Multi-mode driven carrying system applicable to space flight

Abstract

The present invention discloses a multi-mode driven carrying system applicable to the space flight and is used for solving the problem that the residence time of space carriers is short due to the limited fuel. The solution is derived from the multiple modes of the power source of the carrying system: one mode refers to the liquid hydrogen and liquid oxygen fuel carried by a carrier per se, to be used for providing conventional jet power; one mode refers to the microwave drive mode of which the energy comes from the power generated by solar power panels carried by the carrier per se; one mode refers to the electronic linear accelerator drive mode; and one mode refers to the power given by a ''closed drive'', the energy comes from the electric energy generated by a space solar power station, and the energy is inputted into the carrier through microwaves. The ''closed drive'' consists of two separate systems, which can independently provide power. The multi-mode driven carrying system applicable to the space flight allows for the coordinated use of a variety of energy sources, for the space flight of spacecrafts having different purposes, such as carrying unmatched satellites from the low orbit to the designed orbit; the multi-mode driven carrying system applicable to the space flight can serve as a carrying system for deep space travel; and the multi-mode driven carrying system applicable to the space flight can serve as a carrier used for removing space debris and capable of working for a long time, and the like.

Description

[0001] Technical field: [0002] The invention will overcome the shortcomings of limited fuel in traditional vehicles, short stagnation time in space, and high cost. It will systematically integrate multiple driving modes and methods for obtaining energy, and develop a diversified energy source and diversified driving modes, thereby A spacecraft carrier capable of performing diverse space missions. In addition to traditional hydrogen-oxygen jet engines, there are microwave engines and closed drive propulsion systems. The latter two driving modes do not rely on ejecting high-quality materials to the outside environment to obtain spacecraft power. Instead, the solar power station from space uses radio frequency and microwave transmission energy to convert it into the kinetic energy of the spacecraft carrier using a recycled medium. This greatly increases the time that the vehicle stays in space and the multi-purpose of the vehicle, breaks through the limitations of the space vehicl...

AI Technical Summary

Problems solved by technology

However, this technology, which previously relied on fuel combustion to achieve jet propulsion, has highlighted its limitations due to the limited fuel carried by the vehicle

It uses the means of releasing limited load substances to the external environment, and the contained substances have a certain amount. Regardless of the fuel or the substances in the carrier, they will gradually decrease during the process of releasing to the external environment to obtain kinetic energy, which limits this The duration of a drive mode that will not sustain drive and maneuverability after depletion of fuel or matter

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