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Improving Powder Injection in Plasma Spraying by Optical Diagnostics of the Plasma and Particle Characterization

机译:通过等离子光学诊断和颗粒表征改善等离子喷涂中的粉末注射

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摘要

Powder injection parameters like gas flow, injection angle and injector position strongly influence the particle beam and thus coating properties. The interaction of the injection conditions on particle properties based on DPV-2000 measurements using the single-cathode F4 torch is presented. Furthermore, the investigation of the plasma plume by emission computer tomography is described when operating the three-cathode TriplexPro torch. By this imaging technology, the three-dimensional shape of the radiating plasma jet is reproduced based on images achieved from three CCD cameras rotating around the plume axis It is shown how the formation of the plasma jet changes with plasma parameters and how this knowledge can be used to optimize particle injection.
机译:粉末喷射参数(例如气流,喷射角度和喷射器位置)会强烈影响粒子束,从而影响涂层性能。介绍了使用单阴极F4炬基于DPV-2000测量得出的注入条件对颗粒性质的相互作用。此外,还介绍了在操作三阴极TriplexPro割炬时通过发射计算机断层扫描对血浆羽流的研究。通过这种成像技术,基于从绕着羽轴旋转的三台CCD摄像机获得的图像,再现了辐射等离子体射流的三维形状。该图显示了等离子体射流的形成如何随等离子体参数而变化,以及如何掌握这些知识。用于优化粒子注入。

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