Mini Sheet: Portrait of I.T. Klemenov, Soviet cruise-missile 212 (Abkhazia 2009)
Portrait of I.T. Klemenov, Soviet cruise-missile 212 (Abkhazia 2009)
15 January (Abkhazia ) within release Space Exploration (2nd Issue) goes into circulation Mini Sheet Portrait of I.T. Klemenov, Soviet cruise-missile 212 face value 6*10 Russian ruble
| Mini Sheet Portrait of I.T. Klemenov, Soviet cruise-missile 212 in catalogues | |
|---|---|
| Michel: | Mi: AB 873AKB |
Mini Sheet is horizontal format.
Exists imperforated.Also in the issue Space Exploration (2nd Issue):
- Stamp - Dogs in space face value 10;
- Mini Sheet - Dogs in space face value 6*10;
- Stamp - First Soviet ballistic missile R-1 face value 10;
- Mini Sheet - First Soviet ballistic missile R-1 face value 6*10;
- Stamp - First Soviet ICBM face value 10;
- Mini Sheet - First Soviet ICBM face value 6*10;
- Stamp - First Soviet moon LV N-1 face value 10;
- Mini Sheet - First Soviet moon LV N-1 face value 6*10;
- Stamp - International space station face value 10;
- Mini Sheet - International space station face value 6*10;
- Stamp - Portrait of I.T. Klemenov, Soviet cruise-missile 212 face value 10;
- Mini Sheet - Portrait of I.T. Klemenov, Soviet cruise-missile 212 face value 6*10;
- Stamp - Soviet moon flight Luna 15 face value 10;
- Mini Sheet - Soviet moon flight Luna 15 face value 6*10;
- Stamp - Soviet moon rocket Zond-5 face value 10;
- Mini Sheet - Soviet moon rocket Zond-5 face value 6*10;
- Stamp - Soyuz-4 - Soyuz-5 face value 10;
- Mini Sheet - Soyuz-4 - Soyuz-5 face value 6*10;
Mini Sheet Portrait of I.T. Klemenov, Soviet cruise-missile 212 it reflects the thematic directions:
Outer space (or simply space) is the expanse that exists beyond Earth's atmosphere and between celestial bodies. It contains ultra-low levels of particle densities, constituting a near-perfect vacuum of predominantly hydrogen and helium plasma, permeated by electromagnetic radiation, cosmic rays, neutrinos, magnetic fields and dust. The baseline temperature of outer space, as set by the background radiation from the Big Bang, is 2.7 kelvins (−270 °C; −455 °F)
