1) plasma melt casting
等离子熔铸
1.
Metallographic structure of in-situ TiCp/Ti matrix composites by plasma melt casting;
等离子熔铸法制备原位TiCp/Ti复合材料的金相组织
2) plasma cladding
等离子熔覆
1.
Properties and microstructures of ultra-thick gradient TiC/Ni coating by plasma cladding;
等离子熔覆TiC/Ni超厚梯度熔覆层的组织与性能
2.
Microstructure of Fe-Cr-Si-B coating prepared by plasma cladding on cast iron;
铸铁表面等离子熔覆Fe-Cr-Si-B涂层的组织特征
3.
Microstructure of the Fe-based coating by plasma cladding and characteristics of its heat-affected zone;
等离子熔覆铁基涂层组织结构及热影响区特点
3) plasma spraying
等离子熔射
1.
Preparation of functionally graded materials by plasma spraying;
等离子熔射制备梯度功能材料技术
2.
Preparation and complex impedance analysis of functionally gradient PEN for MOLB-type SOFC by plasma spraying digital forming;
等离子熔射制备梯度功能MOLB式SOFC及其复阻抗分析
3.
The main factors that influence the deposition efficiency and coating quality are the state of in-flight particles,which are directly influenced by processing parameter during plasma spraying.
在等离子熔射成形中,粒子的飞行特性是影响沉积率和涂层动态生长质量的重要因素,而熔射工艺参数又是影响粒子飞行特性的直接因素。
4) plasma spray
等离子熔射
1.
On-line monitoring and process diagnosis of coating temperature in plasma spray;
等离子熔射皮膜温度分布在线监控与过程诊断
2.
Diagnosis of temperature of field of coating damage in plasma spray;
等离子熔射皮膜破坏温度场诊断
3.
Simulation of powder particles moving procedure in plasma spray process via lattice Boltzmann method;
等离子熔射粉末颗粒飞行过程格子Boltzmann法仿真
5) plasma jet cladding
等离子熔覆
1.
Wear resistant Cr_7C_3/ -Cr_7C_3 composite coating was fabricated on commercial Q235 plain carbon steel substrate from Ni-Cr-C elemental powder blends using plasma jet cladding.
以Ni-Cr-C混合合金粉末为添加原料,采用等离子熔覆技术,在普通机械制造用钢Q235表面形成了以初生块状金属陶瓷Cr7C3为硬质耐磨增强相,以强韧性良好的γ/Cr7C3共晶为基体的复合材料冶金涂层,分析了涂层的显微组织和硬度,在室温干滑动磨损条件下测试了其耐磨性。
2.
The fundamental principles,cladding materials and application situation of plasma jet cladding technique are introduced in this paper.
介绍了等离子熔覆的基本原理、熔覆材料和应用情况,对该技术的经济效益与传统技术的经济效益进行了比较,展望了其发展前景。
6) plasma melt spraying
等离子熔-喷
1.
Microstructures of W-17%Co coating produced by plasma melt spraying(Ⅰ);
等离子熔-喷WC-17%Co涂层的组织结构(I)
补充资料：熔铸
1.熔化铸造。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条