FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036193477> ?p ?o ?g. }

• W3036193477 endingPage "1200" @default.
• W3036193477 startingPage "1190" @default.
• W3036193477 abstract "To synthesize a zirconia toughened alumina (ZTA) composite with 70% alumina reinforced by 30% zirconia for dental applications and to characterize its microstructure and optical properties for comparison with the isolated counterpart materials and a first-generation 3Y-TZP. Disc-shaped specimens were divided in four groups (n = 70/material): (1) 3YSB-E (first generation 3Y-TZP), (2) Zpex (second generation 3Y-TZP), (3) alumina, and (4) ZTA-Zpex 70/30. After synthesis, ceramic powders were pressed, and green-body samples sintered following a predetermined protocol. Specimens were polished to obtain a mirror surface finish. Apparent density was measured by Archimedes principle. X-ray diffraction (XRD) and scanning electron microscope (SEM) were used to characterize the crystalline content and microstructure. Reflectance tests were performed to determine the contrast-ratio (CR) and translucency-parameter (TP). Mechanical properties were assessed by biaxial flexural strength (BFS) test. All analyses were conducted before and after artificial aging (20 h, 134 °C, 2.2 bar). Optical parameters were evaluated through repeated-measures analysis of variance and Tukey tests (p < 0.05). BFS data were analyzed using Weibull statistics (95% CI). High density values (95–99%) were found for all ceramic materials and SEM images exhibited a dense microstructure. While XRD patterns revealed the preservation of crystalline content in the ZTA composite, an increase in the monoclinic peak was observed for pure zirconias after aging. Significantly higher CR and lower TP values were observed for the ZTA composite, followed by alumina, 3YSB-E, and Zpex. The highest characteristic stress was recorded for 3YSB-E, followed by intermediate values between ZTA and Zpex, and the lowest for alumina. Aging affected the optical and mechanical properties of both zirconias, while remained stable for ZTA composite and alumina. The synthesis of experimental 70−30% ZTA composite was successful and its relevance for dental applications relies on its higher masking ability, aging resistance, and strength similar to zirconia." @default.
• W3036193477 created "2020-06-25" @default.
• W3036193477 creator A5001025860 @default.
• W3036193477 creator A5004727253 @default.
• W3036193477 creator A5011850062 @default.
• W3036193477 creator A5013067542 @default.
• W3036193477 creator A5044725378 @default.
• W3036193477 creator A5061059280 @default.
• W3036193477 creator A5065311292 @default.
• W3036193477 creator A5068911071 @default.
• W3036193477 creator A5069291468 @default.
• W3036193477 creator A5074062406 @default.
• W3036193477 creator A5074159148 @default.
• W3036193477 creator A5077165484 @default.
• W3036193477 creator A5079219135 @default.
• W3036193477 date "2020-09-01" @default.
• W3036193477 modified "2023-10-18" @default.
• W3036193477 title "Aging resistant ZTA composite for dental applications: Microstructural, optical and mechanical characterization" @default.
• W3036193477 cites W1678500220 @default.
• W3036193477 cites W1870957361 @default.
• W3036193477 cites W1966276148 @default.
• W3036193477 cites W1966825451 @default.
• W3036193477 cites W1966844880 @default.
• W3036193477 cites W1980192154 @default.
• W3036193477 cites W1987816281 @default.
• W3036193477 cites W1994599777 @default.
• W3036193477 cites W1995749459 @default.
• W3036193477 cites W1998641917 @default.
• W3036193477 cites W2011975029 @default.
• W3036193477 cites W2012415935 @default.
• W3036193477 cites W2012716269 @default.
• W3036193477 cites W2015731183 @default.
• W3036193477 cites W2020163454 @default.
• W3036193477 cites W2023945431 @default.
• W3036193477 cites W2032966055 @default.
• W3036193477 cites W2034020341 @default.
• W3036193477 cites W2053668323 @default.
• W3036193477 cites W2076694425 @default.
• W3036193477 cites W2089156348 @default.
• W3036193477 cites W2105727443 @default.
• W3036193477 cites W2107220262 @default.
• W3036193477 cites W2116279921 @default.
• W3036193477 cites W2116378892 @default.
• W3036193477 cites W2128210354 @default.
• W3036193477 cites W2134690201 @default.
• W3036193477 cites W2140625128 @default.
• W3036193477 cites W2145849695 @default.
• W3036193477 cites W2152135600 @default.
• W3036193477 cites W2153923641 @default.
• W3036193477 cites W2158088788 @default.
• W3036193477 cites W2166359730 @default.
• W3036193477 cites W2201702490 @default.
• W3036193477 cites W2205497390 @default.
• W3036193477 cites W2274638892 @default.
• W3036193477 cites W2485294206 @default.
• W3036193477 cites W2529062654 @default.
• W3036193477 cites W2589693867 @default.
• W3036193477 cites W2793511923 @default.
• W3036193477 cites W2803261726 @default.
• W3036193477 cites W2912063000 @default.
• W3036193477 cites W2913581933 @default.
• W3036193477 cites W2926372313 @default.
• W3036193477 cites W2968864813 @default.
• W3036193477 cites W3004049178 @default.
• W3036193477 cites W334453972 @default.
• W3036193477 cites W4231529567 @default.
• W3036193477 cites W4250468202 @default.
• W3036193477 doi "https://doi.org/10.1016/j.dental.2020.05.011" @default.
• W3036193477 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32561117" @default.
• W3036193477 hasPublicationYear "2020" @default.
• W3036193477 type Work @default.
• W3036193477 sameAs 3036193477 @default.
• W3036193477 citedByCount "19" @default.
• W3036193477 countsByYear W30361934772020 @default.
• W3036193477 countsByYear W30361934772021 @default.
• W3036193477 countsByYear W30361934772022 @default.
• W3036193477 countsByYear W30361934772023 @default.
• W3036193477 crossrefType "journal-article" @default.
• W3036193477 hasAuthorship W3036193477A5001025860 @default.
• W3036193477 hasAuthorship W3036193477A5004727253 @default.
• W3036193477 hasAuthorship W3036193477A5011850062 @default.
• W3036193477 hasAuthorship W3036193477A5013067542 @default.
• W3036193477 hasAuthorship W3036193477A5044725378 @default.
• W3036193477 hasAuthorship W3036193477A5061059280 @default.
• W3036193477 hasAuthorship W3036193477A5065311292 @default.
• W3036193477 hasAuthorship W3036193477A5068911071 @default.
• W3036193477 hasAuthorship W3036193477A5069291468 @default.
• W3036193477 hasAuthorship W3036193477A5074062406 @default.
• W3036193477 hasAuthorship W3036193477A5074159148 @default.
• W3036193477 hasAuthorship W3036193477A5077165484 @default.
• W3036193477 hasAuthorship W3036193477A5079219135 @default.
• W3036193477 hasConcept C104779481 @default.
• W3036193477 hasConcept C115624301 @default.
• W3036193477 hasConcept C123609680 @default.
• W3036193477 hasConcept C134132462 @default.
• W3036193477 hasConcept C159985019 @default.
• W3036193477 hasConcept C178405089 @default.
• W3036193477 hasConcept C185592680 @default.

• next