1) C-SiC gradient layer
C-SiC梯度层
2) SiC gradient coating
SiC梯度涂层
1.
Effect of SiC gradient coating on the properties of doped graphite;
SiC梯度涂层对掺杂石墨材料性能的影响
3) SiC/C functionally graded material
SiC/C功能梯度材料
1.
Hot pressed bulk SiC/C functionally graded materials were obtained with optimum compositions and B,C as sintering additives.
以硼、碳为助烧剂 ,选择适当的成分组成 ,用热压法制备出块体SiC/C功能梯度材料。
4) SiC-C films
SiC-C涂层
1.
SiC-C films were deposited on the surface of stainless steel using ion beam mixing.
利用Ar+离子束轰击混合沉积技术(ion beam mixing)在不锈钢基体上制备在不锈钢和碳钢基体上沉积SiC-C涂层,并然后对样品进行加后热处理热去氩处理(400℃/30min),再用5keV的氢离子辐照样品。
2.
There have been many studies on hydrogen retentiontheory of SiC-C films, but there are little study on process of preparing SiC-C films,and how to improve the hydrogen retention ability of SiC-C films.
本工作对不同工艺离子束混合制备的SiC-C涂层，研究SiC-C涂层阻氢性能及其影响因素，为SiC-C涂层实际应用提供依据。
5) C-SiC coating
C-SiC涂层
1.
XPS analysis for the C-SiC coatings before and after H~+ ion irradiation;
H~+辐照前后C-SiC涂层的XPS分析
6) SiC-C coatings
SiC-C涂层
1.
50%SiC-C coatings were prepared on stainless steel with ion beam mixing in order to improve the hydrogen resistance of stainless steel,which is made of container storing radioactive waste materials.
为了提高放射性废物包装用的不锈钢材料的阻氚性能,采用离子束混合技术在不锈钢表面沉积低Z材料的SiC-C涂层,对50%SiC-C涂层进行不同条件的加热处理以及随后进行的剂量为1×1018/cm2H+的注入,研究涂层微观结构的变化,该研究为涂层的实际使用提供科学依据。
2.
SiC-C coatings were deposited on stainless steel substrates using ion beam mixing.
在不锈钢基体上用离子束混合技术沉积SiC-C涂层,为有效提高SiC-C涂层与不锈钢基体元素的混合效应,采用涂覆后对样品进行加热处理以及在不锈钢基体上预沉积Cu薄膜的方法,试图改善SiC-C涂层与基体的混合效果。
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