We have made the further research and application in the multi-wave–and–multi-component technology of the seismic exploration for the purpose of arising inthe returns ratio to the exploration activity, and have finished a thorough study on thebasis of the sufficiently comprehension of the present situation in the multi-wave –and–multi-component technology home and abroad.The multi-wave –and –multi-component seismic exploration cannot avoid theaffection of the aeolotropic seismic-wave. Therefore, the paper detailedly expoundsthe aeolotropic multi-wave processing, and then make the further comprehensivestudy of the multi-wave data interpretation.The innovations in the thesis are as follows:(1) According to the seismic wave field's propagation of themulti-wave–and–multi-component, we establish thehigh-interspace-sample and the designing–and-demonstrationtechnology of triaxial multi-wave–and –multi-component layout.(2) With the practice of the multi-wave–and–multi-component seismicexploration, we establish technology and theory of themulti-wave–and–multi-component associating with the nonisotropyseismic field theory , which includes multiwave velocityanalysis ,multi-wave calibration, the technology of the P-P,P-SVimagery.(3) We call on the technology of the lithologic parameters in AVO,AVAwith the nonisotropy media, establish the theory and the technologyof multi-wave–and–multi-component processing and interpreting.(4) With its application in the processing and interpreting ,we obviouslyget the geology effect.The study makes multi-wave –and –multi-component data handling andinterpretation technology more abundance and consummate, which provides aplatform for the multi-wave –and–multi-component seismic exploration and satisfisedthe needs of the exploratory development.
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