Exercises in Astronomy: Revised and Extended Edition of “Practical Work in Elementary Astronomy” by M.G.J. MinnaertJ. Kleczek Springer Science & Business Media, 31 Ağu 1987 - 340 sayfa Revised and Extended Edition of `Practical Work in Elementary Astronomy' by M.G.J. Minnaert |
İçindekiler
The Stars around the North Pole A1 | 5 |
Spherical Triangles A3 | 9 |
SunDials A4 | 11 |
The Daily Rotation of the Earth A5 | 15 |
Conversion of Time A6 | 17 |
Simple Measurements with am Altimeter | 19 |
The Adjustment of a Telescope A9 | 23 |
To Point a Telescope to a Star A10 | 27 |
The Apparent Magnitudes of the Stars B16 | 157 |
Photoelectric Photometry of Stellar Images B18 | 161 |
The Atmospheric Extinction B19 | 163 |
Stellar Spectra B20 | 165 |
Data Retrieval in Spectroscopy | 169 |
The Colours of the Stars B21 | 171 |
The UBV Photometric System B22 | 173 |
Black Body Radiation | 177 |
The Sextant A13 | 29 |
Finding Your Position at Sea A14 | 33 |
Precession Aberration Nutation A16 | 37 |
THE MOTIONS OF CELESTIAL BODIES | 41 |
Lunar Eclipses A22 | 43 |
The Position of the Planets in Their Orbits A23 | 45 |
The Orbit of Mars as Determined by Kepler A24 | 47 |
The ThreeBody Problem A26 | 51 |
Atmospheric Trajectory of a Meteoroid | 57 |
Passage of an Artificial Satellite A28 | 65 |
Position of a Geostationary Satellite | 69 |
PLANETS AND SATELLITES | 73 |
Topography of the Moon A29 | 75 |
The Shape of Lunar Craters A30 | 77 |
Observation of Planets Through a Telescope A32 | 81 |
The Rotation of Saturn A34 | 83 |
B THE STARS | 87 |
THE SUN | 89 |
Solar Quantities | 91 |
The Size of the Sun B1 | 95 |
The Solar Constant B2 | 99 |
The Brightness Distribution over the Suns Disc | 103 |
Profiles of Fraunhofer Lines B5 | 107 |
Equivalent Width of Fraunhofer Lines B7 | 111 |
The Curve of Growth B8 | 115 |
Practice with MHD | 121 |
Sunspots B9 | 137 |
The Rotation of the Sun B10 | 139 |
The Solar Cycle B11 | 141 |
The Convection Cells of Bénard B12 | 145 |
Radio Bursts after a Solar Flare B14 | 147 |
STARS AND NEBULAE | 153 |
To Draw a Constellation B15 | 155 |
Combinations of Black Bodies | 179 |
Spectrophotometry of Stars in the Near Infrared | 181 |
Derivation of Illuminations from Stellar Colours | 189 |
Interstellar Extinction I B23 | 199 |
Interstellar Extinction II | 203 |
Wavelength Dependent Interstellar Extinction | 209 |
The Nearest Stars B24 | 217 |
Stars at the Galactic Centre | 221 |
The Motion of the Hyades B25 | 223 |
The Mean Light Curve of a Cepheid B26 | 227 |
Search and Determination of Periodicity | 231 |
Properties of Pulsars and the Interstellar Medium | 237 |
Mirages Caused by a Gravitational Lens | 247 |
Forbidden Emission LinesI | 251 |
Forbidden Emission LinesII | 255 |
Abundances of Elements | 259 |
STELLAR SYSTEMS | 263 |
The Observation of Double Stars B27 | 265 |
The Orbit of a Visual Binary B28 | 269 |
The Dynamical Parallax of Binaries B29 | 273 |
The Orbit of a Spectroscopic Binary B30 | 275 |
The Orbit of an Eclipsing Variable B31 | 281 |
Light Changes of Eclipsing Variables and What We can Learn from them | 287 |
The Observation of Star Clusters and Nebulae B32 | 309 |
Open Clusters B33 | 311 |
The Distribution of Stars in a Globular Cluster B34 | 315 |
Cluster Variables in a Globular Cluster B35 | 317 |
| 319 | |
The Spiral Structure of the Galactic Clouds Derived from 21 cm Measurements B40 | 321 |
Stability of Molecular Clouds | 325 |
| 329 | |
Index of Subjects | 335 |
Diğer baskılar - Tümünü görüntüle
Exercises in Astronomy: Revised and Extended Edition of “Practical Work in ... J. Kleczek Sınırlı önizleme - 2012 |
Sık kullanılan terimler ve kelime öbekleri
angle angular approximately Astron Astronomical Ephemeris Astrophys Astrophysical axis binary centre cluster cm³ colour index Compare components compute coordinate paper corresponding derive determined diagram diameter direction distance drawing earth ECLIPSING VARIABLES electron emission energy distribution Ephemeris Equation estimate Exercises in Astronomy experimental telescope field lines Figure flux forbidden lines Fraunhofer lines frequency galactic geostationary graph horizontal hour angle interstellar extinction INTERSTELLAR MEDIUM interval Kleczek lens light changes light curve limb darkening line of sight longitude luminosity magnetic field magnitudes mean measure multiplet Nebula observations Observatory orbit pair parsecs period photographic photometric plane plate Plot points polar position precision Problem Procedure pulsar quasars r₁ radiation radio radius ratio References right ascension rotation satellite scale sin² solar spectral type spectrum Star Atlas stellar Table temperature vector velocity wavelength