Easy-to-understand geophysics
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Description
Book Introduction
An introductory text introducing geophysics to undergraduate and graduate students majoring in geology or physics, written by Robert J.
This is a translation of 'Whole Earth Geophysics' written by Professor Lillie.
By minimizing equations and inserting numerous figures, the book has been edited so that a significant portion of the content on geophysical phenomena, measurement, and analysis can be understood just by looking at the figures. The text also provides simple and friendly explanations to easily and comfortably introduce most of the major geophysical topics.
The book begins by presenting the theory of plate tectonics as a global phenomenon, then explains the development of major tectonic structures, and then shows how geophysical methods such as natural earthquakes, artificial seismic waves, gravity, magnetism, and geothermal heat contribute to studying the Earth.
This is a translation of 'Whole Earth Geophysics' written by Professor Lillie.
By minimizing equations and inserting numerous figures, the book has been edited so that a significant portion of the content on geophysical phenomena, measurement, and analysis can be understood just by looking at the figures. The text also provides simple and friendly explanations to easily and comfortably introduce most of the major geophysical topics.
The book begins by presenting the theory of plate tectonics as a global phenomenon, then explains the development of major tectonic structures, and then shows how geophysical methods such as natural earthquakes, artificial seismic waves, gravity, magnetism, and geothermal heat contribute to studying the Earth.
index
Chapter 1.
introduction
Geophysical research methods
Interpretation of Geophysical Data: Methods and Prerequisites
Knowledge of the entire Earth
Chapter 2.
Plate tectonics and plate tectonics theory
Structure and composition of the Earth's interior
Characteristics of the dark/weak system
Types of plate boundaries
Earth phenomena at plate boundaries
Plate tectonic environment presented from the geophysical plate side
Chapter 3.
seismic waves
elastic waves
Seismic exploration using a controlled wave source
Chapter 4.
Interpretation of refracted seismic data
Interpretation model
Interpretation of tectonic structures using refraction wave exploration
Chapter 5.
Seismic Reflection Method: Data Acquisition, Processing, and Waveform Analysis
What is a seismic cross section?
Data acquisition
seismic wave waveform
Chapter 6.
Structural and geotectonic analysis of seismic reflection sections
Geological structure on the reflection wave cross-section
Seismic wave patterns according to tectonic environment
Chapter 7.
Natural seismology
Characteristics of earthquakes
Earthquakes and Plate Tectonics
Seismic waves as a tool for studying the Earth's interior
Chapter 8.
Gravity and tectonic equilibrium
Earth's gravitational field
Gravity anomaly
Measurement of gravity
tectonic equilibrium theory
Gravity modeling
Representation of geological structure environment and gravity
Chapter 9.
Understanding the Earth's Magnetic Field
Earth's magnetic field
Magnetization of Earth's materials
Interpretation of induction magnetism
paleomagnetic research
Chapter 10.
Geothermal
Heat inside the Earth
Heat flow on the surface
Heat flow and body structure
Search
introduction
Geophysical research methods
Interpretation of Geophysical Data: Methods and Prerequisites
Knowledge of the entire Earth
Chapter 2.
Plate tectonics and plate tectonics theory
Structure and composition of the Earth's interior
Characteristics of the dark/weak system
Types of plate boundaries
Earth phenomena at plate boundaries
Plate tectonic environment presented from the geophysical plate side
Chapter 3.
seismic waves
elastic waves
Seismic exploration using a controlled wave source
Chapter 4.
Interpretation of refracted seismic data
Interpretation model
Interpretation of tectonic structures using refraction wave exploration
Chapter 5.
Seismic Reflection Method: Data Acquisition, Processing, and Waveform Analysis
What is a seismic cross section?
Data acquisition
seismic wave waveform
Chapter 6.
Structural and geotectonic analysis of seismic reflection sections
Geological structure on the reflection wave cross-section
Seismic wave patterns according to tectonic environment
Chapter 7.
Natural seismology
Characteristics of earthquakes
Earthquakes and Plate Tectonics
Seismic waves as a tool for studying the Earth's interior
Chapter 8.
Gravity and tectonic equilibrium
Earth's gravitational field
Gravity anomaly
Measurement of gravity
tectonic equilibrium theory
Gravity modeling
Representation of geological structure environment and gravity
Chapter 9.
Understanding the Earth's Magnetic Field
Earth's magnetic field
Magnetization of Earth's materials
Interpretation of induction magnetism
paleomagnetic research
Chapter 10.
Geothermal
Heat inside the Earth
Heat flow on the surface
Heat flow and body structure
Search
GOODS SPECIFICS
- Date of issue: September 1, 2006
- Page count, weight, size: 426 pages | 188*254*30mm
- ISBN13: 9788984451810
- ISBN10: 8984451819
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