The main scientific research results of the theoretical and applied research on multi-wave and multi-component exploration methods are mainly engaged in the theoretical and applied research on multi-wave and multi-component exploration methods. Through the implementation of multiple scientific research projects, a relatively complete and domestically advanced research system has been formed. Leading multi-component seismic data processing methods, some of which have reached the international advanced level. It has completed multi-wave seismic data processing in Yimeng, Lunnan, Sulige, Tuha, Jungar, Xinchang and other work areas. In terms of multi-wave seismic data acquisition, he creatively proposed the method of rigid body constraint explosion to excite shear waves, and achieved remarkable results in the multi-wave exploration of the Sulige Gas Field. In terms of multi-wave seismic data processing, he first proposed the method of using the weathering layer to generate The upward refraction at the bottom and the travel time difference between the transmitted converted wave and the longitudinal wave are used to solve the problem of static correction of converted waves, and obvious results have been achieved. A paper was published at the 2002 SEG annual meeting. This method has applied for a national patent; in multi-wave seismic data In terms of interpretation, through the analysis of petrophysical parameters and multi-component AVO forward modeling of the Sulige Gas Field, a series of feasible interpretation solutions have been proposed, which have achieved certain application results.