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Effect of plasma surface treatment on surface energy and adhesion properties for cr coating on substrates
Kim D.-Y.1; Jeong E.-W.1; Hui K.N.1; Choe Y.1; Han J.-H.2; Cho Y.-R.1
2013-10-01
Source PublicationJournal of Korean Institute of Metals and Materials
ISSN17388228
Volume51Issue:10Pages:735-741
AbstractAtmospheric plasma surface treatment (APST) was applied on the soda-lime glass and silicon wafer (Si-wafer) substrates for surface modification. The surface energy for the surface treated samples was measured using the wetting angle. The effect of APST on surface energy and interface properties between sputtered chromium (Cr) coatings and substrates was investigated. The surface energy increased linearly and reached a maximum value of 74 mJ/m by APST. The increase in surface energy is due to the increased value of the polar component in surface energy. When the samples were exposed to the air, the increased surface energy decreased and tended to have hydrophobicity. The work of adhesion for the surface treated samples was calculated using the data of surface tension for water. We demonstrated that the trend of work of adhesion for the samples was similar to the change of adhesion strength between sputtered Cr coatings and the surface treated substrates. © The Korean Institute of Metals and Materials.
KeywordGlasses Optical microscopy Surface energy Surface modification Wetting
DOI10.3365/KJMM.2013.51.10.735
URLView the original
Language英語
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Cited Times [WOS]:2   [WOS Record]     [Related Records in WOS]
Document TypeJournal article
CollectionUniversity of Macau
Affiliation1.Pusan National University
2.Pukyong National University
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GB/T 7714
Kim D.-Y.,Jeong E.-W.,Hui K.N.,et al. Effect of plasma surface treatment on surface energy and adhesion properties for cr coating on substrates[J]. Journal of Korean Institute of Metals and Materials,2013,51(10):735-741.
APA Kim D.-Y.,Jeong E.-W.,Hui K.N.,Choe Y.,Han J.-H.,&Cho Y.-R..(2013).Effect of plasma surface treatment on surface energy and adhesion properties for cr coating on substrates.Journal of Korean Institute of Metals and Materials,51(10),735-741.
MLA Kim D.-Y.,et al."Effect of plasma surface treatment on surface energy and adhesion properties for cr coating on substrates".Journal of Korean Institute of Metals and Materials 51.10(2013):735-741.
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