通过与现代几种过渡涂层制备方法的比较，可知该方法具有很好的应用前景。
Comparing with other methods, we know this method has good prospect of application.
还研究了放热效应，金相组织与涂层过渡层。
Exothermic efficiency, metallographical structure and transition region of coating layer were also investigated.
涂层表面的磨损机制主要为开始以黏着磨损和氧化磨损为主，逐步过渡到以表面疲劳磨损和磨粒磨损为主。
The wear mechanisms of the high temperature of the coatings are mounting and oxidation early, fatigue and abrasive afterwards.
使用过渡金属氧化物作为涂层材料。
杜绝应力集中是部件设计的主要目标，应当特别注意过渡到应力集中的各个点附近的表面保护涂层。
During component design, eliminating or minimizing areas of stress concentrations is a key objective. Special attention is given to protective finish runouts adjacent to stress concentration details.
据文献报道，中间过渡层可以对HAP涂层和金属基体之间形成化学骨连结产生重要影响。
It has been reported that an intermediate layer can have significant impact on the chemical bonding between a HAP coating and a metallic substrate.
过渡金属碳化物和氮化物具有高硬度、高熔点、耐磨损和耐腐蚀的优良特性，被广泛应用于切削刀具和用作硬质涂层。
In this thesis, a first principles study of the electronic properties and mechanical properties of transition metals, transition metal carbides and nitrides is presented.
通过对过渡层成分及结构的设计，提高金属基体与涂层之间的结合强度。
By the design of the composition and structure of intermediate layer of the coating, the adhesive force between substrate and coating has been raised.
采用有限元方法分析氮铝钛涂层的残余热应力，研究不同的基体及过渡层对残余热应力分布的影响。
Thermal residual stresses in TiAlN coatings were calculated using the finite element method. Effects of different substrates and interlayer bonding on residual stress field were investigated.
在无氧铜的基体上制备了等离子喷涂钨基涂层以应用于核聚变反应堆中偏滤器部件的面向等离子体材料。比较了不同过渡层对等离子喷涂钨基涂层结合强度的影响。
The plasma sprayed tungsten coatings were prepared on oxygen free copper substrates, which are to be used as the plasma-facing materials of the divergent components in fusion reactors.
采用多层过渡复合涂层可有效地缓和涂层内热应力，阻碍涂层内裂纹的形成及扩展，从而大幅度提高涂层的抗热震性。
The process of destruction included three steps, they were the crack's forming, expanding and spalling. The multi layer compound coatings remarkably raised the thermal shock resist…
采用多层过渡复合涂层可有效地缓和涂层内热应力，阻碍涂层内裂纹的形成及扩展，从而大幅度提高涂层的抗热震性。
The process of destruction included three steps, they were the crack's forming, expanding and spalling. The multi layer compound coatings remarkably raised the thermal shock resist…
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