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    • 1. 发明申请
    • EFFICIENT INVERSION SYSTEMS AND METHODS FOR DIRECTIONALLY-SENSITIVE RESISTIVITY LOGGING TOOLS
    • 有效的反向系统和方向敏感性电磁记录工具的方法
    • WO2012008965A1
    • 2012-01-19
    • PCT/US2010/042221
    • 2010-07-16
    • HALLIBURTON ENERGY SERVICES, INC.BITTAR, Michael, S.TANG, YumeiLI, Shanjun
    • BITTAR, Michael, S.TANG, YumeiLI, Shanjun
    • G01V3/10
    • G01V3/10G01V3/28G01V2210/626
    • Various resistivity logging tools, systems, and methods are disclosed At least some tool embodiments include transmit and receive antennas that measure the electromagnetic response of the formation, at least one of which is tilted to provide a directional sensitivity A processor converts the response (measured as a function of the tool's rotation angle) into a set of inversion parameters, which are then used to estimate the anisotropic properties of the formation The set of inversion parameters includes at least one parameter based on an antipodal sum of the response signal, and may further include parameters based on an antipodal difference and an average of the signal response Antipodal sum and difference values at different rotational orientations can be included in the set of inversion parameters, and they may be normalized to reduce environmental effects Some tool embodiments collect the relevant formation measurements using parallel or perpendicular tilted antennas
    • 公开了各种电阻率测井工具,系统和方法。至少一些工具实施例包括测量地层的电磁响应的发射和接收天线,其中至少一个被倾斜以提供方向灵敏度A处理器将响应(如 工具的旋转角度的函数)转换成一组反演参数,然后将其用于估计地层的各向异性特征。反演参数集包括基于响应信号的对称和的至少一个参数,并且可以进一步 包括基于对数差异的参数和信号响应的平均值在不同旋转方向的反作用总和和差值可以包括在反演参数集合中,并且它们可以被归一化以减少环境影响。一些工具实施例收集相关的地层测量 使用平行或垂直倾斜的天线
    • 3. 发明申请
    • MULTI-ARRAY LATEROLOG TOOLS AND METHODS
    • 多阵列流变工具和方法
    • WO2012067599A1
    • 2012-05-24
    • PCT/US2010/056645
    • 2010-11-15
    • HALLIBURTON ENERGY SERVICES, INC.BITTAR, Michael, S.LI, ShanjunLI, Jing
    • BITTAR, Michael, S.LI, ShanjunLI, Jing
    • G01V3/24
    • G01V3/20G01V3/24
    • Multi-array laterolog tool systems and methods acquire a set of array measurements sufficient to provide laterolog tool measurements of differing array sizes. Such systems and method offer multiple depths of investigation while offering greater measurement stability in borehole environments having high resistivity contrasts. In at least some system embodiments, a wireline or LWD tool body has a center electrode positioned between multiple pairs of guard electrodes and a pair of return electrodes. The tool's electronics provide a current from the center electrode to the pair of return electrodes and currents from each pair of guard electrodes to the pair of return electrodes. Each of the currents may be distinguishable by frequency or distinguishable by some other means. This novel arrangement of currents provides a complete set of measurements that enables one tool to simultaneously emulate a whole range of laterolog tools.
    • 多阵列后验工具系统和方法获取足够的阵列测量集,以提供不同阵列大小的后者工具测量。 这种系统和方法提供多个调查深度,同时在具有高电阻率对比度的钻孔环境中提供更大的测量稳定性。 在至少一些系统实施例中,有线或LWD工具主体具有位于多对保护电极和一对返回电极之间的中心电极。 工具的电子器件提供从中心电极到一对返回电极的电流以及从每对保护电极到一对返回电极的电流。 每个电流可以通过频率区分或通过某种其他方式可区分。 这种新颖的电流布置提供了一整套测量,使一个工具能够同时模拟一整套后期工具。
    • 4. 发明申请
    • TILTED ANTENNA LOGGING SYSTEMS AND METHODS YIELDING ROBUST MEASUREMENT SIGNALS
    • 倾斜天线测井系统和方法测量稳定测量信号
    • WO2014003702A1
    • 2014-01-03
    • PCT/US2012/043943
    • 2012-06-25
    • HALLIBURTON ENERGY SERVICES, INC.WU, Hsu-HsiangDONDERICI, BurkayBITTAR, Michael, S.
    • WU, Hsu-HsiangDONDERICI, BurkayBITTAR, Michael, S.
    • G01V3/38
    • E21B47/09G01B5/004G01B7/004G01V3/28G01V3/38
    • Disclosed herein are electromagnetic logging systems and methods that provide a set of signals that robustly approximate the response of a model tool employing orthogonal triads of point-dipole antennas. One illustrative method embodiment obtains an azimuthally sensitive electromagnetic logging tool's signal measurements as a function of position in a borehole, the tool having at least two spacing distances (d1, d2) between transmit and receive antennas. Orthogonal direct coupling measurements (Vxx, Vyy, Vzz) are derived from the signal measurements and converted into a set of robust signals, the set including: a ratio between Vzz coupling components at different spacing distances, a ratio between Vxx and Vzz coupling components, a ratio between Vyy and Vzz coupling components, and a ratio between Vxx and Vyy coupling components. The set may include an additional robust signal having a ratio between a sum of cross-coupling components Vxz+Vzx or Vyz+Vzy and a sum of orthogonal direct coupling components.
    • 本文公开了电磁测井系统和方法,其提供一组鲁棒逼近使用正交三极管点对偶天线的模型工具的响应的信号。 一个示例性方法实施例获得作为钻孔中位置的函数的方位敏感电磁测井工具的信号测量值,该工具在发射天线和接收天线之间具有至少两个间隔距离(d1,d2)。 正交直接耦合测量(Vxx,Vyy,Vzz)是从信号测量得到的,并转换为一组鲁棒的信号,该组包括:不同间隔距离的Vzz耦合分量之间的比值,Vxx和Vzz耦合分量之间的比值, Vyy和Vzz耦合分量之间的比率,以及Vxx和Vyy耦合分量之间的比率。 该集合可以包括具有交叉耦合分量Vxz + Vzx或Vyz + Vzy之和与正交直接耦合分量的和之间的比率的附加鲁棒信号。
    • 5. 发明申请
    • APPARATUS AND METHODS FOR MONITORING A CORE DURING CORING OPERATIONS
    • CORING操作期间监测核心的装置和方法
    • WO2013070206A1
    • 2013-05-16
    • PCT/US2011/059950
    • 2011-11-09
    • HALLIBURTON ENERGY SERVICES, INC.BITTAR, Michael, S.WEAVER, Gary, E.
    • BITTAR, Michael, S.WEAVER, Gary, E.
    • G01V3/18E21B47/00
    • G01V3/30E21B25/00E21B47/12
    • One method of monitoring a formation core during coring operations can include measuring resistivities of a formation internal and external to a core barrel assembly, comparing the resistivities of the formation internal and external to the core barrel assembly, and determining a displacement of the core into the core barrel assembly, based at least in part on the comparing, while the core is being cut. A formation core analysis system can include multiple longitudinally spaced apart sets of transmitters and receivers which measure resistivity of a core while the core displaces into a core barrel assembly, and multiple longitudinally spaced apart sets of transmitters and receivers which measure resistivity of a formation external to the core barrel assembly while a coring bit penetrates the formation. A speed of displacement of the core may be indicated by differences in time between measurements taken via the different sets as the core displaces.
    • 在取芯操作期间监测地层芯的一种方法可以包括测量芯筒组件内部和外部的地层的电阻率,将内部和外部的地层的电阻率与芯筒组件进行比较,以及确定芯体的位移 至少部分基于比较核心筒组件,而核心正在被切割。 地层核心分析系统可以包括多个纵向间隔开的发射器和接收器组,其在芯移动到芯筒组件中时测量芯的电阻率,以及多个纵向间隔开的发射器和接收器组,其测量外部的地层的电阻率 核心筒组件,同时取芯钻头穿透地层。 核心的位移速度可以由核心置换时通过不同组合进行的测量之间的时间差异来表示。