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laser cladding technic 激光熔覆技术
Control for Laser cladding processing. 激光凃层控制。
Study of bioceramic coating by laser cladding[J]. 引用该论文邓迟;张亚平;高家诚.
At last, laser cladding experiment is made in different technic condition, good melt-solidifying layer was obtained, and these laser cladding layer tissue were studied. 最后,在不同的工艺条件下进行了激光熔覆试验,获得了良好的熔覆层,并且对熔凝层的金相组织进行了分析。
Study on Laser Cladding of 45#Carbon Steel with Buckytube Coating[J]. 引用该论文魏秉庆;刘文今;梁吉;高志栋;张继红;吴德海.
Effect of Double-layer Precoating on the Laser Cladding Ceramal Layer[J]. 引用该论文许伯藩;史华忠;张细菊.
Laser cladding in situ formed polyphase ceramic particle reinforced coating[J]. 引用该论文魏仑;陈庆华;龙晋明;李建国;蔡英文.
The result of abrasion-resistant experiment shows that the laser cladding layer is satisfactory. 磨损试验表明,液压泵缸体配流面的激光熔覆层满足使用要求。
This paper summarizes the characteristics,cause of Laser Cladding Crack,and how to prevent it. 综述了激光熔覆技术的特点、熔覆裂纹产生的原因、抑制熔覆开裂的方法。
Laser cladding on metal surface is a new technique of surface modification recently. 激光熔覆技术是近年来发展起来的一种新型表面改性工艺。
Latest progress and research status of laser cladding ceramic coating was summarized. 综述了激光熔覆稀土陶瓷涂层研究现状及其最新进展。
Laser cladding on metal surface is a new surface modifying technique developed in recent years. 摘要金属表面激光熔覆技术是近年来发展起来的一种新型表面处理工艺。
Laser Cladding and Surface Hardening of Railcar Coupler Based on Green Remanufacture Engineering[J]. 引用该论文田威;廖文和;刘长毅;于连友.
These results could become a groundwork for repairing of the planishing roller by use of laser cladding. 本课题的研究结果为利用激光熔覆修复精轧辊奠定了基础。
After laser cladding, the corrosion resistance and the hardness enhance greatly, the maximum of har. 激光熔覆后耐蚀性能有大幅度改善;硬度明显提高,其最大值为约基体硬度的4倍。
In this paper,corrosion-resistant of bioceramic coating/TC4composite is carefully investigated by laser cladding. 本文研究了激光熔覆生物陶瓷涂层的耐酸、耐碱及耐生理盐液腐蚀性。
Laser cladding of Stellite+WC with WC volume rate of 0%, 9%, 18%, 27%, 36%, 45%, 54%, 72%, and 100% was investigated by dual powder feeding. 研究了用双筒送粉器分别输送Stellite 6和WC ,WC体积含量分别为 0%25 ,9%25 ,18%25 ,2 7%25 ,36%25 ,45%25 ,5 4%25 ,72%25和 10 0%25的高功率CO2 激光熔覆特性及其演变。
Wear resistance of GNi-WC25 coating by high frequency induction cladding is higher than that by laser cladding and oxygen-acetylene spray wedding. GNi WC2 5高频感应涂层耐磨性高于激光熔覆层和氧乙炔喷焊层。
The microstructure of the laser cladding coating with pre-placed B4C and B4C+Ti powders on TC4 substrate was analyzed using XRD, SEM and EDS. 利用XRD,SEM和EDS分析手段对B4C和B4C+10%25Ti(质量分数,下同)激光熔覆层的微观组织进行了分析。
The effects of the laser cladding processes on the composition,struc-tures and properties of the bioceramic coating were also discussed. 试验是在TC4合金基材上预置生物陶瓷粉末后进行激光处理,探讨了激光工艺对生物陶瓷涂层的成分、结构和性能的影响。