SQUIDs for Geophysical Survey and Magnetic Anomaly Detection
SQUIDs for Geophysical Survey and Magnetic Anomaly Detection
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DOI：
10.1002/9783527609956.ch14
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发表时间：
2006-12
期刊：
影响因子：
--
通讯作者：
T. Clem;C. Foley;M. Keene
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文献类型：
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作者：
T. Clem;C. Foley;M. Keene
本章包含标题为：介绍地球场中的磁测量介绍磁测量的基本原理张量梯度计原理张量梯度计装置张量梯度计系统方法本征梯度计配置梯度计在现实环境中操作 SQUID 非屏蔽操作的 SQUID 要求地场抑制环境磁噪声平台噪声机械注意事项数据采集和信号处理简介数据采集测绘逐点反演使用时域加窗数据随机方法进行定位广义数值方法其他技术SQUID 的地球物理应用地球物理勘探简介地球物理实验室系统中 SQUID 的历史概述岩石磁力计其他用于地球物理实验室的基于 SQUID 的系统现场系统简介瞬态电磁学 (TEM)地基 SQUID TEM机载 SQUID TEM张量 SQUID 梯度仪用于勘探大地电磁和辐射探测使用 SQUID 的磁异常检测系统MAD 检测范围超导梯度仪/磁力计传感器 (SGMS)高温三传感器梯度仪全球反馈梯度计其他系统未来前景
This chapter contains sections titled:IntroductionMagnetic Measurements in the Earth's FieldIntroductionBasic Principles of Magnetic SurveyThe Principles of Tensor GradiometersTensor Gradiometer ApparatusApproaches to Tensor Gradiometer SystemsIntrinsic GradiometersConfigured GradiometersOperation of SQUIDs in Real World EnvironmentsSQUID Requirements for Unshielded OperationEarth's Field RejectionEnvironmental Magnetic NoisePlatform NoiseMechanical ConsiderationsData Acquisition and Signal ProcessingIntroductionData AcquisitionSurvey MappingPoint‐by‐Point InversionLocalization using Time‐Domain Windowed‐Data Stochastic ApproachesGeneralized Numerical MethodsOther TechniquesGeophysical Applications of SQUIDsIntroduction to Geophysical ProspectingA Brief Historical Overview of SQUIDs in GeophysicsLaboratory SystemsRock MagnetometersOther SQUID‐Based Systems for the Geophysics LaboratoryField SystemsIntroductionTransient Electromagnetics (TEM)Ground‐Based SQUID TEMAirborne SQUID TEMTensor SQUID Gradiometers for ProspectingMagnetotellurics and Radiometric SoundingMagnetic Anomaly Detection Systems using SQUIDsMAD Detection RangeThe Superconducting Gradiometer/Magnetometer Sensor (SGMS)The High‐TcThree‐Sensor GradiometerThe Global Feedback GradiometerOther SystemsFuture Prospects