Stamp: Apollo 7, Take-Off (Ajman 1970)
Apollo 7, Take-Off (Ajman 1970)
01 July (Ajman ) within release Apollo and Gemini program goes into circulation Stamp Apollo 7, Take-Off face value 1 United Arab Emirates riyal
| Stamp Apollo 7, Take-Off in catalogues | |
|---|---|
| Michel: | Mi: AJ 609B |
Stamp is vertical format.
Also in the issue Apollo and Gemini program:
- Stamp - Gemini 4 - Launching face value 1;
- Mini Sheet - Apollo and Gemini program face value 266;
- Stamp - Apollo 7 - Launching face value 2;
- Stamp - Cape Kennedy face value 3;
- Stamp - Gemini 4 - Astronaut White face value 4;
- Stamp - Apollo 11 - The Moon Shoes face value 5;
- Stamp - Apollo 5 - Launching Platform face value 6;
- Stamp - Apollo 11 - Aldrin Near Lunar Bug face value 8;
- Stamp - Cape Kennedy - Launch Platform & Moon face value 10;
- Stamp - Apollo 14 - Launching face value 12;
- Stamp - Lunar Bug Reflected in Aldrins Visor face value 15;
- Stamp - Apollo 8 - Launch, Moon in Background face value 20;
- Stamp - Moon - Sea of Storms face value 25;
- Stamp - Apollo 11 - Earth From 170,000 km face value 30;
- Stamp - The Sun Behind Launch Platforms face value 40;
- Stamp - Apollo 10 - Craters on The Moon face value 50;
- Stamp - Apollo 11 , take-off face value 3;
- Stamp - Apollo 7 , take-off face value 1;
- Stamp - Apollo 8 command module face value 1.50;
- Stamp - Apollo 9 face value 2;
- Mini Sheet - Apollo 10 - Craters on the Moon face value 2.50;
- Mini Sheet - Apollo 11 - Aldrin near Lunar Bug face value 2.50;
- Mini Sheet - Apollo 11 - Earth from 170,000km face value 2.50;
- Mini Sheet - Apollo 11 - Launching face value 2.50;
- Mini Sheet - Apollo 11 - The Moon Shoes face value 2.50;
- Mini Sheet - Apollo 5 - Launch, Moon in background face value 2.50;
- Mini Sheet - Apollo 7 - Launching face value 2.50;
- Mini Sheet - Apollo 7 - Lift Off face value 2.50;
- Mini Sheet - Cape Kennedy face value 2.50;
- Mini Sheet - Cape Kennedy - Launch Platform & Moon face value 2.50;
- Mini Sheet - Gemini 4 - Launching face value 2.50;
- Mini Sheet - Gemini 4 - Space Walk face value 2.50;
- Mini Sheet - Lunar Bug reflected in Aldrins Visor face value 2.50;
- Mini Sheet - Moon - Sea of Storms face value 2.50;
- Mini Sheet - Saturn 5 - Launching Platform face value 2.50;
- Mini Sheet - The Sun behind Launch Platform face value 2.50;
- Se-tenant - Apollo and Gemini Program face value 266;
- Se-tenant - Apollo and Gemini Program face value 7.50;
- Stamp - Apollo 10 - Craters on the Moon face value 50;
- Stamp - Apollo 11 - Aldrin Near Lunar Bug face value 8;
- Stamp - Apollo 11 - Earth From 170,000 km face value 30;
- Stamp - Apollo 11 - The Moon Shoes face value 5;
- Stamp - Apollo 11, Take-Off face value 3;
- Stamp - Apollo 14 - Launching face value 12;
- Stamp - Apollo 5 - Launching Platform face value 6;
- Stamp - Apollo 7 face value 35;
- Stamp - Apollo 7 - Launching face value 2;
- Stamp - Apollo 7, Take-Off face value 1;
- Stamp - Apollo 8 - Launch, Moon in Background face value 20;
- Stamp - Apollo 8 Command Module face value 1.50;
- Stamp - Apollo 9 face value 2;
- Se-tenant - Apollo and Gemini Program face value 7.50;
- Stamp - Cape Kennedy face value 3;
- Stamp - Cape Kennedy - Launch Platform & Moon face value 10;
- Stamp - Gemini 4 - Astronaut White face value 4;
- Stamp - Gemini 4 - Launching face value 1;
- Stamp - Lunar Bug Reflected in Aldrins Visor face value 15;
- Stamp - Moon - Sea of Storms face value 25;
- Stamp - The Sun Behind Launch Platforms face value 40;
- Full Pane - Apollo and Gemini program face value 2*266;
- Full Pane - Apollo and Gemini Program face value 2*266;
- Full Pane - Apollo and Gemini Program face value 4*7.50;
- Full Pane - Apollo and Gemini Program face value 4*7.50;
Stamp Apollo 7, Take-Off it reflects the thematic directions:
A rocket (from Italian: rocchetto, lit. 'bobbin/spool') is a vehicle that uses jet propulsion to accelerate without using any surrounding air. A rocket engine produces thrust by reaction to exhaust expelled at high speed. Rocket engines work entirely from propellant carried within the vehicle; therefore a rocket can fly in the vacuum of space. Rockets work more efficiently in a vacuum and incur a loss of thrust due to the opposing pressure of the atmosphere.
