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Perform a pilot studying results for the testing of high-productivity techniques in Eastern Siberia

Authors: G.V. Volkov, A.I. Andronov, A.S. Sorokin, D.A. Litvichenko (Gazpromneft-NTC LLC, RF, Saint-Petersburg)

Key words: land seismic, single receivers, wideband signal, high-productivity vibroseis.

The paper reviews the results of pilot studying analysis in Eastern Siberia. The purpose was to test modern approaches to the definition of sweep generation and registration parameters and confirmation of selected parameters. Pilot studying included the following steps: 1) testing of high-productivity techniques such as Flip-flop and Slip-sweep method; 2) testing of sweep parameters with a focus on the low frequencies; 3) diversity stack productivity estimation; 4) analysis of the influence on the quality of the data type receivers and their geometry.
References
1. Gafarov R.M., Obrabotka dannykh Slip sweep bez poteri kachestva
poluchaemykh dannykh v usloviyakh tsentral'noy chasti Rossii (Slip sweep
data processing without losing the quality of the data of central part of Russia), Proccedings of 14th International Scientific and Practical Conference
“Geomodel'-2012” (Geomodel’ 2012), 10-14 sentyabrya 2012 g.
2. Shneerson M.B., Potapov O.A., Grodzenskiy V.A. et al., Vibratsionnaya
seysmorazvedka(Vibroseismic exploration), Moscow: Nedra Publ., 1990, 20 p.
3. Cherepovskiy A.V., Seysmorazvedka s odinochnymi priemnikami i istochnikami: obzor sovremennykh tekhnologiy i proektirovanie s"emok (Seismic exploration with single receivers and sources: a review of modern technology and acquisition design), Educational tour of EAGE, 2012, 133 p. 

Key words: land seismic, single receivers, wideband signal, high-productivity vibroseis.

The paper reviews the results of pilot studying analysis in Eastern Siberia. The purpose was to test modern approaches to the definition of sweep generation and registration parameters and confirmation of selected parameters. Pilot studying included the following steps: 1) testing of high-productivity techniques such as Flip-flop and Slip-sweep method; 2) testing of sweep parameters with a focus on the low frequencies; 3) diversity stack productivity estimation; 4) analysis of the influence on the quality of the data type receivers and their geometry.
References
1. Gafarov R.M., Obrabotka dannykh Slip sweep bez poteri kachestva
poluchaemykh dannykh v usloviyakh tsentral'noy chasti Rossii (Slip sweep
data processing without losing the quality of the data of central part of Russia), Proccedings of 14th International Scientific and Practical Conference
“Geomodel'-2012” (Geomodel’ 2012), 10-14 sentyabrya 2012 g.
2. Shneerson M.B., Potapov O.A., Grodzenskiy V.A. et al., Vibratsionnaya
seysmorazvedka(Vibroseismic exploration), Moscow: Nedra Publ., 1990, 20 p.
3. Cherepovskiy A.V., Seysmorazvedka s odinochnymi priemnikami i istochnikami: obzor sovremennykh tekhnologiy i proektirovanie s"emok (Seismic exploration with single receivers and sources: a review of modern technology and acquisition design), Educational tour of EAGE, 2012, 133 p. 


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