Solar System: Structure, Formation and Exploration

Name: Solar System: Structure, Formation and Exploration
Brand: Nova Science Publishers Inc
Price: 197.99 EUR
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de Rossi Matteo(Herausgeber*in)

Nova Science Publishers Inc

Erschienen am 11. Februar 2021

282 Seiten

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978-1-62100-081-5 (ISBN)

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Intro
SOLAR SYSTEMSTRUCTURE, FORMATIONAND EXPLORATION
SOLAR SYSTEMSTRUCTURE, FORMATIONAND EXPLORATION
CONTENTS
PREFACE
Chapter 1A QUANTUM-LIKE MODEL TO EXPLORE THE ORIGINOF THE SOLAR SYSTEM STRUCTURE
ABSTRACT
INTRODUCTION
1. PUZZLES ON THE ORIGIN OF THE SOLAR SYSTEM STRUCTURE
1.1. Titius-Bode law of planets
1.2. Distance law of satellite systems
1.3. Planetary rings
2. A QUANTUM-LIKE MODEL ON THE SOLAR SYSTEM
3. RESEARCH ON PLANETARY DISTANCES
3.1. Correspondence between Planetary Distances and m(r)
3.2. Significance of the Correspondence
3.3. Signification of the Deviation
4. PLANETARY MASS AND RADIAL DENSITY OF MATERIAL
5. ASTEROID BELT AND KUIPER BELT
6. STELLITES AND RING SYSTEMS
7. ENERGY AND ANGULAR MOMENTUM OF PLANETARY REGION
8. THE ROTATIONS OF PLANETS
8.1. The model
8.2. The results
9. THE SUPPOSITION ON ORIGIN OF THE SOLAR SYSTEM STRUCTURE
10. THE QUESTION ON"QUANTUM THEORY OF THE UNIVERSE"
ACKNOWLEDGMENTS
REFERENCES
Chapter 2CLOSE BINARIES, ECCENTRIC EXOJUPITERSAND THE SOLAR SYSTEM
ABSTRACT
1. INTRODUCTION. PROBLEMS WITH PLANETS
2. CLOSE BINARIES: THEIR ORIGIN AND EVOLUTION
2.1. ABC of the Evolution of Stars and, Especially, Binary Stars
2.2. On the Origin of Stars and Their Multiple Systems
2.3. Some Statistical Features of CBs
2.4. Scenario of the Last Fragmentation
3. ECCENTRIC EXOJUPITERS
4. ORIGIN OF DEVELOPED PLANETARY SYSTEMS
4.1. Jupiter as a Core of the Proto-Sun
4.2. On Conditions of the Planet Origin
4.3. PJ as the Place of Formation of Planets with Satellites
4.4. Evolution of Ensemble of Planets and Formation of a Trans-NeptunianPlanetary Cloud
5. POSSIBILITY OF APPEARANCE OF ROCKY PLANETS IN CBS.SOME CHEMICAL CONSEQUENCES AND AM PHENOMENON
5.1. Causes of the Am phenomenon
CONCLUSION
REFERENCES
Chapter 3HARNESS ENERGY OF THE SUN BY SPLITTINGWATER USING MN-OXO OR CO-BASED CATALYTICSYSTEMS TO MIMIC PHOTOSYNTHESIS
ABSTRACT
INTRODUCTION
OVERVIEW AND MECHANISMS OF PHOTOSYNTHETICWATER SPLITTING
SYNTHESES AND MECHANISMS OF MN-OXO COMPLEXES CATALYSTSMIMICKING PHOTOSYNTHETIC WATER SPLITTING
SYNTHESES AND MECHANISMS OF CO-BASEDCATALYSTS MIMICKINGPHOTOSYNTHETIC WATER SPLITTING
CATALYST-COUPLEDNAFION OR SEMICONDUCTORPHOTOANODESIN WATER SPLITTING
CONCLUSION
ACKNOWLEDGMENTS
REFERENCES
Chapter 4A RELATIVISTIC POSITIONING SYSTEMEXPLOITING PULSATING SOURCES FORNAVIGATION ACROSS THE SOLAR SYSTEM ANDBEYOND
Abstract
1. Introduction
2. Definition of the Basic Null Frame Grid and correspondingLocalization
2.1. The Basic Null Frame
2.2. Localization within the Grid
3. Biases and Uncertainties
3.1. Model Limitations
3.2. Errors in the procedure of position determination
4. Numerical Simulation
5. Discussion and Conclusion
References
Chapter 5AN ESTIMATE OF THE LONG-TERM TENDENCY OFTIDAL EVOLUTION OF EARTH-LUNAR SYSTEM
Abstract
1. Introduction
2. Conservation of Angular Momentum in the Earth-MoonSystem
3. Calculation of the Dissipative Energy
4. Time Needed to Achieve the Equilibrium
5. Estimation of the Variation of Earth Rotation Rate
Acknowledgments
References
Chapter 6A ROLE OF THE SOLAR WIND IN DYNAMICSOF INTERSTELLAR DUST IN THE SOLAR SYSTEM
Abstract
1. Introduction
2. Electrically Neutral Spherical Particles
2.1. Numerical Results
2.2. Comparison of Numbers of IsDPs Orbiting the Sun
3. Electrically Neutral Arbitrarily Shaped Particles
4. Electrically Charged Arbitrarily Shaped Particles
5. Conclusion
Acknowledgment
References
Chapter 7A PROBABILISTIC MODEL FOR THESOLAR SYSTEM PLANETARY DISTRIBUTIONDRIVEN BY THE CENTRAL STAR FEATURES
ABSTRACT
OUTLINES
I. HISTORY OF THE TITIUS-BODE LAW
II. OTHER POWER RULES EXPRESSING THEPLANETARY DISTRIBUTION
II.1. The Murray and Dermott's Law
II.2. A Third Fitting Expression for Planetary Distribution
III. TRANSPOSITION OF THE QUANTUM MODEL TO THE PLANETARYSPACING MOTION
III.1. Wave Functions for Gravity
III.2. The Hamiltonian Operator
III. 3. The Meaning of Steady States
III.4. The Momentum Operator
III.5. The Angular Momentum Operator
III.6. The Schrödinger Wave Equation for Gravity Field
IV. SOLUTION TO THE WAVE EQUATION APPLIED TO THE SOLARSYSTEM DYNAMICS
IV.1. The Equivalent Plank's Constant for the Solar System
IV.2. The Solution to the Wave Equation for Gravity Field
IV.3. Quantum Numbers in the Solar System
IV.4. Planets Orbits as a Sequence of Eigensolutions
IV.5. The Asteroid Belt as an "Accumulation Zone"
V. CONCLUSIONS AND FURTHER DEVELOPMENTS
REFERENCES
Cited Books
Chapter 8REGULARITIES IN SYSTEMS OF PLANETSAND MOONS
Abstract
1. Introduction
2. Statistical Decision Making
3. Theories of Bode-like Laws
3.1. Resumption of the Nebular Hypothesis
3.2. Protoplanetary Disks
3.3. Dynamical Theories of the Titius-Bode Law
4. Chaotic Behavior and Migration
5. Quantization on a Cosmic Scale
5.1. Quantization of Megascopic Systems
5.2. Tentative "Universal" Constants
5.3. Membrane Model
6. Conclusion
Acknowledgments
References
Chapter 9AMODEL OF FORMING PLANETS AND DISTRIBUTIONOF PLANETARY DISTANCES AND ORBITS IN THESOLAR SYSTEM BASED ON THE STATISTICALTHEORY OF SPHEROIDAL BODIES
ABSTRACT
INTRODUCTION
1. THE DERIVATION OF DISTRIBUTION FUNCTION OF PARTICLES IN AUNIFORMLY ROTATING SPHEROIDAL BODY ANDCALCULATION OF ITS GRAVITATIONAL POTENTIAL IN AREMOTE ZONE
2 A STATISTICAL MODEL OF EVOLUTION FOR ROTATING ANDGRAVITATING SPHEROIDAL BODIES AND ITS APPLICATION TO THEPROBLEM OF PLANETS FORMING AND OF DISTRIBUTION OFPLANETARY DISTANCES IN THE SOLAR SYSTEM
3 CALCULATION OF ORBITS OF PLANETS AND BODIES OF THE SOLARSYSTEM IN A CENTRAL-SYMMETRIC GRAVITATIONAL FIELD OF AROTATING SPHEROIDAL BODY BASED ON THE BINET'SDIFFERENTIAL EQUATION
4 CALCULATIONS OF AN ORBIT OF PLANET MERCURY ANDESTIMATION OF ANGULAR SHIFT OF THE MERCURY' PERIHELIONBASED ON THE STATISTICAL THEORY OF GRAVITATINGSPHEROIDAL BODIES
CONCLUSION
REFERENCES
INDEX
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