Chief engineer of manned space engineering: heavenly palace part of technology or super International Space Station

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 Chief engineer of manned space engineering: heavenly palace part of technology or super International Space Station


At the same time, Zhou Jianping said, in general, the Tian Gong, in addition to the scale, in function, application benefits, construction technology, material supplies and other important indicators, will be able to surpass the Mir space station, to reach or close to the international space station level. Zhou Jianping held a detailed interpretation of Tiangong at the third China space day home games held on that day. He introduced that the basic configuration consisted of 1 core modules and 2 experimental modules. The combination of the three module is 66 tons and the occupant is 3 passengers. The occupant can carry 6 people during the rotation. The heavenly palace has 3 pairs of interfaces to support docking and docking of manned spaceships, cargo ships and other incoming vehicles. At the same time, it has 26 cabin load space, 67 small and medium cabin load interface, 3 large load hanging points outside the cabin, 1 extended test platform hanging points, with powerful power supply, information, ring heat control, mechanical arm and other application load support capability. Experimental items and test equipment can be replaced or upgraded as required. Modular cargo ships can provide strong transport capability and good transport environment for load experiments. In addition, the optical cabin, which is loaded with a large telescope, will be in common with the space station, which has the observational ability of astronomical patrol with the same resolution as the Harbert telescope and more than 200 times the field of view. The optical cabin can be used for short term maintenance and maintenance of space stations, as well as on orbit supplementation of propellants. The heavenly palace will run at a height of 393 + 10 kilometers. The service life is more than 10 years after the completion of the construction. It can extend its life through maintenance on orbit and can also be expanded according to the needs of scientific research. In the stage of operation, it will attract investment and carry out commercial application activities, form a government dominated and multiple input pattern, accelerate the transformation of scientific and technological achievements into various fields, and promote space tourism and other space economic development. Source: ScienceDaily daily, editor of China Science and Technology Net: Fu Yi Fei editor: Cao Yi _NN5778 The heavenly palace has 3 pairs of interfaces to support docking and docking of manned spaceships, cargo ships and other incoming vehicles. At the same time, it has 26 cabin load space, 67 small and medium cabin load interface, 3 large load hanging points outside the cabin, 1 extended test platform hanging points, with powerful power supply, information, ring heat control, mechanical arm and other application load support capability. Experimental items and test equipment can be replaced or upgraded as required. Modular cargo ships can provide strong transport capability and good transport environment for load experiments. The heavenly palace will run at a height of 393 + 10 kilometers. The service life is more than 10 years after the completion of the construction. It can extend its life through maintenance on orbit and can also be expanded according to the needs of scientific research. In the stage of operation, it will attract investment and carry out commercial application activities, form a government dominated and multiple input pattern, accelerate the transformation of scientific and technological achievements into various fields, and promote space tourism and other space economic development.