Wenmingzai Oilfield is a very complex fault block.
文明寨油田是一个极复杂的断块油田。
Finally, some field examples in complex fault block region are presented.
最后还给出了复杂断块地区野外地震资料偏移的例子。
Complex fault system has been developed in Kuihuadao structure zone of Liaoheoffshore area.
辽河滩海葵花岛构造带发育复杂断裂体系。
The traditional method of fault diagnosis is difficult to meet the needs of complex fault diagnosis.
传统的故障诊断方法已经难以满足复杂故障诊断的需要。
This scheme is applicable to any complex fault scenarios and any detail element models of power system.
该方法可应用于任意复杂的故障场景和任意细节的电力系统元件模型。
Prediction of complex fault block reservoirs has always been a difficulty in geophysical reservoir prediction.
复杂断块油藏预测一直是地球物理油藏预测方法中的难点。
Two phases of the structural movement lead to forming and evolution of complex fault system in the Liaohe basin.
二期构造运动导致了辽河盆地复杂断裂体系的形成和演化。
Multistage reservoir? Forming of complex fault blocks is a major feature of petroleum geology in Bohaiwan basin.
复杂断块多期成藏是渤海湾盆地石油地质的一大特点。
To this end, the paper research about complex fault diagnosis method based on the flexible SCADA in power system.
为此，论文对基于柔性SCADA系统的电力系统复杂故障诊断方法进行研究。
Wenzhong oilfield is a typical complex fault-block oil reservoir in the middle of the Zhongyuan petroliferous province.
文中油田是中原油区中部的一个典型复杂断块油田。
Linpan complex fault block oil field, after more than 20 years waterflood development, has already in high water cut period.
临盘复杂断块油田，通过20多年的注水开发，已进入高含水期。
In complex fault-block regions, it is important to study fault sealing performance to determine the distribution of reservoirs.
在复杂断块地区，断层封闭性的研究对于确定油气藏的分布有着极为重要的意义。
The working principle and interpreting method of the coherent volume are introduced for complex fault block area interpretation.
介绍了适于复杂断块地区解释的相干体技术工作原理、解释方法。
The technology has successfully appl ied to the exploration of the complex fault block oil-gas reservoirs in Jizhong depression.
该技术已在冀中坳陷复杂断块油气藏的勘探中成功应用。
It is suited to be used not only in general complex fault but also in the complex fault including interline fault in power system.
它不仅适用于一般复杂故障的计算，还适用于包括同杆多回线跨线故障在内的复杂故障计算。
For the complex fault block oil fields, the prediction of final proved reserves is a big problem in petroleum progressive development.
复杂断块油田在滚动开发中存在预测最终探明储量的问题。
Mingqiao Oil-field is a fault block &fault nose reservoir which is formed on the condition of complex fault-thrust anticline structure.
闵桥油田是在断层复杂化的断背构造背景上形成的断块、断鼻油藏。
Yonganzhen 3d seismic prospect is the complex fault-block oil field area where exploration and development have lasted nearly 20 years.
永安镇三维地震工区位于已勘探开发近20年的复杂断块油田区。
Therefore, the complex fault block groups in Biyang depression have the geological conditions to form large hydrocarbon enrichment areas.
因此泌阳凹陷复杂断鼻构造具备形成大面积油气富集区的地质条件。
Zhongyuan oil field is a complex fault block sandstone reservoir, which has deep oil reservoir rock, low permeability and serious heterogeneity.
中原油田是一个复杂断块砂岩油气田，储集层埋藏深，渗透率低，非均质严重。
Because of the use of 3d interpretation technique, the accuracy degree of trap identification and description of complex fault zone is improved.
应用全三维的解释方法，提高复杂断裂带圈闭识别和描述精度。
It is pointed out that the best gold metallogenic area are at uplifting and sagging edge of ductile complex fault of thrusting-nappe fault system.
提出逆冲体系中的韧脆性复成断裂带在带内的相对“上隆”和“下陷”的边缘地区以及其过渡带是金矿成矿的有利地区。
According to the characteristic of Hubuzhai complex fault block gas pool, the fine structure, reservoir rock and sand distribution of it are studied.
根据户部寨复杂断块气藏特点，开展了精细气藏构造、储集层、砂体的分布规律等研究。
In the complex fault-block oilfield, small fault is very developed. A single fault-block that has only a single well is usually met in some oilfield.
通常情况下，复杂断块油气田中的细小断层十分发育，单井单块的情况在一些油田经常遇到。
CB Oilfield is a complex fault-block and fault nose trap reservoir, there are lots of rivers on the ground, and the underground structure is very complex.
CB油田为复杂断块、断鼻型圈闭油藏，地面河网发育，地下构造复杂。
But for the complex fault accident and resulting expansion of the process, the traditional action decision may be in disadvantage for their crisis systems.
但在复杂故障及其引发的事故扩大过程中，其传统动作决策可能给处于危机情况下的系统造成不利影响。
Because of the lateral velocity varying in complex geologic areas, some conventional imaging methods can not fulfill the correct image of complex fault blocks.
在复杂构造地区，地震速度横向变化大，常规偏移方法已无法完成复杂断块的正确成像。
Bozhong 34-1 complex fault-blocks zone is located in Yanlu strike-slip fault zone. Affected and controlled by the strike-slip fault zone, faults are developed.
渤中34 - 1浅层复杂断块区处于郯庐走滑断裂带内，受其影响和控制该区断层较发育。
Finally, complex fault diagnosis method based on flexible SCADA is brought forward, as to study the fault diagnosis model for the overall hierarchical information.
最后，本文提出了基于柔性SCADA系统的电力系统复杂故障诊断方法，对全局分层信息的电网故障诊断模型进行了研究。
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.
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。
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