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Union improves resolution, efficiency: A combination of two methods holds promise for faster land seismic acquisition

机译:联合提高分辨率和效率:两种方法的结合有望实现更快的陆地地震采集

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An experiment was conducted near the city of Alpine in West Texas to investigate a unique seismic acquisition technique. The potential of the technique involves the union of the High Fidelity Vibratory Seismic (HFVS) acquisition method with either the Slip-Sweep or the Concatenated method of Vibroseis acquisition. Among the benefits provided by HFVS recording is the ability to separate the sources during the processing of the seismic data. Source separation allows for enhanced spatial sampling, which improves the resolution and the bandwidth of the seismic image. Among the benefits of the Slip-Sweep or the Concatenated method of seismic acquisition is an increase in the production rate. An increase in the production rate can be used to collect data faster, or to acquire more seismic data per unit area, which can be used to improve spatial sampling or increase the fold. The new technique capitalizes on the benefits inherent in both methods.
机译:在西德克萨斯州的阿尔卑斯市附近进行了一项实验,以研究一种独特的地震采集技术。该技术的潜力涉及高保真振动地震(HFVS)采集方法与滑动采集或串联振动采集方法的结合。 HFVS记录提供的好处之一是能够在地震数据处理过程中分离震源。源分离可以增强空间采样,从而提高地震图像的分辨率和带宽。滑动采集或级联地震采集方法的优点之一是生产率的提高。生产率的提高可用于更快地收集数据,或用于获取每单位面积更多的地震数据,这可用于改善空间采样或增加折叠率。新技术利用了这两种方法固有的优势。

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