Container-less material processing system

Abstract

The invention relates to a container-less material processing system. The container-less material processing system comprises a temperature control module, a position control module, a physical property measurement module, a sample processing module and an integrated control module. The container-less material processing system has an excellent ground static suspension technology base and can process multiple samples at each batch, and heating temperature of samples can reach 3000 DEG C; through modularized and integrated design, on-track maintenance, sample replacement and function expansion can be realized; real-time experiment states can be accurately mastered; the system further has properties of novel structure, good versatility, stronger functions and wider adaptation surfaces and is a new-generation scientific material experiment system capable of satisfying scientific research demands of multiple types of materials; contain-less high undercooling material processing and heat physical property measurement can be carried out under the ground and space environments; relevant scientific material experiments can be carried out in various spacecrafts such as microgravity airplanes, sounding rockets, recoverable satellites and space stations.

Description

technical field [0001] The invention relates to a containerless material processing system, in particular to a containerless material processing system under microgravity conditions. Containerless deep subcooling processing and thermal physical property measurement of materials can be carried out in ground and space environments. It can carry out relevant material science experiments on various space vehicles such as microgravity aircraft, sounding rockets, returnable satellites, and space stations. Background technique [0002] Containerless material processing is an important method for deep supercooling research of materials. The deep supercooling research of non-metallic materials has increasingly shown its special value. my country's space material science is still lacking deep supercooling of non-metallic materials. means of cold research. The sample is suspended by electrostatic means to realize container-free processing under microgravity conditions. Containerless ...

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Problems solved by technology

[0002] Containerless material processing is an important method for deep supercooling research of materials. The deep supercooling research of non-metallic materials has increasingly shown its special value. my country's space material science is still lacking deep supercooling of non-metallic materials. means of cold research

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