1.
Description on Geologic Characteristics of Lower Cretaceou Quantou Formation Gas Reservoir of Shuang Tuo Zi Gas Field
双坨子气田下白垩统泉头组气藏地质特征描述
2.
A Study on Sequence Character of Oulituozi Oilfield in Liaohe Rift
辽河断陷欧利坨子油田层序特征研究
3.
Trachyte reservoir prediction technique and application in Oulituozi and Huangshatuo oilfield
欧利坨子和黄沙坨油田粗面岩储层预测技术及应用
4.
Research on the Clastic Reservoir Characteristics of Oulituozi Oilfield in the Liaohe Fault Depression
辽河断陷欧利坨子油田碎屑岩储层特征研究
5.
The Development Effect Evaluation and the Comprehensive Adjustment Study of Oulituozi Oil Field
欧利坨子油田开发效果评价及综合调整研究
6.
Types of sedimentary facies and identification mark of Es3 in Oulituozi
欧利坨子油田沙三段沉积相类型及特征
7.
Recovery method of attic remaining gas in Es_1 gas reservoir with edge water in Sheng 1 area of Shengtuo oilfield.
胜坨油田一区沙一段边水气藏顶部剩余气的开采方法
8.
HYDROCARBON ACCUMULATION IN HAITUOZI REGION IN SOUTHERN SONGLIAO BASIN
松辽盆地南部海坨子地区油气成藏研究
9.
METHOD OF DETECTING LOW-RESISTIVITY-FORMATION IN DONGYING LAYER OF SHUANGTAIZI OIL FIELD
双台子油田东营组低阻油气层识别方法
10.
IDENTIFYING THE PHENOMENA OF WATER FLOOD IN OIL FIELDS USING NOBLE GAS ISOTOPE--EXAMPLED BY THE HUANGSHATUO OILFIELD IN THE LIAOHE BASIN
应用稀有气体同位素判识油田水淹现象——以辽河盆地黄沙坨油田为例
11.
Remaning Oil Distribution Research of Shengtuo28 Down Reservoir;
胜坨油田坨28断块下油组剩余油分布研究
12.
A rare "yellow quiet" ruled the dunes.
沙坨子里静悄悄的，出现了那种被称为“黄色宁静”的稀有天气。
13.
You've contracted the dunes, not the hares and pheasants. '
承包给你们的是坨子，不是坨子里的兔子山鸡
14.
Historical analysis of fluid on the study of hydrocarbon reservoir forming mechanism-taking Oulituozi area in east sag of Liaohe Basin as example.
流体历史分析法在油气成藏机理研究中的应用——以辽河盆地东部凹陷欧利坨子地区为例
15.
Laboratory research on EOR techniques in the second block of Skengtuo oil field.
胜坨油田二区提高采收率方法室内实验研究
16.
Study on Reservoir Heterogeneity Model of the Third Member of Dongying Formation in the Third Block of Shengtuo Oilfield;
胜坨油田三区东三段储层非均质模型研究
17.
The Study of S_3～2 Member Reservoir Characteristic of 629 Area in Ciyutuo Oil Field;
茨榆坨油田629断块S_3～2段储层特征研究
18.
Research on the Regional Forecast of Rock Mass Stress State in the Lujiatuo Minefield;
吕家坨井田岩体应力状态区域预测研究