Exploration Magnetics

Foreword

pp. v-xvii

Introduction

pp. 1-25

Data selection and optimisation for magnetic field inversion

pp. 26-57

Sweet-spot estimation of depth to the top of magnetisation

pp. 58-83

Empirical measures of proximal and distal magnetic fields

pp. 84-106

Expression of remanent magnetisation in magnetic field data recognition, analysis and inversion

pp. 107-131

The influence of source location, shape and plunge in recovery of magnetisation direction from magnetic field data

pp. 132-154

Estimation of magnetisation direction from axial magnetic field component and gradient tensor element ratios of a dipole source

pp. 155-167

Estimation of magnetisation direction by magnetic component symmetry analysis

pp. 168-181

Bz,z peak and trough analysis for rapid mapping of magnetisation direction

pp. 182-199

Improved constraint of magnetisation direction from UAV surveys of under-sampled aeromagnetic anomalies

pp. 200-215

Magnetic anomalies of terrain-delimited magnetisations in northern New South Wales as a training set for Martian magnetic field mapping

pp. 216-229

Magnetisation deficit anomalies

pp. 230-242

Magnetisation excavation anomalies over the Tasmanian dolerites and application to magnetic modelling of small Martian impact craters

pp. 243-256

Estimation of magnetisation direction from tripole and quadrupole anomalies in low inclination fields

pp. 257-271

The Australian Remanent Anomalies Database as a precursor to a global database

pp. 272-294

Index

pp. 295-301