Steady-state strong magnetic field
Smart Technology · Interactive
- DimensionsSubject to on-site plan
- PresentationInteractive
- PricingQuoted by manufacture spec
Purpose & Scientific Principle
Through this exhibition, visitors can gain an in-depth understanding of the background, principles, scientific significance and future applications of steady-state strong magnetic field devices, as well as Anhui’s outstanding contributions in the field of large-scale scientific devices
How to Operate
(1) The background and significance of the construction of Hefei's steady-state high magnetic field: The Steady-state High Magnetic Field Experiment Facility (SHMFF) is a landmark scientific and technological infrastructure constructed by the Hefei Comprehensive National Science Center. It is a high-magnetic field extreme experimental condition facility for multi-disciplinary experimental research needs, and has achieved a major breakthrough in the extreme conditions of steady-state high magnetic field in my country. The Hefei strong magnetic field device is the second device in the world to reach this level, making my country the fifth country to have a stable strong magnetic field after the United States, France, the Netherlands, and Japan. (Multimedia); (2) The main functionality of steady-state strong magnetic fields: including ten strong magnetic field magnet devices and six types of experimental measurement systems as well as extremely low temperature and ultra-high pressure experimental systems. Many technologies and performances have reached the forefront of the world; (3) Practical applications and research results achieved (through specific demonstrations) Example): cracking the mystery of mycobacterial energy metabolism and facilitating the development of new anti-tuberculosis drugs; making progress in flat-band ferromagnetic ordering research and elucidating the high-temperature ferromagnetic mechanism; making breakthrough progress in skyrmion research, achieving direct observation of skyrmions (nanoscale spin structures) in oxide films. (multimedia)
The exhibition items use photoelectric models, electromechanical interaction, transparent touch screens and multimedia explanations. Let the audience have a preliminary understanding of the "steady-state strong magnetic field" as a large scientific device and its significance, and understand the great achievements of the construction of Anhui's large scientific device group.
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