Person: DALKILIĆ, EVRIM
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Publication Metadata only The color change of a novel single-shade composite immersed in different beverages.(2022-12-01) FazlıoÄlu L.; OÄlakƧı B.; Ćzduman Z. C.; DalkılıƧ E.; FAZLIOÄLU, LEYLA; OÄLAKĆI, BURCU; ĆZDUMAN, ZĆMRĆT CEREN; DALKILIĆ, EVRIMPublication Metadata only The Effect of Different Intermediary Layer Materials Under Resin Composite Restorations on Volumetric Cuspal Deflection, Gap Formation, and Fracture Strength.(2022-11-28) Deger C.; Ćzduman Z. C.; Oglakci B.; Eliguzeloglu Dalkilic E.; DALKILIĆ, EVRIMPublication Metadata only The Effect of Curing Modes and Times of Third-Generation Led LCU on the Mechanical Properties of Nanocomposites(2022-09-01T00:00:00Z) OÄLAKĆI, Burcu; Ozlen, Rumeysa Hatice Enginler; DEMÄ°RKOL, Metehan; ĆZDUMAN, ZĆMRĆT CEREN; KĆĆĆKYILDIRIM, Bedri Onur; DALKILIĆ, Evrim; OÄLAKĆI, BURCU; ĆZDUMAN, ZĆMRĆT CEREN; DALKILIĆ, EVRIMThis study evaluates the effect of curing modes and times on the mechanical properties of nanocomposites. Two nanocomposite resins were investigated: supra-nanohybrid (Estelite Posterior Quick; EP) and nanohybrid (Solare X; SX). They were polymerized with a light-emitting diode light-curing units (LED LCU, Valo) as follows: standard mode for 20s (ST20), high power mode for 12s (HP12), high power mode for 20s (HP20), extra power mode for 6s (XP6), and extra power mode for 20s (XP20). For Vickers microhardness (HV), disc-shaped specimens were fabricated (n=10). For the three-point bending test, bar-shaped specimens were fabricated (n=10). Flexural strength and resilience modulus were calculated. The fractured surfaces and specimen surfaces of composites were observed using scanning electron microscopy. The data were analyzed with repeated measures ANOVA, two-way variance, and Bonferroni tests (p<0.05). On the top and bottom surfaces of the EP nanocomposite resin, ST20 and HP12 revealed statistically higher HV than with XP6. Moreover, HP20 and XP20 had statistically higher HV than HP12 and XP6. For the SX nanocomposite resin, HP20 had statistically higher HV than HP12. For EP and SX, there were no significant differences in flexural strength and resilience modulus regarding the curing modes and times. Furthermore, SX demonstrated lower mechanical properties than EP. Scanning electron microscopy indicated that both nanocomposites had similar surface appearances. However, with all curing modes and times, SX exhibited layered fractures and more crack formations than EP. Different curing modes and times could influence the microhardness of nanocomposites.Publication Metadata only Assessment of antibacterial efficacy of novel remineralizing varnishes on dentin caries(2023-12-05) DeÄer C.; DalkılıƧ E.; SaÄıroÄlu A. A.; ĆztĆ¼rk Ä°.; TekintaÅ Y.; DEÄER, CEREN; DALKILIĆ, EVRIMPublication Metadata only Engin IÅık, ĆaÄla YeloÄlu, AyÅenur TunƧ Dicle, Evrim EligĆ¼zeloÄlu DalkılıƧ Ćn Isıtma ve Polimerizasyon DerinliÄinin Bulk-Fill Kompozitlerin Fiziksel Ćzellikleri Ćzerine Etkileri(2023-10-27) IÅık E.; YeloÄlu Ć.; TunƧ A.; DalkılıƧ E.; IÅIK, ENGÄ°N; YELOÄLU, ĆAÄLA; TUNĆ, AYÅENUR; DALKILIĆ, EVRIM