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Mathematical Methods in Space Observations: astronomy | |
 | Catálogo / Cultura / Ciência / Ciências do mundo inorgânico / Astronomia / Mathematical Methods in Space Observations: astronomy |
| Catálogo / Cultura / Ciência / Matemática / Applied Mathematics / Mathematical Methods in Space Observations: astronomy |
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Titius-Bode Law
The Titius-Bode Law or Rule is the observation that orbits of planets in the solar system follow a simple arithmetic rule quite closely. [eng] |
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Object-oriented Astronomy, Celestial Mechanics and Geodesy
A set of java applets concerning basic problems of astronomy. [eng] |
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NASA SPACE MATHEMATICS
The exploration of space naturally uses the tools and techniques of astronomy. Astronomy in turn is gaining much new information as a result of sending scientific probes and satellites beyond Earth's atmosphere. Because astronomy has stimulated the growth of many of the concepts and methods of mathematics, the high school teacher will find here much that is familiar. However, in some instances the way mathematics is used to solve real-life problems is rather different from methods emphasized in school courses. [eng] |
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Radial Symmetric Fourier Transforms
Fourier transforms of radially-symmetric functions can be performed efficiently using the Hankel transform of order zero. Convolutions of radially-symmetric functions can also be performed simply. Illustrations of the method are presented, and the Gibbs' phenomenon associated with the ROSAT PSPC PRF is discussed. [eng] |
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