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The conference commended 146 award-winning achievements, including 21 first prizes, 48 ​​second prizes, and 77 third prizes. Magnetic particle flaw detector is a special device for detecting cracks and other defects on the surface or near surface of ferromagnetic material. Its working principle is to magnetize the workpiece through the current generated by the magnetic particle flaw detector, and evenly spray the magnetic powder on the surface of the material. The even distribution of magnetic powder on the tested workpiece to detect cracks or other defects on the workpiece surface. Representatives of Feng Xuefeng and Xiao Yuqin of the Xinjiang Metrology Institute Project Team attended the meeting and received recognition from relevant leaders of the autonomous region.
The party committee secretary of the autonomous region, the first secretary of the Party Committee of the Xinjiang Production and Construction Corps, the first political commissar Chen Quan, the party secretary and deputy minister of the Ministry of Science and Technology Wang Zhigang, the deputy party secretary of the autonomous region and the chairman of the autonomous region Xueke Lati Zack attended the conference and delivered a speech.
[China Instrument Network Instrumentation Conference] The yoke-type magnetic particle flaw detector is a kind of magnetic particle flaw detector. Because the electromagnetic yoke flaw detector is easy to carry and adaptable, it has been widely used in the field of magnetic particle flaw detection. On the morning of October 19th, at the Xinjiang Science and Technology Innovation Conference and Science and Technology Award Conference held at the Xinjiang People's Hall, the project “Development and Application of the National Specification for the Magnetic Yoke Magnetic Particle Detector and Testing Device†completed by Xinjiang Metrology Academy won the 2015 year. Xinjiang Uygur Autonomous Region scientific and technological progress "third prize."