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    • 1. 发明申请
    • DEEP LOW FREQUENCY TOWED-ARRAY MARINE SURVEY
    • 低频低频海岸调查
    • WO2008153598A2
    • 2008-12-18
    • PCT/US2007/086757
    • 2007-12-07
    • SCHLUMBERGER CANADA LIMITEDGECO TECHNOLOGY B.V.MORLEY, Lawrence C.
    • MORLEY, Lawrence C.
    • G01V1/36G01V1/38
    • G01V1/3808
    • A method includes: acquiring a set of multicomponent seismic data in a towed-array, marine seismic survey at a low seismic frequency and at a deep tow depth; and processing the acquired seismic data to attenuate the affect of reverberations in the water column thereon. A method for processing seismic data includes: accessing a set of multicomponent seismic data acquired in a towed-array, marine seismic survey at a low seismic frequency and at a deep seismic depth; and processing the acquired seismic data to attenuate the affect of reverberations in the water column thereon. A method of acquiring multicomponent seismic data includes: towing a marine seismic array at a deep seismic depth; imparting a seismic survey signal into the marine environment, the seismic survey signal having a low seismic frequency; detecting a reflection of the seismic survey signal with the towed marine seismic array; and recording the detected reflection.
    • 一种方法包括:在低地震频率和深拖曳深度的拖曳阵列海洋地震勘测中获取一组多组分地震数据; 并处理所获取的地震数据以减弱其中水柱中的混响的影响。 一种用于处理地震数据的方法包括:以低地震频率和深地震深度访问在拖曳阵列,海洋地震勘测中获取的一组多组分地震数据; 并处理所获取的地震数据以减弱其中水柱中的混响的影响。 获取多组分地震数据的方法包括:在深地震深度拖曳海洋地震阵列; 将地震勘测信号传递到海洋环境中,地震勘测信号具有较低的地震频率; 用拖曳的海洋地震阵列检测地震勘测信号的反射; 并记录检测到的反射。
    • 3. 发明申请
    • DEEP TOWED-ARRAY SEISMIC MARINE SURVEY AT LOW FREQUENCY
    • 低频地震震中海底调查
    • WO2008153598A3
    • 2009-02-12
    • PCT/US2007086757
    • 2007-12-07
    • SCHLUMBERGER CA LTDGECO TECHNOLOGY BVMORLEY LAWRENCE C
    • MORLEY LAWRENCE C
    • G01V1/36G01V1/38
    • G01V1/3808
    • A method includes: acquiring a set of multicomponent seismic data in a towed-array, marine seismic survey at a low seismic frequency and at a deep tow depth; and processing the acquired seismic data to attenuate the affect of reverberations in the water column thereon. A method for processing seismic data includes: accessing a set of multicomponent seismic data acquired in a towed-array, marine seismic survey at a low seismic frequency and at a deep seismic depth; and processing the acquired seismic data to attenuate the affect of reverberations in the water column thereon. A method of acquiring multicomponent seismic data includes: towing a marine seismic array at a deep seismic depth; imparting a seismic survey signal into the marine environment, the seismic survey signal having a low seismic frequency; detecting a reflection of the seismic survey signal with the towed marine seismic array; and recording the detected reflection.
    • 一种方法包括:在低地震频率和深拖曳深度的拖曳阵列海洋地震勘测中获取一组多组分地震数据; 并处理所获取的地震数据以减弱其中水柱中的混响的影响。 一种用于处理地震数据的方法包括:以低地震频率和深地震深度访问在拖曳阵列,海洋地震勘测中获取的一组多组分地震数据; 并处理所获取的地震数据以减弱其中水柱中的混响的影响。 获取多组分地震数据的方法包括:在深地震深度拖曳海洋地震阵列; 将地震勘测信号传递到海洋环境中,地震勘测信号具有较低的地震频率; 用拖曳的海洋地震阵列检测地震勘测信号的反射; 并记录检测到的反射。
    • 4. 发明申请
    • WIDE TOW ENABLED BY MULTICOMPONENT MARINE SEISMIC CABLE
    • 多海洋地震电缆启用的宽带
    • WO2008005881A3
    • 2008-09-04
    • PCT/US2007072561
    • 2007-06-29
    • GECO TECHNOLOGY BVSCHLUMBERGER CA LTDMORLEY LAWRENCE C
    • MORLEY LAWRENCE C
    • G01V1/36
    • G01V1/38G01V1/36G01V2210/57
    • A technique for use in towed-array, marine seismic surveys includes a method and an apparatus. The method includes accessing a set of multicomponent seismic data acquired in a wide tow, marine seismic survey; and interpolating a set of seismic data from the acquired seismic data in the crossline direction such that the combined acquired and interpolated seismic data meet the discrete spatial sampling theory requirements for array detection of broadside seismic signal and the discrimination and suppression of broadside linear noise. In some aspects, the technique includes programmed storage media and/or programmed computers for use in executing such a method. The apparatus is a wide tow array, including a plurality of streamers spaced apart by a cable separation exceeding the maximum cable spacing for array detection of broadside seismic signal and the discrimination and suppression of broadside linear noise as determined by discrete spatial sampling theory.
    • 用于拖曳阵列海洋地震勘测的技术包括一种方法和装置。 该方法包括访问在宽拖曳,海洋地震勘测中获取的一组多组分地震数据; 并从采集的地震数据在交叉线方向内插一组地震数据,使得组合获取和内插的地震数据满足宽边地震信号的阵列检测和宽边线性噪声的鉴别和抑制的离散空间采样理论要求。 在一些方面,该技术包括用于执行这种方法的编程存储介质和/或编程计算机。 该装置是一种宽牵引阵列,包括通过电缆分离间隔的多个拖缆,超过用于宽边地震信号的阵列检测的最大电缆间隔,以及通过离散空间采样理论确定的宽边线性噪声的鉴别和抑制。
    • 8. 发明申请
    • WIDE TOW ENABLED BY MULTICOMPONENT MARINE SEISMIC CABLE
    • 由多组分海底地震电缆启用的宽塔
    • WO2008005881A2
    • 2008-01-10
    • PCT/US2007/072561
    • 2007-06-29
    • GECO TECHNOLOGY B.V.SCHLUMBERGER CANADA LIMITEDMORLEY, Lawrence, C.
    • MORLEY, Lawrence, C.
    • G01V1/36
    • G01V1/38G01V1/36G01V2210/57
    • A technique for use in towed-array, marine seismic surveys includes a method and an apparatus. The method includes accessing a set of multicomponent seismic data acquired in a wide tow, marine seismic survey; and interpolating a set of seismic data from the acquired seismic data in the crossline direction such that the combined acquired and interpolated seismic data meet the discrete spatial sampling theory requirements for array detection of broadside seismic signal and the discrimination and suppression of broadside linear noise. In some aspects, the technique includes programmed storage media and/or programmed computers for use in executing such a method. The apparatus is a wide tow array, including a plurality of streamers spaced apart by a cable separation exceeding the maximum cable spacing for array detection of broadside seismic signal and the discrimination and suppression of broadside linear noise as determined by discrete spatial sampling theory.
    • 用于拖曳阵列海洋地震勘测的技术包括一种方法和一种装置。 该方法包括访问一系列在宽拖船海洋地震勘测中采集的多分量地震数据; 以及在交叉线方向上从采集的地震数据中内插一组地震数据,使得组合的采集和内插地震数据满足离散空间采样理论对宽侧地震信号的阵列检测以及宽侧线性噪声的识别和抑制的要求。 在一些方面,该技术包括用于执行这种方法的编程的存储介质和/或编程的计算机。 该设备是宽拖曳阵列,其包括多个拖缆,该拖缆通过超过用于阵列检测宽侧地震信号的最大电缆间隔的电缆间隔而间隔开,以及由离散空间采样理论确定的宽侧线性噪声的区分和抑制。 p>