Stamp: Saturne (Cinderellas 2007)
Saturne (Cinderellas 2007)
01 January (Cinderellas ) within release Djibouti goes into circulation Stamp Saturne face value 800 Djiboutian franc
| Stamp Saturne in catalogues | |
|---|---|
| Colnect codes: | Col: DJ 2007-01/6 |
Stamp is square format.
Also in the issue Djibouti:
- Stamp - Bonsai face value 800;
- Stamp - Alain Prost face value 250;
- Stamp - Mika Hakkinen face value 150;
- Stamp - Michael Shumacher face value 250;
- Mini Sheet - Bonsai face value 4*800;
- Stamp - Ayrton Senna face value 150;
- Stamp - Bonsai face value 800;
- Mini Sheet - Formula I face value 400;
- Stamp - Bonsai face value 800;
- Stamp - Bonsai face value 800;
- Mini Sheet - Formula I face value 400;
- Stamp - Marylin Monroe face value 700;
- Stamp - Marylin Monroe face value 700;
- Stamp - Marylin Monroe face value 700;
- Mini Sheet - Marylin Monroe face value 6*700;
- Stamp - Marylin Monroe face value 700;
- Stamp - Marylin Monroe face value 700;
- Stamp - Marylin Monroe face value 700;
- Stamp - Uranus face value 800;
- Stamp - Lunar Rover face value 800;
- Stamp - Terre face value 500;
- Stamp - Venus face value 500;
- Stamp - Jupiter face value 600;
- Stamp - Saturne face value 800;
- Stamp - Mercure face value 500;
- Mini Sheet - Les Engins Spatiaux face value 5,100;
- Stamp - Mars face value 600;
- Stamp - Lunokhod 1 face value 500;
- Stamp - Neptune face value 800;
- Stamp - Vostock 1 face value 500;
- Stamp - Galileo Probe face value 800;
- Stamp - Luna 9 face value 500;
- Stamp - Iss face value 800;
- Stamp - Soyuz face value 600;
- Stamp - Apollo 11 face value 600;
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Data entry completed
50%
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| Stamp Saturne in digits | |
| Country: | Cinderellas |
| Date: | 2007-01-01 |
| Print: | Offset lithography |
| Emission: | Cinderella |
| Format: | Stamp |
| Face Value: | 800 Djiboutian franc |
Stamp Saturne it reflects the thematic directions:
A planet is a large, rounded astronomical body that is generally required to be in orbit around a star, stellar remnant, or brown dwarf, and is not one itself. The Solar System has eight planets by the most restrictive definition of the term: the terrestrial planets Mercury, Venus, Earth, and Mars, and the giant planets Jupiter, Saturn, Uranus, and Neptune. The best available theory of planet formation is the nebular hypothesis, which posits that an interstellar cloud collapses out of a nebula to create a young protostar orbited by a protoplanetary disk. Planets grow in this disk by the gradual accumulation of material driven by gravity, a process called accretion.
