958 6 g/cm~3) from Tahe oil field in Xinjiang and of its emulsions of water content 10%, 20%, 30%,50%,70%, and 90% are determined by using this viscosimeter at.

Provenance analysis of Jurassic Badaowan Formation in No.7 Area of Xinjiang Oilfield;

Decision support system for oilfield development planning and its application in Xinjiang oilfield;

Reconstruction of Water Injection System in the Old Area of Xinjiang Oilfield;

Applications of Oil-bearing Formation Selection Recovery Technique of Shallow Heavy Oil Reservoirs to Xinjiang Oil Field;

Thoughts on the strategy of enhanced oil recovery in Xinjiang oil field;

Analysis of Corrosion of Pipelines and Facilities in Xinjiang Oil Field

It states that to unite Xinjiang oilfields' scientific and technological resources on the level of management bureau and oilfield company,forming scientific and technological integrity,is beneficial not only to the mutual supplement and resource sharing of the existing scientific and technological resources on bot.

Main influence factor on water bearing analysis of fracture-karst caved carbonate reservoir of Tahe oil field;

Development Character & Dominant Factor of Cave-Reservoir in Lower-Middle Ordovician of Ⅷ section in Tahe oil field's;

High resolution sequence of stratigraphy and sedimentary evolution of middle-upper Trimassic in the 9th Area, Tahe Oil Field;

Sedimentary facies division of Yijianfang Formation in the middle Ordovician of the southern Tahe Oilfield;

Application of the well test interpretation method for fracture-vug reservoir in Tahe Oilfield;

3D modeling of Ordovician fractured-vug carbonate reservoir,Tahe Oilfield;