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"HIGH RESOLUTION ASTROPHOTOGRAPHY" , J.DRAGESCO ; CAMBRIDGE UNIVERSITY PRESS, 1995; książka jest w języku angielskim ; stan : minus bdb : pieczątki prywatnego księgozbioru (stan obwoluty: plus db : nieznaczny ubytek na przodzie ; stan twardej okładki : plus db : drobne uszkodzenie pokrywające się z ubytkiem na obwolucie) ; przesyłka polecona : 9,80 zł.
CONTENTS :
Part 1
Chapter 1 Atmospheric turbulence
1.1 Extemal turbulence 3
1.2 Local turbulence 7
1.3 Instrumental turbulence 9
1.4 The choice of an observing site 9
Chapter 2 The telescope
2.1 Diffraction patterns, theoretical resolving powers, etc. 12
2.2 The relation between the theoretical resolving power and the visibility of fine, isolated details
(definition) 14
2.3 Testing the optical quality of a telescope 15
2.4 What aperture is best for high resolution photography? 16
2.5 The different types of telescope 17
2.6 Telescope mountings 27
Chapter 3 Photography at the telescope
3.1 Enlarging the prime focus image 30
3.2 Photographic equipment 33
3.3 Taking high resolution views 39
3.4 Exposure times in high resolution photography 40
3.5 The role of filters in high resolution photography 41
3.6 Photographic considerations 42
3.6.1 Elementary sensitometry 42
3.6.2 Photographic emulsions for high resolution photography 44
3.6.3 A special study of TP 2415 film 45
3.6.4 Other black and white and colour films 48
3.7 Handling the films 49
3.7.1 The principal developers used in high resolution astrophotography 50
3.7.2 Stop-baths, fbring and washing films 54
3.8 Examination of the developed film: choosing negatives for printing 55
3.8.1 Making prints of the selected negatives 55
3.8.2 Special techniąues for black and white enlarging 5 7
3.9 Copying colour positives 59
Part 2
Chapter 4 High resolution photography of the main Solar System bodies
4.1 The best times to photograph the Sun, Moon and planets 63
4.2 The Sun 64
4.2.1 White-light solar photography 64
4.2.2 Diurnal, local and instrumental turbulence 64
4.2.3 Instrumental and optical considerations 65
4.2.4 Photographic considerations 68
4.2.5 Results obtained 69
4.2.6 Solar photography in H alpha light 75
4.3 The Moon 85
4.3.1 Instrumental and atmospheric considerations 85
4.3.2 Optical and photographic considerations 86
4.3.3 Results obtained 87
4.3.4 The measurement and significance of the resolution and definition of lunar images 98
4.3.5 List of test objects of special interest in high or very high resolution photography 99
4.3.6 Descriptive catalogue of lunar atlases based on photography 107
4.3.7 Finał remarks 108
4.4 High resolution planetary photography 109
4.4.1 Historical introduction 109
4.4.2 Instrumental and atmospheric considerations 110
4.4.3 Optical and photographic considerations 112
4.4.4 Planetary photography in colour 116
4.4.5 Special points about individual planets 116
4.5 High resolution astrophotography in planetary, lunar and solar research 133
4.6 Conclusion 136
Part 3
Chapter 5 Short biographies of the specialists in high resolution photography
5.1 The pioneers 139
5.1.1 Charles Boyer: discoverer and pathfinder 139
5.1.2 Georges Viscardy: the relentless pioneer 141
5.1.3 Giinther Nerhec: ace Solar System photographer 142
5.2 Today's experts 143
5.2.1 Donald C. Parker: planetologist 143
5.2.2 Wolfgang Lilie: the solar expert 144
5.2.3 Isao Miyazaki: the unbeatable young planetary photographer 147
5.2.4 Bernd Flach-Wilken: all-round astrophotographer 148
5.2.5 Terry Platt: a modern amateur who looks to the future 148
5.3 Tomorrow's experts 150
5.3.1 Christian Arsidi: the Moon lover 150
5.3.2 Gerard Therin: a talented youngster 151
References and bibliography 153
Index 157 |
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