Apparatus for testing mechanical properties of superconducting material in multiple environmental fields

Abstract

An apparatus for testing mechanical properties of a superconducting material in multiple environmental fields comprises an electronic tester unit, a multi-physical field loading control platform unit and a data collection and processing unit. The electronic tester unit comprises a base, a vacuum low-temperature box and a refrigerator, the vacuum low-temperature box comprises a view window, a transverse beam, a fixture and a sensing measuring component as well as a magnet, and the multi-physical field loading control platform unit comprises a temperature control module, a magnetic field control module, a current control module, a vacuum control module and a loading and measuring module and is used for loading and controlling the modules to operate. The apparatus is directly specific to experimental instruments and characterization for basic scientific advanced issues of functional materials and structures (for example, electromagnetic intelligent materials such as superconducting materials) in complex extreme multiple environmental fields, such as multidisciplinary and multi-field coupling issues; meanwhile, the apparatus developing at present is also a multifunctional testing appliance for mechanical properties of multi-environmental field superconducting materials, which presently has advancement and lead significance in terms of design concept and relevant functional indexes at home and abroad.

Description

technical field [0001] The invention relates to the field of performance testing of superconducting materials, in particular to a device for testing the mechanical properties of superconducting materials under multiple environmental fields. Background technique [0002] As one of the greatest discoveries of the 20th century, superconductivity has very broad application prospects. Based on the superior characteristics such as Meissner effect and zero resistance, it shows attractive application potential in the field of high-tech engineering and technology. Superconducting materials (high temperature, low temperature) are developed based on these superior characteristics. Nowadays, superconducting materials have been widely used in the field of manufacturing superconducting magnets, and superconducting magnets are used in large scientific devices, medical equipment, energy, It has very important application prospects in many fields such as national defense and military affair...

AI Technical Summary

Problems solved by technology

Therefore, it is very important and challenging to study the mechanical properties of superconducting materials in an extremely complex coupling environment.

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