Atlas of the Gravity and Magnetic Fields of the Moon

ISBN-13: 9783031088667 / Angielski / Twarda / 2022 / 263 str.

Jaroslav Klokočník; Jan Kostelecký; Václav Cílek

Opis

This book presents gravity aspects (gravity disturbance, Marussi tensor, two gravity invariants, their certain ratio, the strike angles, and the virtual deformations) which are computed and evaluated for the Moon, using the recent static global gravity field model (GRGM1200A) to degree and order of 600 in spherical harmonic expansion. The magnetic anomaly model and surface topography (from the LOLA mission) are added. Results are shown for the whole Moon, for its segments around the Moon and as zooms for selected impact craters, maria and catenae; they are shortly interpreted and opened for further selenologic applications. The book contains information about the geology of the Moon, together with basic information about the magnetic field, mapping and topography models.

Spis treści

1. Introduction

2. Notes to Theory and Data

2.1. Theory

2.2. Data – gravity field models

2.3. Data – magnetic field models

2.4. Data – surface topography model

2.5. Our figures

3. Gravity field of the Moon

3.1. Introductory notes

3.2. From historical models to the present time

3.3. Main characteristics of the gravity field of the Moon

4. Magnetic field of the Moon

4. 1. Introduction

4.2. Data – magnetic field

4.3. Origin of the Moon

5. Surface topography of the Moon

6. Geology and geomorphology of the Moon – a necessary introduction

6.1. Geology

6.2. Geomorphology

6.3. Earth analogues

7. Geophysics of the Moon – a necessary introduction

7.1. Introduction to the geophysics of the Moon

7.2. Magnetic record of the lunar samples

7.3. Water on the Moon

7.4. Conclusion

8. Atlas of the Moon

8.1 Global views

8.1.1. What do the maps contain?

8.1.2. Notes: observations based on Figs. 81.1 to 81.8 b.

8.2 Segments

9. Limits and possibilities of interpretation

9.1. Introduction

9.2. Mascons and ghost craters

9.3. Radial structures

9.4. Polygonal structures

9.5. The significance of strike angles

9.6. Examples – zooms

9.6.1. Introductory notes

9.6.2. Copernicus pair

9.6.3. Mare Crisium

9.6.4. South Pole–Aitken Basin (SPA)

9.6.5. Catena and crater Michelson

9.6.6. Crater Schrödinger and its valleys

9.7. Concluding remarks