Issue 1(33), 2014

Seismic data regularization for combining of neighbour surveys pdf

Kurashov I. A., Bondarev V. I., Krylatkov S. M.

The paper discusses the issues of quality improving of seismic images for their construction based on several seismic surveys carried out with different parameter values of observing system. The method allows increase the image density and stacking fold of seismic traces during such data processing. An example of application of this method for one of the areas in Western Siberia. Shown the possibility of data regularization with increasing of SNR, tracking improvement of target reflectors and image formation for unified coordinate network of seismic traces obtained during the different surveys.

Keywords: data processing, seismic images, reflecting horizon, stacking fold, trace density, signal-to- noise ratio, data interpolation, unification of seismic surveys.

 

REFERENCES

Downton, Hunt L., Trad D., Reynolds S., Hadley S. Canadian journal of exploration geophysics. 2012. Vol. 37, no. 1. pp. 8–17.

Bondarev V., Krylatkov S. M., Kurashov I. A. News of the higher institutions. Mining journal. 2012. No. 3. pp. 146–153.

Bondarev V., Krylatkov S. M., Kurashov I. A. The technology for processing seismic data based on analysis of the diffraction component of the wave field // Modern problems of science and education. 2012. No. 1. URL: www.science-education.ru/101-5605 (accessed: 18.02.2014).

Kozlov A. Medium model in exploration seismology. Tver: JSC «GERS Publishing House», 2006. 480 с.

Timoshin Y. V. Basics of diffraction conversion of seismic records. Мoscow: Nedra, 1972. 264 p.

Gelchinnsky, Berkovitch A., Keydar S. Journal of applied geophysics. 1999. Vol. 42, no. 3–4. pp. 229–242.

Cherepovsky V. Seismic exploration with single receivers and sources: an overview of current technologies and design of surveys. Tver: JSC «GERS Publishing House», 2012. 134 p.

Buske S., Gutjahr S., Sick C. Geophysics. 2009. V 74, no. 66. pp. WCA47–WCA55.

Landa E. Beyond conventional seismic imaging. EAGE Publications bv, 2007. 94 p.

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