Study on the applying of 3D visualization technique to the construction of informationization in the Xitieshan deposit;

Research and development of ore body 3D visualization system base on VC~(++) and OpenGL;

The method of the resolution to fault on 3D visualization continuing interpolation deposit modeling;

Research on the mine geology drill data digitize and three-dimensional visualization;

The application of three-dimensional visualization technology in exploration and development of Xingou Oilfield;

Application of particle system arithmetic in three-dimensional visualization of mine ventilation;

3-D visualization interpretation technique of channels;

Particle system-based simulation of flood discharge atomization and 3-D visualization;

3-D visualization and analysis for underwater terrain evolution ofthe Pearl River estuary networks in long-term span;

The development and application of medical image three dimensional visualization;

On the basis of a specific landslide, the in situ monitoring, three dimensional visualization and compressive integrated intelligent analysis methods are introduced.

Real time three dimensional interactive imitating technology is the key for achieving three dimensional visualization design of road routes.

3D visualization deposit modeling in the open pit;

Most of ore body grade was calculated by hand, but in 3D visualization environment it can be calculated quickly and precisely.

With 3D visualization and multi component reservoir parameter inversion as the main measures, full 3D structural interpretation, reservoir prediction and description are performed with a view to the distribution characteristics of the turbidite reservoir of Sha3 central member and its configuration relationship between structures and reservoir forming in Chenjia depression.