Awards & Nominations
Gotei 6 has received the following awards and nominations. Way to go!

Gotei 6 has received the following awards and nominations. Way to go!
ProblemThe duration of the use of batteries required by scientists on expeditions to Venus is limited to 2 hours due to pressure, radiation, exposure to high temperatures and the inability to collect the necessary data for scientific researchSolutionWe used the formula “S + Zn = ZnS + ” to provide energy to our spacecraft. As a result of this formula, the gas released by the pressure rotates the impeller we made ourselves quickly and transmits the power generated here to the shaft, and then the generator converts this power into electrical energy, helping to fill our battery Using Cold Trap, it helps us cool our battery thanks to liquid nitrogen
First, we received information about Venus, while receiving this information, we received help from several websites, we created stages from the information we received, respectively, we focused on solving our problems by combining these stages,
With the information we have obtained as a result of our research, we have found out what are the gases contained here, why Venus retains heat in its atmosphere and the pressure in its atmosphere, we have learned about the spacecrafts sent to Venus
1) The Atmosphere of Venus
There is a lot of sulfuric acid in the clouds of Venus The atmosphere of Venus consists almost entirely of carbon dioxide. It also contains small doses of nitrogen and sulfuric acid clouds, helium, trace amounts of water vapor, argon, carbon monoxide , phosphine and more gases.The air of Venus is so dense that, despite the fact that it makes up more than three quarters of the terrestrial atmosphere in nitrogen, small traces of nitrogen by mass are four times the amount found on Earth.This composition causes a runaway greenhouse effect, which warms the planet even warmer than the surface of Mercury, although Venus is further from the sun.When Venus' rocky core formed , it captured most of the gas by gravity .In addition to warming the planet October, heavy clouds protect it, blocking visible observations of the surface and protecting it from the bombardment of all but the largest meteors.The pressure of Venus is 90 times greater than the pressure of the Earth.
2) Landforms of Venus
Although we have very little information about the landforms of Venus, Venus is the planet with the most volcanoes among the planets in the Solar System. It is estimated that there are more than 1100 volcanoes on Venus.
3) Spacecraft Sent to Venus
The first spacecraft to be sent to Venus and lowered to the surface was ‘Venera 3', but it failed and ıt cant return there and was last sent to orbit Venus by a spacecraft called ’Magellan' in 1990
4) Materials Used in Spacecraft
The materials used in the construction of space shuttles and rockets are generally metal matrix composite materials. It is also used in aluminum alloys reinforced with boron fibers in space shuttles. Metal matrix composite materials are ceramics whose main structure is formed by matrix metal in order to provide the desired and necessary properties, and a ceramic reinforcement phase is usually used as reinforcement. There are no restrictions on the use of these materials. It is a material generally used in scientific studies.
5) The Model of Our Project and the Materials Used in the Construction
*Plug
*Tips
*Battery
*Power Feed Through
*Thermometer
*Power Cord
*Generator
*Shaft
*Turbine
*Compressor
*Sulphiric acid and Sodium
* Liquid Nitrogen Cold Trap
Used nasa.gov for space agency related data
To have the chance of working together for the last 48 hours with our teammates was a phenomenal experience that we would like to repeat next year.
https://www.space.com/18527-venus-atmosphere.html
https://tr.m.wikipedia.org/wiki/Anasayfa
https://tua.gov.tr/tr/blog/gunes-sistemi/venus
https://2021.spaceappschallenge.org/challenges/statements/when-light-curves-throw-us-curve-balls/teams/cambridge-asteroids/project
Your challenge is to design an energy storage system that will power a surface lander or rover on the surface of Venus for at least 60 days, so that there is a viable energy storage capability for long-duration exploration missions.
