[ China Instrument Network Instrument R&D ] On May 20, 2018, the “Measuring Day of the World†theme event organized by the State Administration of Market Supervision, the China Association for Science and Technology, and the Central Committee of the Communist Youth League was held in Beijing. The activity site commended the project that won the 2017 China Measurement and Measurement Society's Science and Technology Progress Award. The Shanghai Institute of Metrology won two awards for scientific research.
The "Research on the Measurement Mechanism and Application of Key Parameters of Novel Electromagnetic Materials" project won the third prize for applied technology. The project studied the key parameters of the new electromagnetic materials such as dielectric constant, permeability, loss tangent, and electromagnetic shielding, and established two sets of key parameters measuring devices for electromagnetic materials, achieving coaxial and waveguide at 30 MHz. The accurate measurement of key parameters of dielectric materials in the frequency range of 50 GHz has been improved from 1.5 GHz to 8 GHz for the first time in China. At the same time, the main technical contents of the project have been actively converted into foreign advanced standards, which has improved China's international material field. The influence.
The project "Establishment and Application of Micro-Amplitude and Low-Frequency Vibration Generation and Measurement Device" won the third prize in the Applied Technology category. The project developed a micro-frequency low-frequency vibration generation and measurement device, which solved the measurement and calibration of micro-low-frequency vibration in micro-nano dynamic testing, achieved accurate measurement of weak vibrations, and studied standard equipment and traceability in micro-scale vibration. The technology has reached the leading domestic level, and at the same time provides technical support for research and application of precision displacement technology-related companies and scientific research institutes to provide technical support for low-frequency vibration measurement and verification.
The award-winning scientific research results will enhance Shanghai Metrology Institute's measurement and calibration service capabilities in new materials and advanced manufacturing, and help Shanghai Metrology Institute better integrate into the construction of the Zhangjiang Comprehensive National Science Center, safeguarding new materials and advanced materials in Shanghai and even East China. The healthy development of manufacturing contributes.
(Original title: The two scientific research achievements of our hospital won the "China Association for Measuring and Testing Technology and Technology Progress Award")
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