本着合金化优化设计原则和冶金凝固机理控制的研究路线，优化设计一种新型镍基高温合金，突出高碳、高钨、高钼和高硅的成份特点，通过对高温合金材料真空熔炼工艺和凝固成型工艺两个最主要冶金工艺的机理控制研究，研制出一种具有镍基高温合金和高强耐磨高温合金特性的多用途新型镍基合金，满足我国军工和民用特殊高温耐磨合金的迫切需求。.总的研究方案建立在高硅镍基高温合金合金化的优化设计原则研究、高钨、高钼高温合金真空熔炼工艺特殊控制、获得高温合金高强性能的细晶凝固成型工艺控制等研究的基础上，开展合金化的电子空位数计算和计算机热力学相计算研究，试验合金的元素测试分析、真空感应熔炼工艺的组织和相分析、细晶凝固工艺的组织分析和性能测试，测试研究合金满足应用要求的组织和性能，研究合金的耐磨强化机理。为我国镍基耐磨高温合金材料应用研究作出贡献。

A new type of nickel base superalloy, with high contents of C, W, Mo, Si elements and designed with the adjustment of strengthening elements and the control of metallurgical processing routes, is developed using high vacuum melting and rapid solidification technique. This alloy, which is characteristics of nickel base and wear-resisting, can meet the requirement for both military and civilian applications..The research plan is established on the investigation on the alloy design with optimizing alloying elements, control of special melting processing of alloy with high W and Mo content, molding process for a high strength alloy with very fine grains. Research works, such as electron vacancy calculation and thermo-dynamic calculation for phase transformation, composition analysis of experimental alloy, microstructure observation and phase determination of the alloy after high vacuum melting, microstructure investigation and mechanical properties measurement of the alloys with very fine grains after solidification, mechanism for wear resisting, will be conducted. This research will be contributed to the development and application of wear resisting nickel base superalloy for our country.