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High Temperature Electrochemical Evaluation Of Ni Based Coatings Deposited By Laser Ablation

机译:激光烧蚀沉积镍基涂层的高温电化学评估

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Metal coatings 59Ni 21Cr 13Mo 4Fe 3W by laser ablation, treatment is performed with a laser NdYag a wavelength of 1064nm for impinging the beam in a metal sample alloy mentioned evaluated, the particles are detached from said target attached in layers to the substrate surface (steel T22 and 4140) previously treated so that a coating is formed to improve the corrosion behavior. This deposition technique has the advantage of minimizing the porosity in the coating providing a more uniform surface coatings by thermal spraying (HVOF) and plasma, for application in diverse areas of industry turbo machinery such as, boilers, oil refineries, heat recovery, aeronautics, etc.
机译:通过激光烧蚀对金属镀膜59Ni 21Cr 13Mo 4Fe 3W进行处理,用波长为1064nm的激光NdYag进行处理,以将光束照射到上述评估的金属样品合金中,使颗粒从与靶材成层附着的上述靶上脱离(钢) T22和4140)经过预先处理,以形成涂层来改善腐蚀性能。这项沉积技术的优点是,通过热喷涂(HVOF)和等离子可将涂层中的孔隙率降至最低,从而提供更均匀的表面涂层,可用于各种工业涡轮机械领域,例如锅炉,炼油厂,热回收,航空,等等。

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