laser glazing
英 [ˈleɪzə(r) ˈɡleɪzɪŋ]
美 [ˈleɪzər ˈɡleɪzɪŋ]
网络 激光上釉; 激光玻璃化法; 激光非晶化; 激光釉化
双语例句
- A preliminary study on laser glazing effect on porcelain(ⅱ)& Thermal analysis and formation mechanism
激光辐照瓷上釉的初步探讨（Ⅱ）&热学分析及形成机理 - It is demonstrated in the paper that epitaxial growth from the crystalline substrate at melt bottom is the most critical factor during laser glazing.
经透射电镜明场形貌和电子选区衍射证实白亮层为非晶组织激光非晶化时熔池底部晶态基体的外延生长是影响非晶化的最关键因素。 - Research and Development of CW Laser Glazing on Alloy Surface
合金表面连续激光非晶化的研究和进展 - The effects of two kinds of laser surface processing, including laser surface glazing and laser surface alloying, on the surface structure and the distribution of alloy elements were discussed.
着重讨论了激光熔凝和激光表面合金化处理两种技术对材料表层的结构和合金元素分布的影响。 - Laser glazing of Ni-Nb and Ni-Nb-Cr alloys and corrosion resistance of amorphous layers
NiNb及NiNbCr合金激光非晶化及其耐腐蚀性能的研究 - This paper summarizes the research and development of CW laser glazing.
综述了目前国内外在连续激光非晶化方面的研究和发展。 - Investigation on CW Laser Glazing on Fe-C-Si-B Alloy
FeCSiB合金连续激光非晶化的研究 - The further research direction of CW laser glazing is proposed.
提出了连续激光非晶化进一步研究的方向。 - New Techniques of Laser Glazing and Laser Impact Quenching
激光上光与冲击淬火新技术 - Laser glazing gives potential to enhance wear-resistance by refining grain structure, reducing segregation, producing supersaturation solid solution body and metastable or amorphous phases.
激光上釉是通过细化铸造组织、减少偏析及形成高度过饱和固溶体等亚稳定相乃至非晶态而提高了材料的耐磨性、抗氧化性和抗腐蚀性能。 - Laser localized glazing and repairing of surface defects on ceramic products
陶瓷制品激光局部成釉和表面缺陷修复技术 - Study of structure amorphous layer by laser glazing
激光上釉非晶层的组织结构研究 - Techniques of laser surface heat treatment, especially laser glazing and laser impact quenching, are major applications of laser procession and also the mark indicating laser application enters the second generation.
激光表面热处理尤其是激光上光与冲击淬火，一直是激光材料加工技术中的重要方面，是激光实际应用进入到第二代的显著标志。 - Strengthening Mechanisms of Aluminium-Silicon Alloys Treated by Laser Glazing
铝硅合金激光熔凝强化研究及其机制探讨 - Laser glazing of ni nb alloy coatings on cu based and of fe based alloy
铜基体上Ni&Nb合金层和铁基合金激光非晶化研究 - But the defects-free as-glazed coatings can be prepared through the optimization of the laser glazing conditions.
但是通过优化激光重熔工艺参数是可以获得质量良好、无缺陷的激光重熔涂层。