o:18818 Biokompatibilnost i ponašanje u korozionoj sredini materijala na bazi titana za izradu dentalnih implanata doktorska disertacija Biocompatibility and behavior in corrosive environment of titanium based materials for dental implants application : doctoral dissertation sr Osnovna težnja razvoja biokompatibilnih metalnih materijala je poboljšanje karakteristika implanata sa ciljem obezbeđenja funkcionisanja implanata u ljudskom organizmu bez štetnih efekata, produženje radnog veka implanata bez potrebe za revizionom hirurškom intervencijom i poboljšanje kvaliteta života pacijenata. Stoga je cilj ove doktorske disertacije bio da se sa multidisciplinarnog stanovišta sagleda biokompatibilnost i koroziona postojanost materijala na bazi titana dobijenih konvencionalnim postupcima izrade u uslovima koji simuliraju uslove u oralnoj sredini, kao i razvoj nove serije biokompatibilnih materijala na bazi titana poboljšanih karakteristika za primenu u oralnoj implantologiji... Abstract: The main goal of biocompatible metallic materials development is improvement of implants’ characteristics in order to obtain functioning of implants in human body without harmful effects, prolongation of implants’ working life with no needs for surgical revision and improvement of patients’ life quality. Having that in mind, the purpose of this doctoral dissertation was to review, by multidisciplinary approach, biocompatibility and corrosion resistance of titanium based materials obtained by conventional processing methods in conditions that simulate oral environment, as well as development of new series of biocompatible titanium based materials enhanced characteristics for application in oral implantology... Technological engineering - Biochemical engineering and biotechnology and Materals engineering / Tehnološko inženjerstvo - Biohemijsko inženjerstvo i biotehnologija i Inženjerstvo materijala Datum odbrane: 27.09.2018. materijali na bazi titana, Ti-13Nb-13Zr legura, HPT proces, veštačka pljuvačka, otpuštanje jona, koroziona otpornost, biokompatibilnost titanium-based materials, Ti-13Nb-13Zr alloy, HPT process, artificial saliva, ion release, corrosion resistance, biocompatibility yes 50643983 91552101 6218 91552100 50643983 2018-11-26T14:56:19.053Z 45 no 46 mentor Ivana, 1985- Damnjanović 2018 63 mentor Branko. 1957- Bugarski 2018 63 mentor Marko. 1966- Rakin 2018 63 član komisije Ivana, 1978- Cvijović-Alagić 2018 63 član komisije Jelena, 1964- Bajat 2018 63 član komisije Đorđe. Veljović 2018 230 lista 10238235 http://phaidrabg.bg.ac.rs/o:18818 no yes 4 2018-11-26T14:56:19.320Z 70 11 1067044 1067064 11 1067197 1067378 1067386 materijali na bazi titana, Ti-13Nb-13Zr legura, HPT proces, veštačka pljuvačka, otpuštanje jona, koroziona otpornost, biokompatibilnost titanium-based materials, Ti-13Nb-13Zr alloy, HPT process, artificial saliva, ion release, corrosion resistance, biocompatibility 1738 11A41 2018