MDS 521.3
Wording: Natural sciences & mathematics Astronomy Celestial mechanics Orbits
Dewmoji: 🔬🔭⚙?
0 Computer science, information & general works 252,013 ℹ️ | 1 Philosophy and Psychology 270,129 🧠 | 2 Religion 681,242 🙏 | 3 Social sciences 1,328,382 👫 | 4 Language 209,883 💬 | 5 Natural sciences & mathematics 431,918 🔬 | 6 Technology 940,635 💡 | 7 Arts & recreation 1,031,850 🎨 | 8 Literature & rhetoric 1,436,736 📚 | 9 History & geography 837,760 🗺️ |
50 Science 35,266 🥼 | 51 Mathematics 82,055 ➗ | 52 Astronomy 25,356 🔭 | 53 Physics 44,008 🍎 | 54 Chemistry 28,260 ⚗️ | 55 Earth sciences; geology 36,663 🌎 | 56 Fossils, dinosaurs, prehistoric life 11,038 💀 | 57 Biology 55,751 🧬 | 58 Plants (Botany) 26,824 🌿 | 59 Animals (Zoology) 86,697 🐼 |
520 Astronomy and allied sciences 6,299 🔭 | 521 Celestial mechanics 575 ⚙ | 522 Techniques, procedures, apparatus, equipment, materials 1,635 🌃 | 523 Specific celestial bodies and phenomena 12,101 🌌 | 524 [Formerly: Maps, Observations, and Tables] 227 | 525 Earth (Astronomical geography) 627 🌍 | 526 Mathematical geography 1,986 🌐 | 527 Celestial navigation 208 🗺 | 528 Ephemerides 191 📒 | 529 Chronology 1,507 ⏳ |
521.0 Theorectic astronomy (Mathematical investigation of celestial motions, specially of the Solar system.) 13 | 521.1 Celestial dynamics 98 | 521.2 Geocentric and heliocentric place 4 | 521.3 Orbits 43 | 521.4 Perturbations 6 | 521.5 Theory of planets 45 | 521.6 Theory of satellites 12 🛰 | 521.7 Theory of comets 2 | 521.8 Theory of eclipses 5 | 521.9 Precession and nutation (See also 522.95-.96) 9 |
521.30 | 521.31 Definitions of orbits 1 | 521.32 Determination from 3 observations 1 | 521.33 Determination from 4 observations | 521.34 Variation of elements of orbit | 521.35 Correction of approximate elements of orbit | 521.36 Application of method of least squares | 521.37 Kepler's problem | 521.38 Equation of center and radius vector 2 | 521.39 |
Selected Works under MDS 521.3 (43)
36 items
![Eclipse [essay]](https://pics.cdn.librarything.com/picsizes/45/49/45495033-g-wcv13-h200-w100-pv25_5a2f6b7974674a6b414d6741_v9.jpg)
- Feynman’s Lost Lecture; The Motion of Planets Around the Sun by Richard Feynman
- Orbital motion by A. E. Roy
- Adventures in Celestial Mechanics: A First Course in the Theory of Orbits by Victor G. Szebehely
- The Key to Newton's Dynamics: The Kepler Problem and the Principia by J. Bruce Brackenridge
- The Music of the Heavens by Bruce Stephenson
- Fight Your Own War: Power Electronics and Noise Culture by Jennifer Wallis
- Theory of the motion of the heavenly bodies moving about the sun in conic sections by Karl Friedrich Gauss
- Adventures in Celestial Mechanics by Victor G. Szebehely
- Solving Kepler's Equation over Three Centuries by Peter Colwell
- Kepler's Philosophy and the New Astronomy by Rhonda Martens
- Dynamics and Mission Design Near Libration Points, Vol. III, Advanced Methods for Collinear Points by G. Gómez
- Theory of Orbit Determination by Andrea Milani
- Methods of Orbit Determination for the Microcomputer by Dan L. Boulet
- 002: Theory of Orbits: Perturbative and Geometrical Methods (Astronomy and Astrophysics Library) by Dino Boccaletti
- The Kepler problem : group theoretical aspects, regularization and quantization, with application to the study of perturbations by Bruno Cordani
- Introduction to Orbital Mechanics by F.T. and Westerman Geyling, H.B.
- The Composition of Kepler's Astronomia nova. by James R. Voelkel
- Modern Orbit Determination: Second Edition by William E. Wiesel
- Theory of Orbits: Volume 1: Integrable Systems and Non-perturbative Methods (Astronomy and Astrophysics Library) by D. Boccaletti
- Orbital Mechanics: Theory and Applications by Tom Logsdon
Related Tags
"Far Friends"
MDS classes with significant recommendations overlap, excluding ones under the same top-level class.
None
Wording
| 1922 Edition |
| Modern Language |
| Emoji |