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Total pages: 78
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78 pages
Planetary Systems of the Earth
Planetary Systems of the Earth 1 - Classic Systems
Planetary Systems of the Earth 1 - Bibliography
Impressum
Disclaimer
Introduction
Part 1 - Basics
Classic physical systems
Polyhedron models of the earth
Polyhedrons and grids
Geometrical structuralisation
Assertions for an oscillation structure
Approach for an oscillation model
Spherical harmonics
Addition and multiplication of waves
Huygens-Fresnel principle
Basic oscillations
Radial structure
Stratification
Layer Calculation
Normalisation
Radial stationary waves
Stratification structure
Spatial grid
Spatial oscillation structure
Global net grids
General attempt
Angle part
Radial part
General remarks
Part 2 - Applications 1
Frequencies of the earth
Sferics
Basic hull
Table of the earth layers
Analysis procedure
Geologic layers
Geologic layers and Laplace
Layers of the atmosphere
Layers of the atmosphere and Laplace
Planetary oscillation systems
Layers and frequencies
Schumann frequency
Summary
Part 3 - Applications 2
Earth magnetic field
Gauß and Weber
Measuring stations
Total intensity - WMM 2005
Temporary stability
Fourier analysis of the earth magnetic field
Quantitative Fourier analysis
Further evaluations
Huygens source points of the earth field
Generating and generated elements
Creation of geological layers
The electric field of the Earth
One oscillation structure
Sub structure
Part 4 - Demonstrability
Measuring of magnetic waves
New functionality
Circuit to the measuring procedure
Experimentum Crucis
Synthesis
Converting a numerical sequence in an e-function
Numbering
Logarithmic
Linearization
Determination of the approximation line
Determination of the e-function
Determination of a new numbering
Global Scaling
The orbits of the planets
Moons of Mars
Satellite galaxies of the milky way
Peach
Result