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Enhancement in corrosion and electrical wear resistance of copper via laser surface alloying with NiTi Journal article
Surface and Coatings Technology, 2021,Volume: 408
Authors:  Kwok,C. T.;  Wong,P. K.;  Man,H. C.
Favorite |  | TC[WOS]:0 TC[Scopus]:0 | Submit date:2021/03/09
Copper  Corrosion  Electrical sliding wear  Laser surface alloying  NiTi  
Laser surface alloying of copper with titanium: Part I. Electrical wear resistance in dry condition. Part II. Electrical wear resistance in wet and corrosive condition Journal article
Surface and Coatings Technology, 2016,Volume: 297,Page: 58-73
Authors:  Kwok,C. T.;  Wong,P. K.;  Man,H. C.
Favorite |  | TC[WOS]:10 TC[Scopus]:10 | Submit date:2021/03/09
Electrical sliding wear  Hardness  Intermetallic phases  Laser surface alloying  
Developments in laser-based surface engineering processes: With particular reference to protection against cavitation erosion Journal article
Surface and Coatings Technology, 2016,Volume: 291,Page: 189-204
Authors:  Kwok,C. T.;  Man,H. C.;  Cheng,F. T.;  Lo,K. H.
Favorite |  | TC[WOS]:48 TC[Scopus]:59 | Submit date:2021/03/09
Cavitation erosion  Corrosion  Laser surface modification  Protection  Synergism  
Corrosion resistance of laser-fabricated metal-matrix composite layer on stainless steel 316l Journal article
Journal of Laser Applications, 2003,Volume: 15,Issue: 2,Page: 107-114
Authors:  Lo,K. H.;  Kwok,C. T.;  Cheng,F. T.;  Man,H. C.
Favorite |  | TC[WOS]:8 TC[Scopus]:12 | Submit date:2021/03/09
Corrosion  Laser surface modification  Stainless steel 316L  Surface MMC