这种方法为三维地震资料进行多维时频分析奠定基础。
This method can be generalized to multi dimensional time frequency analysis of 3D seismic data.
桩海地区三维地震资料覆盖陆地、海陆过渡带和浅海等地表条件。
The surface conditions in the 3D seismic data of Zhuanghai area include land, sealand transitional zone and shallow sea.
在海上油气勘探中，三维地震资料的采集通常会持续半年甚至一年。
In offshore exploration activities, 3d seismic data acquisition always lasts for half to one year.
据此利用石塘湾因果岸三维地震资料对其地裂缝地质灾害形成进行了研究。
On these grounds, we used Yinguoan 3D seismic data to study Shitangwan geologic hazard of ground fissures there.
经实际的三维地震资料处理，证实了这套三维速度建模方法和软件的有效性。
The real 3d seismic data processing proves the validity of the velocity model method and software.
由于它埋藏深、探井少，且缺乏三维地震资料，给储层预测工作带来很大难度。
Because it is buried deeply with few exploration Wells and lacking of 3-d seismic data, it is very hard to predict the reservoir.
该算法在三维地震资料相干切片断层解释中得到应用，并取得了令人满意的效果。
The algorithm performs well in fault interpretation of the coherence slice of the 3D seismic data.
运用三维地震资料，结合临区地质分层，分析了唐庄地区的构造面貌和油气成藏规律。
Structural features and oil? Gas reservoir forming rules of Tangzhuang area are analyzed using 3d seismic data combined with geologic stratification of the adjacent areas.
在复杂地区三维地震资料拼接中，一致性处理是关键技术之一，其效果对成像质量影响重大。
In splicing 3-d seismic data, consistent processing is one of the key technologies because it has a great effect on imaging quality.
三维地震资料拼接可看作是一个不同尺度空间的数学寻优问题，其关键在于如何实现时变拼接。
The merging of 3 D seismic data can be looked as the issue of optimum in different scale space mathematically, the key is how to realize the time variant merging.
由于地质条件和资料品质的限制，复杂断块区的三维地震资料反演和储集层预测有较大的难度。
The seismic inversion and reservoir prediction in complex fault-block areas are hard to make due to complicated geologic conditions and poor quality of seismic data.
笔者利用根据匹配滤波原理开发出的交互匹配滤波软件包对滩浅海地区三维地震资料进行了处理。
The author USES developed interactive matched filtering software package based on the principle of matched filtering to process the 3-d seismic data in the area of shallow sea.
在伊朗卡山地区三维地震资料处理过程中，利用该项技术很好地解决了近地表引起的静校正问题。
Satisfactory results have been reached during the processing of 3-d seismic data from Kashan Block of Iran by using the proposed method.
重点对渤海湾盆地中石油探区地震勘探史、地震勘探程度进行分析，对三维地震资料品质进行评价；
On the basis of analysis of seismic exploration history and extent in PetroChina exploration area in Bohai Bay Basin, it evaluated mainly the quality of 3D seismic data in the area.
运用三维地震资料、精细地震解释，结合钻井资料进行构造研究，分析描述该区的构造特性、断裂特征。
Applying three-dimensional seismic data and seismic explanation, on the basis of drilling data, we analyze and describe the structural feature and fracture feature.
子体相干技术以三维地震资料中任意尺寸的子体为基本计算单元，求取与其他子体之间的地震属性相干结果。
Sub-volume coherence is one of seismic coherence resulted from the coherence calculation of one sub-volume of any size with another sub-volume in 3-D seismic data volume.
利用三维地震资料解决复杂的地质问题具有明显的优越性，因为三维地震数据体包含丰富的地层、岩性等信息。
Three dimensional seismic data are effective for solving geologic problem because the data imply the response of formation and lithology information underground.
现有的消除相关噪声方法也不能令人满意，为此本文试图用三维聚束滤波方法消除三维地震资料中的相关噪声。
The current-used coherent-noise eliminated method is also not satisfactory, for that reason, the paper tried to use 3D beamforming filtering method to eliminate the coherent noise in 3D seismic data.
利用约束稀疏脉冲反演方法对崖城13—1构造的高分辨率三维地震资料进行了反演，得到了全频带的绝对波阻抗数据体。
After 3d high resolution seismic data of Yacheng 13-1 structure were inversed using restriction sparse pulse inversion, data volume of full-frequency band absolute wave impedance was gained.
通过对实际三维地震资料的处理，结合已知地质资料，证明C1相干技术在三维地震资料的断层解释方面有着明显的效果。
The results of 3D seismic data processing, compared with known geologic data, showing that the C1 coherence algorithm is very effective for fault interpretation.
相干体技术用于检测地震波同相轴的不连续性，可以用来识别断层、特殊岩性体、河道等，为三维地震资料解释提供了技术手段。
The coherent cube technique is applied to detecting the discontinuity of seismic wave events, which can identify faults, special lithology and channels, so that has provided technology and method.
本课题利用三维地震、测井、钻井资料，结合区域地质背景进行了潜山构造和断裂系统研究；
This program used the data of three-dimensional earthquake, logging and drilling and combined with the regional geologic background to make the study of buried hill structure and rupture system.
GABWIT是应用地震体波走时资料、遗传算法反演地壳三维速度结构的软件。
GABWIT is a software of inversion for 3d crustal velocity structure using seismic body travel time data and genetic algorithms.
利用现有的三维地震勘探资料作进一步的反演处理为煤矿提供瓦斯富集区研究具有应用价值。
The application of the present 3D seismic survey information to the further reversed evolution could provide the applied value to the research on the gas rich concentrated zone of the mine.
根据最新的三维地震解释成果和钻探资料，分析了松辽盆地南部长岭凹陷腰英台区块断裂构造特征。
On according the newest three earthquake preserve explaining fruit and drilling data of South Songliao basin in Yaoyingtai Changling sag area, analysis the rupture structure character.
综合测井、地质、地震资料，利用相干体技术，面块切片技术，三维立体显示技术进行地震资料构造精细刻画。
Comprehend the information of logging, geology, seismic, use the technology of Coherence, lump slice, stereoscopic display to make the fine structure characterization of seismic data.
应用三维地震、钻井和测井等资料，对岐北凹陷进行层序地层学研究。
The study of sequence stratigraphy is carried out in central Huanghua Depression using 3D seismic data, drilling, and well logging data.
为此，以全三维地震偏移资料为基础的岩性圈闭研究得以开展。
For this reason, the lithological trap investigation has been carried out on the basis of full 3-d seismic migration data.
二维地震资料的三维归位（空间校正）是编制构造图的基础。
The space correcting of 2D seismic data is a foundation of structural mapping.
另外，采用阻尼最小二乘方法，利用全球地震层析成像资料和大地水准面异常资料联合反演了三维全球地幔密度异常。
Moreover, The authors inverted three dimensional global mantle density (anomaly) combining geoid data and seismic tomography data by means of damping least square method.
应用推荐