Spectroscopy for asteroids

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Table of contents

I INTRODUCTION 
1 Why asteroids? 
1.1 The place of asteroids in the structure of the Solar System
1.2 The Discovery Of Asteroids
1.3 Distribution and diversity of asteroids
1.4 Asteroid brightness and albedo
1.5 My contribution to asteroids discovery
2 Why spectroscopy? 
2.1 Diffraction gratings and prisms
2.2 Spectroscopy and atmospheric transparency
2.3 A simple application
2.4 Spectroscopy for asteroids
2.4.1 Reflectance versus emission
2.4.2 Spectral features
II TECHNIQUES FOR ASTEROID SPECTROSCOPY 
3 Observing techniques 
3.1 IRTF Telescope and the SpeX instrument
3.2 Planning the observations
3.3 Data reduction procedures
4 Spectral analysis techniques 
4.1 Interpretation
4.1.1 Taxonomy
4.1.2 Spectral comparison – Comparative planetology
4.1.3 Space weathering effects
4.1.4 Band parameters
4.2 Algorithms
4.2.1 Taxonomic classification
4.2.2 Curve matching
4.2.3 Computing the space weathering effects
4.2.4 Application of the Cloutis model
5 M4AST – Modeling of Asteroids Spectra 
5.1 Spectral database
5.1.1 Structure of M4AST database
5.1.2 The content
5.1.3 M4AST database via the Virtual Observatory
5.2 The interface
5.2.1 Database interface
5.2.2 Modeling tool interface
5.2.3 Updating the database
5.3 Testing of M4AST
5.3.1 Results
5.3.2 Discussions regarding misinterpretations of spectra
III OBSERVATIONS AND RESULTS 
6 Spectral properties of near-Earth asteroids 
6.1 Log of observations
6.2 S-type Near-Earth Asteroids
6.2.1 (1917) Cuyo
6.2.2 (8567) 1996 HW1
6.2.3 (16960) 1998 QS52
6.2.4 (188452) 2004 HE62
6.2.5 2010 TD54
6.2.6 (164400) 2005 GN59
6.3 Spectral properties of two primitive NEAs
6.3.1 (5620) Jasonwheeler
6.3.2 2001 SG286
6.4 Discussion
7 Spectral properties of Main Belt Asteroids 
7.1 Log of observations
7.2 (9147) Kourakuen – a V-type asteroid outside Vesta family
7.3 A binary asteroid: (854) Frostia
7.4 1333 and 3623 – two asteroids with large amplitude lightcurves
7.4.1 (1333) Cevenola
7.4.2 (3623) Chaplin
7.5 Asteroid pairs: (10484) Hecht, (31569)1999 FL18
IV CONCLUSIONS AND PERSPECTIVES 
8 Conclusions and perspectives 
A The GuideDog and the BigDog interfaces 
B List of publications 
B.1 First Author
B.2 Co-Author
B.3 Conferences and Workshops

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