Once again at the top of the magazine! Impact factor 28.9! Gewu Youxin high-speed micro thermal imager assists in new progress of aviation research

Recently,The research team of the Civil Aviation Flight Academy of China has made significant progress in the research of anti icing technology for the leading edge of superhydrophobic propellers, and one of its key supports is the Gewuyouxin X640H150UM25 high-speed enginemicroscopicInfrared thermal imager. thatResearch thermal imagingThe device relies on its high precision、High frame rate, high-definition, microscopicImaging capabilityEffectively solved the core observation difficulties in the scientific research process，And assist the team in achieving top-level materialsjournal《ADVANCEDMATERIALSHow to translatePublished by the Chinese Academy of SciencesSCI Zone 1paper

Impact factor 28.9

）， 研究成果令人瞩目。The core objective of the project is to develop a propeller leading edge anti icing solution that does not rely on external energy sources. In the research, the team faced a key challenge: the need to accurately capture the subtle temperature changes of water droplets freezing on the leading edge surface of the propeller. This process is extremely brief and requires high spatiotemporal resolution from the observation equipment. The ordinary infrared camera is difficult to meet the demand in terms of pixels and frame rate, and the price of foreign refrigeration equipment is too high, "the project team said.X640H150UM25microscopic

thermal imagerWater droplet images captured in scientific research projectsAfter comprehensive evaluation, Gewu Youxin X640H150UM25microscopicInfrared thermal imagers have become popular in aerospace due to their excellent performance parametersThe research team of the Flight AcademyIdeal choice. Its high pixel resolution of 640 × 512 and frame rate of up to 75HzThe4msThe highwayThermal response time（The conventional thermal imager has a thermal response time of 12ms）waitThe key parameters enable it to clearly and quickly record the dynamic temperature field distribution at the moment when small water droplets freeze. In practical applications, the team has provided feedback on the

thermal imagerEasy to operate, its imaging speed and clarity can meet the requirements of fast-paced and high-precision scientific research projects.Material top刊《ADVANCEDMATERIALSHow to translate

Used in the paperX640H150UM25microscopic

thermal imagerThe research team has made breakthrough progress in the study of surface temperature distribution for ice prevention and control at the leading edge of superhydrophobic propellers through high-quality data obtained from X640H150UM25. The device has a high frame rate and clear pixels, making it suitable for observing temperature changes in small objectsveryadvantage ”The team emphasizes that these precise temperature field data play a key role in verifying the water droplet icing model and verifying simulation data errors.《ADVANCEDMATERIALS

How to translateAnd used in the paper 'WILEY-VCH'X640H150UM25microscopicthermal imagerMicroscopic thermal imagerThe introduction of X640H150UM25 significantly improved research efficiency. The team confirms that:“Microscopic thermal imagerX640H150UM25 accelerated the experimental process by about one month. ”What is even more remarkable is that the relevant research results have been successfully published in top tier journals in materials science《ADVANCED

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ATERIALSHow to translate

(Top Journal of SCI Zone 1, Chinese Academy of Sciences, Impact Factor 28.9),论文名为 《Durable Ceramicization-lnduced Uncoated Superhydrophobic Surfaces for Anti-lcing Propeller Edges》，