现场观测技术在了解冷喷涂涂层形成原理中的应用

Yijun Yao, Wenbo Li, Zhoukun Shi, M. Planche, H. Liao, S. Deng
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引用次数: 0

摘要

由于已经证明,在喷涂过程中使用观察设备有助于获得更好的涂层性能,因此在当前的工作中使用非侵入式观察设备(Control Vision Inc .的SprayCam)来观察喷涂过程中的射流和颗粒。这种原位观测技术的应用涉及到冷喷涂领域,为冷喷涂涂层的形成过程带来了新的认识。在极短的时间内,用不同的参数(铜粉、喷嘴等)操作涂层的形成过程被记录下来,然后借助图像处理等数字技术进行分析。通过模拟验证了冷喷涂的基本理论,并考虑了涂层形成过程中飞散颗粒的分布,与实验结果进行了比较。通过原位处理技术在喷涂过程中收集的数据积累,可以了解涂层形成的完整步骤,从而可以将整个冷喷涂机制提升到更高的研究水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of In Situ Observation Techniques for Understanding the Principles of the Cold Spray Coating Formation
As it has been demonstrated that the use of the observation equipment applied on the spray process helps to gain a better coating in terms of properties, non-intrusive observation equipment (Control Vision Inc's SprayCam) is used in the current work for the observations of the jet and particles during the spray process. The application of such in-situ observation techniques concerns the field of cold spraying and brings new insights into the formation process of cold sprayed coatings. The build-up of coatings operated with different parameters (copper powder, nozzle, etc.) are recorded with an extreme short unit of time and then analyzed with the help of digital techniques such as image processing. The basic theories on cold spraying were previously verified by simulation and then compared to experimental results considering the distribution of flying particles involving in the build-up of the coating. The accumulation of data collected by in situ processing techniques during the spray allows understanding the complete steps of the coating formation consequently could bring the entire cold spraying mechanism to a higher level of research.
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