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Finlay, Christopher - Institut für Geophysik, Eidgenössische Technische Hochschule Zürich (ETHZ)
A space-time processing and spectral analysis methodology
Theory of hydromagnetic waves in rapidly rotating fluids
Space-time analysis of the geomagnetic field at the core-mantle boundary Christopher Finlay and Andrew Jackson
Convection-driven, linear hydromagnetic waves in a sphere
Application of the space-time spectral analysis technique to output from a
5. Wavelengths and periods of field motions
Conclusions and suggestions for further 9.1 A synthesis of results
Patterns of magnetic field evolution caused by wave flows
Evolution of the core field wavetrain inferred from recent satellite and observatory magnetic measurements
Application of the space-time spectral analysis technique to the historical
Generation of equatorial flux features in low Ekman number rotating spherical shell magneto-convection
Introduction 1.1 Overview
Student Presentation Smoothing spline analysis and error assessment of Holocene
2. Eastward and westward field motions Method: Radon Transform of TL windows Results
2. Simplified (1D) model showing action of wave flows on magnetic fields a. Schematic picture and model description
VIIth Geomagnetism and Paleomagnetism Retreat The Confluence Centre,
Hydromagnetic waves in Earth's core and their influence on geomagnetic secular variation
Hydromagnetic waves in Earth's core and their influence on geomagnetic secular variation
Application of the space-time spectral analysis technique to the archeomagnetic
Modelling the core field using 21st century satellite observations
Historical geomagnetic field model gufm1 A.1 Historical observations of Earth's magnetic field
Analysis of Holocene Lake Sediment Magnetic Records: Evidence for Periodicities and Error Estimates for Field Modelling
