Journal of Inorganic Materials, Volume. 37, Issue 6, 643(2022)
Figures & Tables(10)
1. Low (a) and high (b) magnification morphologies, particle size distribution (c) and EDS analysis (d) of TG2.5 powder
3. Surface morphologies (a-e) and corresponding EDS analysis (f) of TiC-Graphite coatings
4. Cross-sectional morphologies of TiC-Graphite coatings (a-e), oxygen element mapping (f) of cross section of TG2.5 coating and EDS analyses (g-i) of different areas among (d) and (e)
5. Surface roughness (a) and Vickers hardness (b) of TiC-Graphite coatings
6. Change of friction coefficients of the TiC-Graphite coatings with time under 20 N (a) and 50 N (b)
7. Change of friction coefficients and wear rates of the TiC-Graphite coatings with graphite amount under 20 N (a) and 50 N (b)
8. Morphologies of the wear tracks of TiC-Graphite coatings (a-e, g, h), oxygen element mapping (f) of the wear tracks of TG2.5 coating and elements content of the wear tracks of TiC-Graphite coatings (i)
9. Morphologies (a-e), and EDS analysis of wear debris (f) of wear debris of TiC-Graphite coatings
Table 1. Atmospheric plasma spray parameters for Si and TiC-Graphite coatings
View tableView in ArticleTable 1. Atmospheric plasma spray parameters for Si and TiC-Graphite coatings
Parameter Si TiC-Graphite Powder/kW 30-40 35-45 Primary gas Ar/(L·min-1) 34-40 36-42 Secondary gas H2/(L·min-1) 5-10 7-12 Powder feed speed/(r·min-1) 15-20 13-18 Spray distance/mm 100-130 100-130
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Du HONG, Yaran NIU, Hong LI, Xin ZHONG, Xuebin ZHENG.
Paper Information
Category: RESEARCH ARTICLE
Received: Aug. 23, 2021
Accepted: --
Published Online: Jan. 10, 2023
The Author Email: ZHENG Xuebin (xbzheng@mail.sic.ac.cn)
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