Planetary Systems of the Earth 1

Classisc Systems

Copyright © Klaus Piontzik

INHALTSVERZEICHNIS

Page

Introduction
10

Part 1 - Basics


1
Theoretical approach
12

1.1
Classic physical systems
14
1.1.1
Geologic layers
14
1.1.2
Atmospheric layers
14
1.1.3
Earth magnetic field
15
1.1.4
Electric field of the earth
15
1.1.5
Result
16
1.2
Polyhedron models of the earth
16
1.2.1
Polyhedrons and grids
17
1.3
Geometrical structuralisation
19
1.4
Assertions for an oscillation structure
19

2
Approach for an oscillation model
20

2.1
Spherical harmonics
22
2.2
Addition and multiplication of waves
24
2.2.1
Zero-grid
24
2.2.2
Pole forming
24
2.2.3
Grid forming
25
2.3
Huygens-Fresnel principle
28
2.4
Basic oscillations
30
2.5
Radial structure
32
2.5.1
Stratification
33
2.5.2
Layer Calculation
34
2.5.3
Normalisation
38
2.6
Radial stationary waves
40
2.7
Stratification structure
42
2.8
Spatial grid
43
2.9
Spatial oscillation structure
44
2.10
Global net grids
45
2.11
General attempt
46
2.11.1
Angle part
47
2.11.2
Radial part
48
2.11.3
General remarks
49




Part 2 - Applications 1


3
Frequencies of the earth
51

3.1
Sferics
52
3.2
Basic hull
55
3.3
Table of the earth layers
56
3.4
Analysis procedure
57
3.5
Geologic layers
58
3.6
Geologic layers and Laplace
61
3.7
Layers of the atmosphere
68
3.8
Layers of the atmosphere and Laplace
73
3.9
Planetary oscillation systems
80
3.10
Layers and frequencies
82
3.11
Schumann frequency
84
3.12
Summary
85



Part 3 - Applications 2


4
Earth magnetic field
87

4.1
Gauß and Weber
89
4.2
Measuring stations
90
4.3
Total intensity - WMM 2005
91
4.4
Temporary stability
93
4.5
Fourier analysis of the earth magnetic field
95
4.5.1
Fourier analysis
96
4.5.2
Quantitative Fourier analysis
99
4.6
Further evaluations
100
4.6.1
Three-axle ellipsoid
101
4.6.2
Grid ZS
102
4.6.3
Tesseral field
103
4.6.4
Huygens source points
104
4.6.5
Summary
105
4.7
Huygens source points of the earth field
106
4.7.1
Ideal source points structure
106
4.7.2
Real source points structure
108

5
Generating and generated elements
109

5.1
Core balls
110
5.1.1
Case 1
110
5.1.2
Case 2
111
5.2
Creation of geological layers
113
5.3
The electric field of the Earth
116
5.4
One oscillation structure
118
5.5
Sub structure
119



Part 4 - Demonstrability


6
Measuring of magnetic waves
121

6.1
Classic Hall sensor
121
6.2
New functionality
123
6.3
Circuit to the measuring procedure
126
6.4
Experimentum Crucis
127
6.5
Synthesis
128

7
Converting a numerical sequence in an e-function
130

7.1
Numbering
130
7.2
Logarithmic
131
7.3
Linearization
133
7.4
Determination of the approximation line
133
7.5
Determination of the e-function
135
7.6
Determination of a new numbering
136
7.7
Global Scaling
137

8
Concentric arrangements
140

8.1
The Sun
140
8.2.1
The orbits of the planets
147
8.3.1
Moons of the planets
154
8.3.2
Moons of Mars
159
8.4
Rings of planets
161
8.4.1
Rings of Saturn
161
8.4.2
Rings of Jupiter
166
8.4.3
Rings of Neptune
167
8.4.4
Rings of Uranus
168
8.4.5
Rings of Rhea
170
8.5
Satellite galaxies of the milky way
171
8.6
Planetary nebulae
175
8.7
Layer of the earth
177
8.8
Fruits and flowers
183
8.8.1
Peach
183
8.8.2
Narcissus
185
8.9
Result
188

9
Epilog
190

Bibliography
194

Picture credits
198



Planetary Systems 1

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200 sides, 23 of them in color
154 pictures
38 tables

Production und Publishing:
Books on Demand GmbH, Norderstedt

ISBN 978-3-7357-3854-7

Price: 25 Euro
Der Autor - Klaus Piontzik