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Physics of Meteor Flight in The AtmospherePDF|Epub|txt|kindle电子书版本网盘下载

Physics of Meteor Flight in The Atmosphere
  • 著
  • 出版社： Inc.
  • ISBN：
  • 出版时间：1958
  • 标注页数：174页
  • 文件大小：61MB
  • 文件页数：182页
  • 主题词：

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图书目录

1．The Setting1

1．1 Problems1

1．2 Historical3

2．The Atmosphere7

2．1 Meteors as Probes of the Upper Atmosphere7

2．2 Diffusion and Turbulence7

2．3 Structure of the Upper Atmosphere11

2．4 Recombination15

2．5 Sound16

3．Classification and Physico-Chemical Properties of Meteors17

3．1 Meteor Classification and Nomenclature17

3．2 Compact Meteors and Dustballs;Artificial Meteors18

3．3 Classification of Phenomena19

3．4 The Train21

3．5 Relative Abundance of Meteoric Iron and Stone22

3．6 Physical Properties of Iron24

3．7 Physical Properties of Stone25

3．8 Meteor Spectra27

4．Meteoroid Energy Transfer29

4．1 Geometry29

4．2 Rotation31

4．3 Aerodynamic Pressure，Drag，and Energy Transfer34

4．4 Shielding By Vapors43

4．5 The Coefficient of Accommodation46

4．6 Radiation from Meteoroids55

4．7 Sputtering56

4．8 Deceleration57

5．Ablation60

5．1 Types and Heats of Ablation60

5．2 Normal and Abnormal Environment62

5．3 The Typical Light Curve63

5．4 Observable Range and Length of Trail65

5．5 Velocity-Mass Relation68

5．6 General Equations of Ablation and Motion72

5．7 The Standard Model73

5．8 Atmospheric Density-Radius Relation in Standard Model75

6．Details of Energy Transfer and Types of Ablation80

6．1 Air Cap80

6．2 Deformation of Drops and Limit of Spraying by Drag83

6．3 Conductivity and Temperature Differences During Preheating87

6．4 Deformation of Molten Meteoroids and Foreshortening of the Trail88

6．5 Equalization of Evaporation and Radiation in the Absence of Rotation90

6．6 Equalization by Convection in a Drop91

6．7 Surface Heat Transport by Rotation93

6．8 Radiation Losses and Temperature of Evaporation97

6．9 Drag-Induced Flow of the Melt101

6．10 Centrifugal Flow of the Melt106

6．11 Charts of Types of Ablation108

7．Atomic Collisions113

7．1 Atomic Collisions as a Source of Ionization and Radiation113

7．2 Potential Energy of Atomic Interaction115

7．3 Elastic Energy Transfer117

7．4 Total Path and Transversal Penetration of Atoms121

7．5 Dilution of Coma123

7．6 Inelastic Energy Transfer and Dissociation of Diatoms127

7．7 Probability of Ionization and Excitation128

7．8 Ion Distribution in the Coma130

8．Meteor Radiation133

8．1 Radiative Efficiency of Atomic Excited States133

8．2 Luminous Efficiency of Meteor Impact Radiation137

8．3 Temperature Radiation in Discrete Energy Levels141

8．4 Other Sources of Meteor Radiation145

8．5 Calculation of Meteor Masses146

9．Some Applications149

9．1 Draconids as Dustballs149

9．2 The Average Naked-Eye Meteors152

Appendix 1．Physical Characteristics of Iron156

Appendix 2．Physical Characteristics of Meteoritic and Terrestrial Stone159

Appendix 3．Miscellaneous Information163

Principal Notations165

References167

Index171

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