decorating cladding material 覆面装饰材料
fuel cladding material 燃料护套材料
cladding material property 镀层性能
hard cladding material 硬质覆层材料
cermet cladding material 金属陶瓷硬质涂覆层材料
cermets cladding material 金属陶瓷硬质覆层材料
Explosion cladding material 金属爆炸复合材料
The results show that using 50%∶50% Ni60/Ni-CrCr3C2 as cladding material,the laser power P=1.7 kW,scanning velocity V=4 mm·s-1,spot diameter D=3 mm,cladding thickness T=0.6 mm as the laser cladding process,the laser coating with fining microstructure and higher micro hardness can be obtained.
试验结果说明,采用50%∶50%的Ni60粉和Ni-Cr-Cr3C2粉做覆层材料,采用激光功率1.7 kW,扫描速度4 mm.s-1,光斑直径为3 mm,预涂厚度为0.6 mm的激光熔覆工艺,可以得到组织细化硬度较高的激光覆层。
参考来源 - 热锻模表面激光熔覆金属陶瓷覆层的试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Zirconium-base alloys are used primarily as fuel cladding material and other core structure material in water cooled nuclear power reactors.
锆合金主要用作核反应堆燃料元件的包壳材料及其他堆内构件。
The optimism design of thickness for this cladding material is helpful to improve the performance of thermal shock resistance.
对硬质覆层材料的厚度进行优化设计有助于其抗热震性能的提高。
Composite structure is left visible on purpose, without using plaster, paint or any cladding material in the inside and the outside.
混合结构被特意显露出来，而不使用石膏、涂料或者其他材质覆盖室内外表面。
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