迈向可靠的热喷涂涂层:一种综合方法

S. Sampath
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引用次数: 0

摘要

热喷涂涂料广泛应用于工程部件的各种防护涂层。热喷涂是一个高度动态的过程,由火焰中粉末颗粒的快速加热/加速引起,随后是液滴(飞溅)的冲击和快速凝固。由单个液滴压扁产生的飞溅是热喷涂微观结构的基本构件(单元)。等离子喷涂镀层的相、组织(本征)和整体(外在)都受到工艺条件的影响,而镀层的性能与这种复杂的各向异性组织直接相关。这些都会影响喷涂表面的性能和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Reliable Thermal Spray Coatings: An Integrated Approach
Thermal sprayed coatings are used extensively in engineering components for a variety of protective coating applications. Thermal spraying is a highly dynamic process resulting from rapid heating /accelerating of powder particles in a flame, followed by impact and rapid solidification of the droplets (splats). A splat resulting from the flattening of an individual droplet is the basic building block (unit cell) of the thermal sprayed microstructure. Phase and microstructure of the splats (intrinsic) and the integration of the splats (extrinsic) are both affected by processing condition and the properties of a plasma sprayed deposit are directly related to this complex anisotropic microstructure. These affect both performance and reliability of sprayed surfaces.
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