Study on structural styles and genetic mechanism of salt-mud tectonics in Dongying Depression;

An analysis of salt structure and accumulation in Kenli 11 district of Laizhou Bay Sag;

Analysis on kinematic characteristics of salt structures in Kuqa Depression by using balanced section technology;

Major factors controlling salt structures in western Kuqa Depression,Tarim Basin;

Comparison of Kuqa foreland basin with Persian Gulf Basin in salt tectonics;

Major developments of research on salt tectonics in oil-gas-bearing basins;

According to the theories of fault-associated folds and salt tectonics,and based on the field work and seismic data interpretation for the western Kuqa Depression,the tectonic styles of the overburden,the salt sequence and the substrate,and their distribution,and formation mechanism were determined.

Interpretation method of subsalt structures in significant thickness of salt beds, east merging of littoral Caspian Sea basin.;

Identifying subsalt structure and reservoir prediction in central block of eastern margin of Pre-Caspian basin.;

In seismic exploration, subsurface salt dome, as a high-velocity geologic body, brought about a series of problems to ordinary processing in time domain and interpretation, for example, false image of subsalt structure and abnormal stack velocity field.

Outcrops,well and seismic data demonstrate that many salt structures have developed in the Kuqa depression,northern Tarim basin,Northwest China.

Interpretation of seismic profiles and structural physical modeling demonstrate that the pre-Paleogene basement tectonics has important influence on the development of salt structures in the Kuqa foreland fold-and-thrust belt in the northern Tarim basin.

By the method of balanced cross section,we restore the evolution history of the four different places and probe into the mechanism of salt structures deformation.