An in situ resource processing system utilizing electrostatic transport and concentrating fusion sintering

Abstract

An in-situ resource treatment system utilizing static conveying and condensation molten sintering comprises a static conveying sub system and a condensation molten sintering sub system, and assemblingand position regulation of the two sub systems are achieved through a three-dimensional support. The static conveying sub system achieves orientation control movement of soil particles through conservative static force, and the condensation molten sintering sub system forms and controls focused spots to burn and melt the soil particles through a solar light condensation device and a light guidingdevice. According to the in-situ resource treatment system, the unique soil particle static conveying sub system is introduced, the energy consumption of soil particle conveying is small, and the control accuracy is high; and through the unique condensation molten sintering sub system, in-situ solar light efficient convergence and effective transmission are achieved, the energy utilization efficiency is high, the controllability in the treatment process is high, the system overall principle is simple and feasible, the structural design is ingenious, the quality power consumption cost is low,and the reliability is high.

Description

technical field [0001] The invention relates to a novel in-situ resource processing system, in particular to an in-situ resource processing system utilizing electrostatic transport and light-concentrating melting and sintering, which can be used as an important means for effective utilization of extraterrestrial survival in-situ resources. At the same time, the system can also be used for the processing and development of dense energy storage modules for extraterrestrial survival in situ resources for power generation, and plays an important role in solving key problems of extraterrestrial survival energy. In addition, the system can also be extended to the field of space 3D printing of in-situ resources to realize 3D printing of space components based on in-situ resources. Background technique [0002] As the territory of human exploration expands, challenging space missions such as returning to the moon and manning Mars are gradually put on the agenda. On the basis of maj...

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Problems solved by technology

[0005] The technical problem to be solved by the present invention is: to overcome the deficiencies of the prior art, based on the idea of ​​efficient utilization of in-situ resources, aiming at typical problems such as difficulty in transportation of in-situ resources (surface soil), low thermal conductivity, and limited heat storage capacity, the proposed An in-situ resource processing system based on electrostatic transport and concentrating melting and sintering, using conservative electrostatic force to realize efficient transportation of in-situ resource particles, using a new concentrating system to achieve efficient light-to-heat conversion, and completing in-situ resource processing Melting and sintering processing to enhance thermal storage capacity of in situ resources

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