1.
Survey of the Iron-smelting Site at Xiahewan in Biyang County,Henan
河南泌阳县下河湾冶铁遗址调查报告
2.
Research on Regional Planning and Regulation of Beiyang County in Henan Province;
河南省泌阳县区域城市空间规划与调控研究
3.
Type Selection and Design of Pumps in Xibi River Water Pumping Project in Qinglong County
晴隆县西泌河提水工程水泵选型设计
4.
Stone Inscriptions Recording Alliances fromWenxian
温县盟书(沁阳盟书)
5.
Research on agricultural Industry in county Area;
县域农业产业化探索——以安阳县为例
6.
Research on Petroleum Reservior-forming Conditions in the West of Biyang Depression. Nanxiang Basion;
泌阳凹陷西部地区油气成藏地质研究
7.
An Examination on the counties of Yangdu,Dong'an and Lu in Chengyang During the West Han Dynasty
西汉城阳国所辖阳都、东安、虑(卢)县考
8.
Study on method of well logging interpretation at B304 block on the south actic region in Biyang depression
泌阳凹陷南部陡坡带泌304区块测井解释方法研究
9.
A Research on Optimization Pattern of Industrial Structure of Agricultural Counties--Take Sheyang County for Example
农业县产业结构调整研究——以射阳县为例
10.
On the Development of Yangshuo County from a Tourism Industrial Cluster into a County with Great Strength as a Tourist Destination
阳朔县从旅游产业集群向旅游强县发展的路径
11.
CHARACTERISTICS AND APPLICATIONS OF EOGENE FLUID INCLUSIONS FROM THE BIYANG DEPRESSION--Ⅱ.A PRELIMINARY STUDY OF PETROLEUM MIGRATION IN THE BIYANG DEPRESSION
泌阳凹陷下第三系流体包裹体特征及其应用——Ⅱ.泌阳凹陷石油运移初探
12.
Distribution features and exploration method of subtle pool in Biyang sag.
泌阳凹陷隐蔽油气藏分布特征与勘探方法
13.
Deep Reservoir Characteristics and Distribution of Oil & Gas in Anpeng Area of Miyang Sag
泌阳凹陷安棚深层系储层特征及油气分布规律
14.
Principles of Hydrocarbon Accumulation and Exploration Targets Evaluation in the North Slope of Biyang Depression;
泌阳凹陷北部斜坡带成藏规律及勘探目标评价
15.
Studying on Sequence stratigraphy and subtle reservoir in BiYang depression of NanXiang Basin;
南襄盆泌阳凹陷层序地层与隐蔽油气藏研究
16.
The characteristic of Fractured Dolomite Oil and Gas Reservoir in Biyan Depression;
泌阳凹陷裂缝性白云岩油气储层特征研究
17.
Study on Secondary Seismic Acquisition in Southern Steep Zone in Biyang Depression;
泌阳凹陷南部陡坡带二次采集方法研究
18.
Techniques and Applied Studying of Reservoir Prediction in Biyang Middle Depression;
泌阳凹陷中部深凹区储层预测技术研究