Lithology identification methods contrast based on support vector machines at different well logging parameter;

Using conventional well logging data to calculate the shear wave velocity of gas reservoir;

Design of simulated signal source of the well logging equipment;

Recognition of high angle fractures by logging and study of fracture distribution law in the Tabamiao Upper Paleozoic reservoir,Ordos Basin,China;

Using logging data to predict production capacity in natural gas reservoir;

Study on numeric simulation of complex resistivity logging;

Remote wireless transmission and error recovery of log data;

A Lithologic Identification Method of Igneous Rocks by Log and Its Application: a Case of the Igneous Reservoir in Hong Shanzui Oilfield;

Study on log secondary-interpretation model of low-resistance reservoir in Lengjia Oilfield;

Identifying condensate gas-oil ratio from well logging;

Study of production capacity of carbonatereservoirs with well logging in Ordos basin;

The quantitative identification of fractures using well log data;

Technology of natural gas exploration and evaluation based on well-logging data;

Through kaolin seam representation on logging traces,analyzed the feasibility of well-logging data exerting in kaolin reconnaissance.

Starting from the view point of practical application, based on large amount of pressure well logging data home and abroad, the author demonstrated how to distinguish over-pressure formations using wellsite data, through selected methods such as drilling parameters, rock fragment analysis, drilling fluid parameters, and electric well-logging.

Analysing the process of gaining the date in caliper logging,select the method "Sweep Representation" to build the equations of well bore model.