Biomass is often considered as a low carbon alternative to fossil fuels in the power industry. However, the heat exchangers in biomass plants can '/>
机译:模拟生物质燃烧中的HVOF和激光包覆Fe-Cr-B涂层:微观结构和炉膜腐蚀
Faculty of Engineering The University of Nottingham;
Faculty of Engineering The University of Nottingham;
Materials and Corrosion Team Technology Centre Uniper Technologies Limited;
Faculty of Engineering The University of Nottingham;
Biomass; Laser cladding; HVOF; Fe–Cr–B;
机译:模拟生物质燃烧中的HVOF和激光包覆Fe-Cr-B涂层:微观结构和炉膜腐蚀
机译:在T24钢管和HVOF涂层上暴露于不同的盐混合物的壁式腐蚀
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机译:模拟煤生燃烧环境中NiCR涂层的壁式腐蚀性能
机译:HVOF涂层的激光表面改性,以改善腐蚀和磨损性能
机译:调整气体渗氮参数对HVOF喷涂AISI 316L涂层的组织和耐磨性的影响
机译:模拟生物质燃烧中的HVOF和激光熔覆的Fe–Cr–B涂层:微观结构和炉边腐蚀