刀具的涂层与深冷处理都是当今世界上流行的刀具强化与处理的新工艺。
Coating and deep freezing are favourite new technology for tool surface strengthening and freezing treatment in the world.
在相同的体积分数下，随着涂层中弥散强化相尺寸的减小，涂层的耐磨性提高。
With the same additive volume, the abrasive resistance of the coating increases as the size of the dispersion strengthening phase decreases.
这对深化表面涂层强化冷凝传热的机理以及选择传热表面涂层材料具有指导意义。
It is of considerable significance to get more insights into the mechanism of condensation heat transfer enhancement by means of surface coatings.
同时开裂倾向还受激光工艺参数、涂层合金粉的配比以及强化相的形状、大小等因素的影响。
At the same time, the cracking trend is affected by the laser cladding process parameters, the alloy powders content, and the shape and size of the reinforced phases.
同时开裂倾向还受激光工艺参数、涂层合金粉的配比以及强化相的形状、大小等因素的影响。
At the same time, the cracking trend is affected by the laser cladding process parameters, the alloy powders content, and the shape and size of the reinforced phases.
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