1.
STUDY ON LOGGING INTERPRETATION OF CLASSIFICATION DISCRIMINATION OF THE LOWER ORDOVICIAN CARBONATE RESERVOIRS OF THE TAHE OILFIELD
塔河油田下奥陶统碳酸盐岩储层测井分类识别研究
2.
Analysis of Influence Factors in Determining Oil/Gas Well or/and Oil/Gas Zone to Be Fractured in Different Type Reservoirs
不同类型油气井压裂选井选层影响因素分析
3.
The full scale trial in wells of 4 groups includes: CBI only in 5 wells (groupⅠ);
在正式试验中将区块33口井分为4大类,第一类5口井只注菌液;
4.
Adaptability analysis of horizontal well technology to oil reservoirs
不同类型油藏水平井开发适应性分析
5.
The Analysis of Technical Standards about the Additive of Asphaltic Drilling Fluid
钻井液用沥青类处理剂技术标准分析
6.
The Method for Lithology Classification in Geophysical Well Logging Based on the K-means Dynamic Clustering Analysis
基于K均值动态聚类分析的地球物理测井岩性分类方法
7.
Fuzzy cluster analysis and its application in identification of reservoir bed with logging data.
模糊聚类分析及其在测井识别油气层中的应用
8.
Diversity analysis of summer birds in Jinggangshan Nature Reserve;
井冈山自然保护区夏季鸟类多样性分析
9.
Classifications of Underbalanced Drilling and Researches on Reservoir Screening Methodology
欠平衡钻井技术新分类与油藏筛选方法研究
10.
Optimization and Study of Type of Multi-lateral Well in Certain District of Tarim Oilfield
塔里木油田某地区分支井类型优选研究
11.
tri-component borehole magnetometer
井中三分量磁测井仪
12.
five-component borehole magnetometer
井中五分量磁测井仪
13.
CBI+well washing every 45 days in 22 wells (groupⅢ);
第三类22口井注菌液并热水洗井,洗井周期45天;
14.
660m depthdrilling shaft lining structure design and analysis of main shaft Ban Ji mine
板集主井660m深钻井井壁结构设计分析
15.
Comprehensive Analysis on the Technical Economy of Precipitation of Light Well Point and Deep Well Point;
轻型井井点降水与深井井点降水之综合分析
16.
CARBONIFEROUS CHAROPHYTE FLORAS IN TARIM BASIN WITH REMARKS ON THE CLASSIFICATION OF PALAEOZOIC CHAROPHYTES
塔里木盆地井下石炭纪轮藻植物群兼论古生代轮藻的分类
17.
Classification on the Stability of Rock around Deep Gateway under Dynamic Pressure and Its Supporting Design in Pansan Mining Area;
潘三矿深井动压回采巷道围岩稳定性分类及其支护设计
18.
The relationship between the in situ stresses and wellbore stability in multi-lateral horizontal well about the coal withⅠandⅡstructures
Ⅰ与Ⅱ类煤中地应力与多分支水平井壁稳定性的关系