A take-off-landing-movement implementation method for a lunar probe

Abstract

The invention relates to a method for realizing take-off-landing-movement of a lunar probe, belonging to the technical field of take-off and landing of a lunar probe. The capillary gap reserved in the forming process of the structural plate is used as the flow pipeline of the thermal control working medium to realize the reuse of the structural plate and the heat pipe; multiple thrusters are arranged to provide the lunar probe for take-off and soft landing on the lunar surface The thrust in the process, and the control in the flight process, realize the integrated design of the propulsion and control functions; the three-dimensional design of the thermal control multi-layer spacer layer improves its thermal insulation performance, so that the detector can adapt to a lower ambient temperature; The active control of the motor realizes that the lunar probe can withstand the impact of multiple landing buffers; the control motor is used to control the extension and rotation of the landing buffer mechanism to realize the movement of the lunar probe.

Description

technical field [0001] The invention relates to a take-off-landing-movement implementation method of a lunar probe, belonging to the technical field of take-off and landing of a lunar probe. Background technique [0002] At present, lunar probes launched by humans have realized various forms of detection, such as flyby, orbit, impact, soft landing, patrol and sampling return to the moon. Among them, lunar probes are mainly landers and rovers (also known as lunar rovers). The lander usually measures in situ at the landing site. The rover is generally composed of a wheeled chassis and an instrument cabin. It is powered by a combination of solar cells and batteries. According to the remote control commands on the earth, it can tour the uneven lunar surface. Whether it is a lander or a rover, the adaptability to the terrain is limited, and it cannot detect areas with particularly complex terrain. The lunar polar region has attracted the attention of space agencies around the w...

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Problems solved by technology

Whether it is a lander or a rover, the adaptability to the terrain is limited, and it is impossible to detect areas with particularly complex terrain

The polar region of the moon has attracted the attention of space agencies around the world because of its special terrain conditions and potential water ice resources. However, the terrain of the polar region is complex, and water ice is likely to exist in the permanent shadow area at the bottom of the impact crater. The depth of the impact crater It can reach several kilometers, the slope of the crater edge and the crater wall can reach up to 40°, and the temperature in the crater without light is as low as 40K. Traditional landers or patrols cannot enter the crater bottom for detection

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