Preskoči na sadržaj
Digitalni repozitorijum Stomatološkog fakulteta u Pančevu

Pun zapis

dc:titleAFM surface roughness and topography analysis of lithium-disilicate glass ceramic
dc:creatorPantić, M.
dc:creatorMitrović, S.
dc:creatorBabić, M.
dc:creatorJevremović, Danimir
dc:creatorDžunić, D.
dc:creatorŽivić, F.
dc:creatorAdamović, D.
dc:subjectlithium disilicate glass-ceramic
dc:subjectIPS e.max CAD
dc:subjectsurface roughness
dc:subjectsurface topography
dc:subjectpolishing
dc:subjectglazing
dc:subjectgrinding
dc:subjectall-ceramic restorations
dc:subject3D surface topography
dc:descriptionThe aim of this study is presenting AFM analysis of surface roughness of Lithium disilicate glass ceramic (IPS e.max CAD) under different finishing procedure (techniques): polishing, glazing and grinding. Lithium disilicate glass ceramics is all-ceramic dental system which is characterized by high aesthetic quality and it can be freely said that properties of material provide all prosthetic requirements: function, biocompatibility and aesthetic. Experimental tests of surface roughness were investigated on 4 samples with dimensions: 18 mm length, 14 mm width and 12 mm height. Contact surfaces of three samples were treated with different finishing procedure (polishing, glazing and grinding), and the contact surface of the raw material is investigated as a fourth sample. Experimental measurements were done using the Atomic Force Microscopy (AFM) of NT-MDT manufacturers, in the contact mode. All obtained results of different prepared samples are presented in the form of specific roughness parameters (Rа, Rz, Rmax, Rq) and 3D surface topography.
dc:date2015
dc:typeinfo:eu-repo/semantics/conferenceObject
dc:typeinfo:eu-repo/semantics/publishedVersion
dc:identifierhttps://stomatoloskifakultet.rs/nauka/publikacija/218
dc:source14. International Conference on Tribology, 13.05.2015-15.05.2015 37(4): 514-521
dc:conferenceSourceInternational Conference on Tribology, 2015
dc:languageen
dc:rightsinfo:eu-repo/semantics/closedAccess
dc:rightsSva prava zadržana