Field test method for selection of seismic exploration trace-to-trace distance and maximum shot-to-geophone distance
A field test and seismic exploration technology, applied in the direction of seismic signal processing, etc., can solve the problems of difficult selection of trace spacing and maximum offset distance, high risk, etc., and achieve the effects of shortening the construction period, increasing economic benefits, and improving exploration efficiency
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[0016] combined with figure 1 with 2 , to further describe the present invention:
[0017] Its technical scheme includes the following steps:
[0018] (1) In the field, use GPS to stake out at equidistance (XR), which is called the receiving point. The total length of stakeout should be greater than 2-3 times the buried depth of the deepest target layer in the area;
[0019] (2) At one end of the stakeout line, between two receiving points, the stakeout of the excitation point is carried out at an equal distance (Δx), and XR is an integral multiple of Δx (generally 5-10 times);
[0020] (3) Embedding a detector at the receiving point. At the excitation point, if explosives are used as the artificial seismic source, the depth of the excitation well should be kept, and the excitation charge should be exactly the same; if the vibroseis is used as the artificial seismic source, the parameters used at each excitation point should be kept exactly the same;
[0021] (4) Use the ...
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