Encyclopedia of Solid Earth Geophysics /
| Autor Corporativo: | |
|---|---|
| Otros Autores: | |
| Formato: | eBook |
| Lenguaje: | English |
| Publicado: |
Dordrecht :
Springer Netherlands : Imprint: Springer,
2011.
|
| Edición: | 1st ed. 2011. |
| Colección: | Encyclopedia of Earth Sciences Series,
|
| Materias: |
Tabla de Contenidos:
- Archeomagnetism
- Asthenospheric flows
- Continental collision
- Continental crustal structure
- Continental margins
- Continental rifting
- Controlled source EM surveys
- Convection, secondary instabilities
- Convolution
- Core, anisotropy
- Core, convection
- Core, differential rotation
- Core, dynamo
- Core, light elements
- Core, magnetic field
- Core, solidification
- Core, structure
- Core, temperature
- Core, viscosity
- Core-mantle interaction
- Curie temperature
- Decomposition
- De-convolution
- Deep drilling, continental
- Deep drilling, oceanic
- Density distribution of the Earth
- Earth tides
- Earthquake, depth distribution
- Earthquake, fault mechanism
- Earthquake, focal mechanisms
- Earthquake, forecast
- Earthquake, intensity, magnitude, energy
- Earthquake, location techniques
- Earthquake, precursors
- Earthquake, prediction
- Earthquake, strong ground motion
- Earth's thermal structure
- Elasticity theory, anisotropy
- Elasticity theory, elastic constants
- Elasticity theory, seismic waves
- Elasticity theory, stress and strain
- Electrical conductivity structure of the Earth
- Electrical properties of rocks
- Electrical resistivity surveys
- Energy budget of the Earth
- Energy partition of seismic waves
- Forward problem
- Fractal and chaos
- Free oscillations of the Earth
- Full waveform tomography
- Geodesy, figure of the earth
- Geodesy, ground positioning and leveling
- Geodesy, networks and reference system
- Geodesy, physical
- Geodynamics
- Geoelectricity
- Geoelectromagnetism
- Geoid, determination
- Geoid, interpretation
- Geoid, principles
- Geoid, stress and strain
- Geoid, tectonic forces
- Geomagnetic field, secular variation
- Geomagnetic field, global pattern
- Geomagnetic field, IGRF
- Geomagnetic field, theory
- Geomagnetic polarity reversals
- Global heat flow distribution
- Global Positioning System (GPS)
- GPS, data reduction
- GPS, global plate motion models
- GPS, Reference models
- Gravimeters, Absolute
- Gravimeters, Relative
- Gravity data acquisition, Airborne
- Gravity data acquisition, Satellite
- Gravity data acquisition, Surface
- Gravity data, advanced processing
- Gravity data, reduction
- Gravity data, regional - residual separation
- Gravity field of the earth
- Gravity method, principles
- Gravity response of simple geometries
- Gravity, anomalies
- Gravity, Gradiometry
- Gravity, Interpretation
- Gravity, temporal variations
- Heat flow - age relationship
- Heat flow - heat generation relationship
- Heat flow measurements
- Heat transport mechanisms
- Impact crators
- Instrumentation, electrical
- Instrumentation, EM
- International gravity formula
- Interpretation of electrical resistivity data
- Interpretation, temporal variations of
- Inverse problem
- Inverse theory, Artificial Neural Network
- Inverse theory, Genetic algorithm
- Inverse theory, linear
- Inverse theory, nonlinear
- Inverse theory, non-uniqueness of solution
- Inverse theory, Singular Value
- Isostasy
- Length of day
- Lithosphere – Asthenosphere boundary
- Lithosphere, continental
- Lithosphere, cratons and mobile belts
- Lithosphere, mechanical properties
- Lithosphere, oceanic
- Lithospheric flexure
- Magmatic processes
- Magnetic data acquisition, Airborne
- Magnetic data acquisition, Satellite
- Magnetic data acquisition, Surface
- Magnetic data, Interpretation
- Magnetic data, Reduction
- Magnetic gradiometry
- Magnetic methods, Principles
- Magnetic properties of rocks and minerals
- Magnetic response of simple geometries
- magnetics
- Magnetometers
- Mantle plumes, convection
- Mantle plumes, hotspots
- Mantle plumes, partial melting
- Mantle plumes, structure
- Mantle, anisotropy
- Mantle, convection
- Mantle, D" layer
- Mantle, electrical structure
- Mantle, phase transitions
- Mantle, rheology
- Mantle, seismic tomography
- Mantle, structure
- Mantle, temperature
- Micro-seismicity
- Mid-oceanic ridges, convection
- Mid-oceanic ridges, gravity anomaly
- Mid-oceanic ridges, structure
- Mid-oceanic ridges, thermal structure
- Mid-oceanic ridges, tomographic images
- Mid-oceanic ridges, volcanism
- MT interpretation
- MT static effects
- MT time series analysis
- Natural EM source fields
- Natural source EM surveys
- Noise in geophysical data
- Numerical methods, Boundary Element
- Numerical methods, Domain decomposition
- Numerical methods, Finite Difference
- Numerical methods, Finite Element
- Numerical methods, Multigrid
- Paleomagnetism, Magnetostratigraphy
- Paleomagnetism, observations
- Paleomagnetism, theory
- Paleoseismology
- Paleo-temperatures
- Past plates reconstructions
- Plate driving forces
- Plate motion and climate change
- Plate tectonics
- Poroelasticity
- Potential fields, spherical harmonic analysis
- Pressure-Temperature-time paths
- Radiometric dating
- Remnant magnetization
- Remote sensing
- Rock magnetism
- SAR interferometry
- Sedimentary basins formation
- Seismic anisotropy
- Seismic attenuation
- Seismic data, acquisition techniques
- Seismic data, processing
- Seismic data, travel time inversion
- Seismic hazard assesment
- Seismic instrumentation
- Seismic microzonation
- Seismic migration: Theory and algorithms
- Seismic structure, global models
- Seismic tomography
- Seismic velocity - temperature relationship
- Seismic velocity-density relationship
- Seismic waves in the Earth
- Seismic, imaging
- Seismic, instrumentation
- Seismic, properties of rocks
- Seismic, ray theory
- Seismic, Receiver function technique
- Seismic, scattering
- Seismic, source wavelet
- Seismic, waveform modelling and inversion
- Seismicity, global
- Seismicity, intraplate
- Seismicity, triggered / induced
- Seismo-electromagnetic precursors
- Seismogram
- Seismological networks
- Seismometer and seismograph
- Slow earthquakes
- Sources of heat in the earth
- Stress in lithosphere
- Subduction zones, convection
- Subduction zones, detachment
- Subduction zones, gravity anomaly
- Subduction zones, structure
- Subduction zones, thermal structure
- Subduction zones, tomographic images
- Subduction zones, volcanism
- Surface paleo-temperatures estimation
- Surface wave dispersion
- Thermal isostasy
- Thermal properties of rocks
- Lithospheric imaging, integrated methods
- Time-lapse seismics
- Tsunami
- Vertical crustal movements
- Vertical seismic profiling
- Very Long baseline Interferometry (VLBI)
- Wavelet analysis
- Well logging.