郑州轻工业附属中学 Mesto Zhengzhou, provinca Henan-Henan Province Kitajska 18 years old, 17 years old, 19 years old 5 / 2 Angleščina Mars
Zunanji pregledovalnik za projekt 3D
Azure Nexus, our Mars camp, is not located on Mars by accident. Mars has a similar atmosphere, terrain, and water, making it a potential place for human survival and adaptation. Mars is located outside the Earth, close to the asteroid belt and the outer reaches of the solar system, and the cost of launching rockets and deep space exploration from Mars is much lower than that of Earth, which provides convenience for deep space exploration. For safety and ease of construction, Azure Nexus hovers above the Martian surface, avoiding difficult terrain.
Astronauts can easily reach all levels via advanced elevators. The first floor is an interstellar signal detection tower equipped with advanced algorithms to detect planets and spacecraft. The second floor is the main control room, controlling the operation of the base. The third floor is a recreational and residential area with fitness, residential and medical facilities. The fourth layer preparation warehouse contains storage, water and oxygen production equipment. The fifth floor research room delves into the mysteries of Mars. The sixth generation chamber relies on nuclear fusion technology for power.
The base innovation points are as follows. Dual magnetic shielding technology effectively protects the base from high-energy particles and gamma rays; The centrifugal force generated by the rotating chamber mimics gravity, allowing astronauts to feel Earth’s gravity on Mars; Magnetic levitation technology enhances the stability and damping effect of the base. In addition, the base also uses advanced star map recognition algorithms and magnetic and temperature dual parameter sensors to ensure the accurate positioning of aircraft and satellites and the stability of the internal environment of the base.
In terms of energy and resources, Azure Nexus is self-sufficient, producing water through carbon dioxide reduction and hydrogen transfer technology, fusion energy to generate electricity, and electrochemical methods to generate oxygen. A combined solar and nuclear power system meets basic needs, and vertical farms provide fresh food.
To support resource extraction and geological exploration missions, we specially designed multi-purpose vehicles and rovers. Aerogels, aluminum foil and fiberglass shell materials are used to effectively reduce heat exchange and stabilize surface temperatures. The modular design makes the aircraft easy to upgrade and maintain. They have autonomous navigation, attitude control and obstacle avoidance systems to ensure that all tasks are completed safely and efficiently. Electromagnetic propulsion technology provides a powerful, energy saving and environmental protection power for the aircraft. The rovers were transported to their destinations by aircraft to assist base personnel in surface exploration and resource extraction. The rover is equipped with mineral exploration instruments that use spectral analysis and laser-induced breakdown spectroscopy to provide accurate data for resource identification. The heat generated by plutonium-238 decay provides the rover with a steady and lasting power, and its precise positioning and navigation system ensures that the vehicle can accurately locate the rover.
Azure Nexus not only offers the possibility of moving into space, but also inspires people to explore the ocean of stars.
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