic platform of the systematic GIS, VB6 0 as system development tool, and Microsoft Access 7 0 as the database management system of spatial data and attribute data to study an information management and arrangement system of seismic exploration. It realizes the connection...

In order to make seismic arrangement more normalization and more rationalization based on "Geologic Design Rule of Geophysical Exploration Operation Area", this paper chooses GeoMedia Professional 3 0 Table Geographic Information System as the basic platform of the systematic GIS, VB6 0 as system development tool, and Microsoft Access 7 0 as the database management system of spatial data and attribute data to study an information management and arrangement system of seismic exploration. It realizes the connection of exploration basic database, interactive information management of seismic exploration and automatic arrangement of seismic operation area.

为了使地震部署工作更规范、更合理 ,根据《地球物理勘探工区地质设计规范》 ,选择GeoMe diaProfessional3 0桌面地理信息系统作为系统的GIS基础平台 ,选择VB6 0作为系统开发工具 ,以Mi crosoftAccess7 0作为空间数据和属性数据的数据库管理系统 ,研制了地震勘探信息管理与部署系统 ,实现了与勘探基础数据库的连接、地震勘探交互式信息管理、地震工区自动部署

This paper briefly introduced the state-of-the-art in geophysical technologies revealed from the 74th SEG annual international meeting, with emphasis on the hot technical topics in the meeting. The topics included point-source/point-receiver, multiples, directional illumination, salt imaging, time-lapse seismic, rock physics, and non-seismic technologies. It was seen from the meeting that more and more new technologies would be adopted in the development of geophysical instruments. Digital receivers may bring...

This paper briefly introduced the state-of-the-art in geophysical technologies revealed from the 74th SEG annual international meeting, with emphasis on the hot technical topics in the meeting. The topics included point-source/point-receiver, multiples, directional illumination, salt imaging, time-lapse seismic, rock physics, and non-seismic technologies. It was seen from the meeting that more and more new technologies would be adopted in the development of geophysical instruments. Digital receivers may bring revolutionary changes in geophysical technologies. Rock physics is a tie that links seismic to reservoir engineering. However, several incompatible rock physical models coexist currently. It is high time to develop a universal rock physical model. Time-lapse seismic has been commercially used. It is the most promising and most rapidly developing reservoir geophysical technology in reservoir dynamic monitoring technologies.

概要介绍了地球物理技术的发展动态,重点介绍本届年会的若干技术热点。这些技术热点包括:点震源/点接收、多次波处理、定向照明分析、盐丘成像、时移地震、岩石物理以及非地震技术等。从本届年会看,在物探仪器的开发中,将会采用更多的新技术。数字检波器的应用可能带来物探技术的革命性变化。岩石物理学是连接地震与油藏工程的纽带,但目前存在着多种互不兼容的岩石物理模型,因此,有必要开发一种适合所有情况的单一岩石物理模型。时移地震技术在已进入广泛的商业性试用阶段,是油藏动态监测中最有发展前途且发展最为迅速的一种油藏地球物理技术。

Three gas fields sourced from Pliocene-Quaternary Qigequan Formation have been found in Sanhu depression in southeastern Qaidam basin.It is a misunderstanding to take the base of Qigequan Formation in Sanhu depression as the boundary of Quaternary and Neogene.Based on logging,seismic stratigraphic and magnetobiostratigraphic studies,the age of the base of Qigequan Formation in Sanhu depression is believed to be 2.80 Ma,it is at a depth of 1 747 m in Xinshen 1 well drilled in Sebei area.There are three different...

Three gas fields sourced from Pliocene-Quaternary Qigequan Formation have been found in Sanhu depression in southeastern Qaidam basin.It is a misunderstanding to take the base of Qigequan Formation in Sanhu depression as the boundary of Quaternary and Neogene.Based on logging,seismic stratigraphic and magnetobiostratigraphic studies,the age of the base of Qigequan Formation in Sanhu depression is believed to be 2.80 Ma,it is at a depth of 1 747 m in Xinshen 1 well drilled in Sebei area.There are three different opinions on the Quaternary-Neogene boundary in Qaidam basin in literatures.①The end of Olduvai,1.67 Ma,((1.80 Ma);) it is at a depth of 710 m in Sezhong 6 well,i.e.19 m above the log-marker K_(3).②The boundary of Matsuyama and Gauss, 2.48 Ma(2.60 Ma);it is at a depth of 1 460 m deep in Seshen 1 well,i.e.37 m below the log-marker K_(10).③The end of Mammoth,3.05 Ma;it is 2 779 m deep in Dacan 1 well.None of the above three boundaries correlates with the base of Qigequan Formation.The definition of Quaternary-Neogene boundary,with an age of 1.80 Ma,has been adopted by the International Commission on Stratigraphy(ICS) through voting in 1998,and accepted by the International Union of Geological Sciences(IUGS) in 1999.According to this definition,most of the gas source rocks in Sanhu depression were deposited during Late Neogene to Early Quaternary,especially in Pliocene.It is suggested in this paper that the stratigra-(phic) unit name of Qigequan Formation ra-(ther) than the symbol "Q_(1+2)" should be used in petroleum exploration and development research in Qaidam basin.Correlation of the seismic reflector T_(0)(log-marker K_(13)) and the base of Qigequan Formation with local unconformities at the edge of the basin is very useful for study of tectonic movement,gas generation and reservoiring. As the base of Qigequan Formation,the correlation of seismic reflector T_(0) is characterized by practicability,isochroneity and operability in central Sanhu depression in Qaidam basin.

柴达木盆地东南部三湖坳陷,已发现3个上新统-第四系七个泉组气源岩的气田。把三湖坳陷七个泉组底界当成第四系与新近系的分界是一个误解。基于测井、地震地层和磁性生物地层的研究,三湖坳陷七个泉组底的年龄为2.80M a,位于涩北新深1井1 747 m。柴达木盆地第四系与新近系分界,在许多论文中,有3种不同观点:①奥杜威末,1.67M a(1.80 M a),位于涩中6井710 m,即测井标准层K3以上19 m;②松山与高斯分界,2.48 M a(2.60 M a),位于涩深1井1 460 m,即K10以下37 m;③马默思末,3.05 M a,位于达参1井2 779 m。上述3个分界数据中无一与七个泉组底界对应。距今约1.80 M a的第四系与新近系分界定义已被国际地层委员会1998年投票通过,并于1999年经国际地科联批准。因此,依此定义来看,三湖坳陷大部分气源岩是晚新近纪-早第四纪的沉积,尤其是晚新近纪上新世。在柴达木盆地油气勘探开发研究中,作者建议最好使用地层单位名称七个泉组,而不用符号Q1+2。连接地震反射T0界面(测井标准层K13)和盆地边缘有局部不整合的七个泉组底界的对比,对于研究构造运动、成...

柴达木盆地东南部三湖坳陷,已发现3个上新统-第四系七个泉组气源岩的气田。把三湖坳陷七个泉组底界当成第四系与新近系的分界是一个误解。基于测井、地震地层和磁性生物地层的研究,三湖坳陷七个泉组底的年龄为2.80M a,位于涩北新深1井1 747 m。柴达木盆地第四系与新近系分界,在许多论文中,有3种不同观点:①奥杜威末,1.67M a(1.80 M a),位于涩中6井710 m,即测井标准层K3以上19 m;②松山与高斯分界,2.48 M a(2.60 M a),位于涩深1井1 460 m,即K10以下37 m;③马默思末,3.05 M a,位于达参1井2 779 m。上述3个分界数据中无一与七个泉组底界对应。距今约1.80 M a的第四系与新近系分界定义已被国际地层委员会1998年投票通过,并于1999年经国际地科联批准。因此,依此定义来看,三湖坳陷大部分气源岩是晚新近纪-早第四纪的沉积,尤其是晚新近纪上新世。在柴达木盆地油气勘探开发研究中,作者建议最好使用地层单位名称七个泉组,而不用符号Q1+2。连接地震反射T0界面(测井标准层K13)和盆地边缘有局部不整合的七个泉组底界的对比,对于研究构造运动、成气和成藏是很有用的。作为七个泉组底界,地震反射界面T0的对比,在柴达木盆地三湖坳陷中央具有实用性、等时性和可操作性等特点。

 
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