Another SCI article! Gewu YouxinResearch thermal imager assistanceChina University of Mining and TechnologyResearch on Multi Parameter Performance of CoalNew breakthrough

Recently, a graduate student from China University of Mining and Technology published a SCI paper titled "Experimental Study on the Differences in Multi Parameter Performance of Coal with Different Impact Tilts" in ICR Zone Q2 and a paper titled "Three Zones of the Chinese Academy of Sciences", which have been officially published. The project is to use the Gewu Youxin scientific research thermal imager X384D050MF25 to study the temperature change characteristics of coal with different impact inclinations during uniaxial compression. Gewu Youxin's scientific research thermal imager helped the research team accurately monitor the temperature changes of coal with different impact tendencies during uniaxial compressionspecialTo demonstrate the performance differences more intuitively and assist in the continuous improvement of coal mine impact tendency identification methods and impact ground pressure prevention and control technologies. This study not only enriches people's understanding of coal under complex stress conditionsThe understanding of the behavior under the circumstances provides a new technical means for identifying the tendency of coal mine impact, which helps to identify the risk area of impact in advance and provides strong support for the development of impact ground pressure prevention and control technology.

Although the overall situation of coal mine safety production in the country is showing a positive trend, rockburst disasters are still a great problem. In the field of coal mine safety production, the prevention of disasters such as rockburst has always been a top priority and a difficult point in scientific research. Compared to disasters such as water, fire, and gas, the control of rockburst is more difficult and the prevention and control situation is more severe. Moreover, with the increasing depth of coal mining, the number of such mines is on the rise, and their impact is also intensifying. In this context, the graduate team of China University of Mining and TechnologyUtilizing the research infrared thermal imager from Gewu Youxin, targetingExperimental study on the differences in multi parameter performance of different impact inclined coalachievementThis provides new perspectives and methods for research in this field.

China University of Mining and Technologyresearch teamThis research achievement is a successful application of thermal imaging technology in the field of coal mine safety. It not only promotes the advancement of coal mine impact tendency identification technology, but also provides new ideas and methods for the prevention and control of rock burst. With the continuous advancement of technology, it is believed that more advanced technologies such as the Gewu Youxin scientific research thermal imager will be applied to the field of coal mine safety, making greater contributions to ensuring the safety of coal miners' lives and the stable production of coal mines.

Gewu Youxin scientific research thermal imager, with clear imaging and precise temperature measurement, equipped withIRStudioProfessional scientific research software and precise temperature measurement algorithm, with powerful recording and analysis functions, can display, record and analyze infrared data, provide support for key decisions, and meet the practical application needs of users in the field of technology research and development. The Gewu Youxin research thermal imager has become the preferred thermal analysis instrument for many universities and research institutions' laboratories. It is professional, reliable, and trustworthy, with one machine in hand and worry free paper!