Vigenic

Preface

The book is told as a fundamental physical and astrophysical phenomena are manifested and reflected in geological processes and their defining parameters, such as sedimentation, behavior geochronological scale and many other phenomena, those which are the subject of study of Geology, vibrogeodynamic as research directions for studying the vibrational aspects of existence in rocks and such theoretical areas as vigenica.

The obtained results allow to reveal, to show and to analytically describe and model the underlying causes of these processes. It is possible theoretically and diverse to justify and to provide relatively simple and clear. For example, a new drawing has long been known fundamental physical laws – detecting their new "geological consequences".

Progress in research areas in Geology, geodynamics and Earth Sciences (physics, Geology, cosmology), complex (vibrogeodynamics) interpretation of the Cosmo-geological and geophysical data, the author's contribution to the formation of a new scientific direction – vigenica, vibrogeodynamics – in connection with the objectives of ensuring geoecological safety of mining and industrial exploration.

                The MONOGRAPH (in 3 books)

           "THE WAVES PLANETS DINAMICS AND A VIGENIC –
             NEW PREREQUISITES FOR DEVELOPMENTS
               A DYNAMIC PARADIGM SUBSURFACE USE –
              INHERITANCE OF APPROACHES OF N. TESLA"


         G. P. Andreyev, M. I. Miklyaev, I.I. Dorofeyev




                In research,I always adhere to the principle
                that all phenomena in nature,
                (in which the physical environment they occur) –
                in essence appear is always the same.

                N. Tesla


Table of contents

Preface 2

BOOK 1. New vibrogeodynamics regularities is one of the summands in the development of the dynamic “wave” paradigm of subsoil use 3

Lessons N. Tesla and subsoil – the basic equation of vibrogeodynamics  3

The practical significance of the research of vibrogeodynamics 16

1. Vibrogeodynamics justification of the practical relevance of the passive seismometers 17

2. From vibrogeodynamic and passive seismic – to new opportunities for solving the problems of energy saving 19

Reveal "physics Geology" 20

Vibrogeodynamic resonances – as "separators" geochronology (theoretical background) 22

Regional projections of total vibrogeodynamics patterns 26

Sedimentogenesis as "the recorder" geoastrophysical processes 29

The resulting " all the time " model Cosmo-geological relations 30

1. Geological facts – start with them. For example, the phenomenon of the so-called cuboid symmetry of the Earth. This is dedicated to an extensive bibliography for several decades 32

However, the reasons for such – 4-sectoral division of planetary bodies have not been previously identified. Fibrogenic this gives the following simple explanation. 32

2. Astrophysical facts 33

3. Vigenica – integration of geo-astrophysical knowledge 33

Features single vibrogeodynamics "decrypt" sedimentation "prints" in the Volga-Ural and West Siberian PNC from fundamental astrophysical events 39

Dynamics of Space – additional background for 2D modeling of regional sedimentogenesis and indirect justification of the practical relevance of the passive seismometers for subsoil 41

Identified new vibrogeodynamics patterns 44

First set of changes in sedimentation in the frequencies of oscillation of the Volga-Ural and West Siberian PNC – correspond to well-known astrophysical fact – the speed of expansion of Space 45

From the amount previously disparate facts and calculations – to single model forecasts 49

Fundamental physics as a research tool of vibrogeodynamics 54

Standing vibrogeodynamics wave in "critical" areas – as a consequence of latitudinal meridional structure of the earth vibration field "core-crust"  62

One result of the presentation – description of a new scientific direction – vigenic 68

Conclusion 69

1. The geo environment exists and develops in its kind – vibrogeodynamics mode 69

2. In one of the practical consequences of the phenomenon of natural vibrogeodynamics – define additional task of modern geophysics 70

3. Consider vibrogeodynamics phenomenon is widespread 71

The most important practical value passive-seismic metric appraisal of hydrocarbon deposits 72

4. The practical application of complex research or bundles "vibrogeodynamic + passive seismometry" corresponds to the understanding of Ecology in its broadest and deepest sense – as an appropriate relationship between Nature and influencing Technologies 73

5. Scientific and applied relevance of vibrogeodynamics – as a new direction of research has now become more acute 73

The study of vibrogeodynamics for practical purposes 74

Literature 75

NOTES 78

Note No. 1. Oscillations 78

Note No. 2. Geological hesitation 78

Note No. 3. Wavelets 80

Note No. 4. The Golden section 81

Note No. 5. About geochronological sequence 84

Note No. 6. Chain and a suitable fraction 87

Note No. 7. The law of the divisibility of the geological environment 88

Note No. 8. The history of the Earth in galactic and solar cycles 92

Note No. 9. The heliospheric current layer 104

APPLICATIONS 106

Appendix No. 1. Model disclosure astrophysical nature in the cyclic sedimentogenesis and geochronology 106

Appendix No. 2. The scheme of the spatial-temporal development of the galactic system 109

Appendix No. 3. The convergence of the actual sedimentation and its model 110

Appendix No. 4 (in parts 4.1 through 4.6). Astrophysical facts 114

Part 4.1 of Annex No. 4. Multi-scale comparison of facts of astrophysics and geology 115

Part 4.2 of Annex No. 4. Facts from the history of the study of "permanent" Hubble 118

Part 4.3 of Annex No. 4. Scientific and educational value of the Hubble parameter 122

Part 4.4 of Annex No. 4. Cepheid stars "lighthouses" of the Universe 124

Part 4.5 of Annex No. 4. Hypotheses about the causes of the expansion of Space 129

Part 4.6 of Annex No. 4. The Lagrange Point 129

Appendix No. 5. The macromodel of vibrogeodynamics 133

Appendix No. 6. Determining the equation of vibrogeodynamics  134

Appendix No. 7. Vibrogeodynamics modes of subsurface 135

Figures to part 2. Vibrogeodynamics of bottom-hole zones 136

BOOK 2. Bottom-hole temperature and pressure pulsation – Vibrogeodynamic harmonics of oscillations of the earth and the effects of nonlinearity in rocks 151

The purpose of the work 151

The history of the study of pulsations of bottomhole zones 153

Geological background temperature and pressure pulsations of bottom-hole zones 163

Natural vibrogeodynamic 164

Natural practical relevance the obtained results 168

Patterns of  vibrogeodynamics  169

Geological background the desired result in vibrogeodynamics interpretation of thermobarometry 175

Fibrogenic and multiscale its manifestations – as tools to predict 183

The initial conditions and circumstances of the research 184

High condition original data 186

The feasibility of examining materials thermobarometry 187

Favorable conditions for the study of thermobarometry bottom-hole zones – given natural vibrogeodynamic 187

1. Theoretical fundamental essence vibrogeodynamic patterns 188

2. The laws of physics oscillations 189

3. The natural vibrations of the Earth 192

The main results of processing - echoes of natural vibrations of the Earth in the bottom-hole zones 196

Results-oriented processing data thermobarometry – identifying harmonics of oscillations of the Earth 201

Additional General notes 207

Correlation and resonant identity between the bottom pulsations and vibrogeodynamics regional variations 208

Multi-scale "cross-cutting" – the local and regional context 209

Comparison of near-wellbore and regional fluctuations 211

Physics harmonic (resonant) oscillations 211

A brief preliminary discussion of the main results 214

On the theoretical and practical importance to quantify multi-scale vibrogeodynamic processes 215

Practically significant findings is important for the use of subsoil 217

Additional results data on thermobarometry bottom-hole zones 220

Wave continental geodynamics V. I. Shpilman and its vibrogeodynamics continued in the near-wellbore harmonics of vibrations of the earth 225

The preliminary conclusion 232

The practical relevance of the simulation effects of nonlinearity in rocks under conditions of vibrogeodynamics 232

Additional explanatory notes to the results obtained 237

Natural base natural vibrogeodynamics 238

Practical importance of detail natural vibrogeodynamics – up to its manifestations volumes of bottom-hole zones 241

Innovative approaches to the study of objects of subsoil use on the basis of vibrogeodynamics 243

Simple fundamental vibrogeodynamics patterns 244

Exploration of the dynamics of oil and gas deposits – practical relevance 245

Practical tasks and features of the studied phenomena 246

1. The prospects of practical application vibrogeodynamic (and its fundamental features) 246

2. The study of natural vibration of the bottom-hole zones 249

Wellbore effects – as analogues vibromassage (vers) 250

Additional practical implications of vibrodiagnostic characteristics of hydrocarbon deposits 251

Concluding the discussion of the results 253

The essence of engaged theory and experiments 253

The relevance of a comprehensive study of bottom-hole zones 256

Practical importance of interdisciplinary research in the search mode risk 257

Prospects anticipate potential production rates 257

Vibrogeodynamics interpretation of data high-precision measurements of current pressures and temperatures 258

Vibration bottom-hole zones in comparison with the vibroseis-effects 259

About vibrogeodynamics the Genesis of natural vibrations of the Earth 262

Common causes of influence total vibration field – local objects of subsoil use 263

Concluding remarks. 266

Regional position condensate field gas condensate field as the result of a system of deep impacts vibrogeodynamic 266

Conclusions: abstracts 270

Solvability of a problem on the evaluation of the mining potential 270

Again about the practical essence of the results obtained 271

Conclusion 273

Literature 278

BOOK 3. Study of the properties of the wave (resonance) model of the Solar System 284

List of abbreviations 295

About the authors 296

Table of contents 301