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- It was shown that the hot hardness of high soeed tiik steek W18Cr4V was increased and the wea r resista nce of it was decreased by laser remelted processing. 研究结果表明，激光重熔可提高W18Cr1v高速钢的红硬性，但使耐磨性降低；
- The microstructure of the laser remelted ceramics plated on ductile iron is studied by metalloscopy,scanning electron microscopy and other methods with the forming mechanism of the structure explored. 采用金相显微镜、扫描电子显微镜等测试手段,分析了激光重熔球墨铸铁及球墨铸铁基陶瓷复合层的金相组织形貌,探讨了其形成机理。
- 2D transient model for rapid laser remelt[J]. 引用该论文 朱大庆;左都罗;李适民.
- The excimer laser remelting, alloying, and depositing wore mainly looked at. 着重评述了准分子激光重熔、合金化及其沉积。
- Keywords titanium alloy laser remelt layer nickel-coated graphite; 钛合金;激光重熔;涂层;镍包石墨;
- Microstructure and Properties of the Carburize-Quenched Surface After Laser Remelting[J]. 引用该论文 阚义德;刘文今;钟敏霖;马明星;李敏;张伟明;张红军.
- Research of laser remelting of jet electrodeposited nanocrystalline nickel coating[J]. 引用该论文 王东生;黄因慧;田宗军;刘志东;朱军.
- In this paper,an investigation of laser remelting of ceramic-spraying coating has been summarized. 本文研究了激光重熔等离子体喷涂的陶瓷层。
- The defaults of plasma sprayed ceramic coating and the disadvantages of plasma sprayed ceramic coating by laser remelting are concluded in this paper. 总结了等离子喷涂陶瓷涂层的缺欠以及激光重熔等离子喷涂陶瓷涂层所存在的问题。
- Q.H.Wu, Z.Y.Tao, K.Cui, L.L.He, D.X.Li and H.Q.Ye: Microstructure and morphology of phases in laser remelting ceramic coatings, Acta Metallurigca Sinica, 31 (1995), A508-512. 吴秋红，陶曾毅，崔昆，贺连龙，李斗星，叶恒强：激光重熔陶瓷层的显微结构和相结构，金属学报,31(1995),A508-512。
- Structure and properties of laser remelted ceramic coatings on Zn-Al alloy 激光重熔锌铝基陶瓷复合层的组织与性能
- The main reasons are the differences of laser remelting technical parameters, the dissipated heat case of materials and the thermophysical properties of materials. 激光熔凝工艺参数、材料的热扩散情况和材料的热物性参数的不同是造成上述现象的主要原因。
- By using the software, numerical calculationon heat transfer, phase change and fluid flow in laser remelting process of an aluminum alloy speciman are carried out. 对铝合金激光表面重熔过程中的传热、相变及流体流动问题进行了三维非稳态的数值模拟研究。
- The microstructures of laser remelting area on Zn-Al based ceramic thin film were analyzed by means of LM and SEM. Its formation mechanism is discussed in this paper. 采用金相显微镜、扫描电子显微镜等方法，分析了锌铝合金基陶瓷复合层激光重熔后的组织形貌和微观金相组织成分，并对其成因进行了探讨.
- By way of the tests, it is found that the process of laser remelting can increase the adhesive strength of cladding unless the process, such as energe density, bonding layer etc, is proper. 通过结合强度测试，发现只有在适当的工艺条件下，才能在激光重熔后得到结合强度较高的熔覆硬质合金层。
- The effects of technical parameters such as pulsed width and pulsed frequency, materials and materials thickness on the microhardness characteristics of laser remelting zone were studied. 结果表明 :随着脉冲宽度的增加或脉冲频率的减少 ,激光熔凝区的显微硬度有减少的趋势 ;
- Microstructure and Performance of Laser Remelted Flame Spray-welding Layer of Fe-based Alloy 激光重熔Fe基合金火焰喷焊层的组织和性能研究
- Keywords Nanocrystalline;jet electroforming;laser remelted;process experiment;coating; 纳米晶;喷射电镀;激光重熔;工艺试验;镀层;
- The effect of the spheroidal graphite iron preheating on the creaking susceptibility of the surface laser remelted layer 球墨铸铁预处理对表面激光重熔层开裂倾向的影响
- Keywords bioceramic;laser remelting;coating; 生物陶瓷;激光重熔;涂层;
