Matches in SemOpenAlex for { <https://semopenalex.org/work/W3134307982> ?p ?o ?g. }
- W3134307982 endingPage "997" @default.
- W3134307982 startingPage "983" @default.
- W3134307982 abstract "Determine the degree of conversion (DC) and in vitro pulpal temperature (PT) rise of low-viscosity (LV) and high-viscosity (HV) conventional resin-based composites (RBC), bulk-fill and short-fibre reinforced composites (SFRC). The occlusal surface of a mandibular molar was removed to obtain dentine thickness of 2 mm above the roof of the pulp chamber. LV and HV conventional (2 mm), bulk-fill RBCs (2–4 mm) and SFRCs (2–4 mm) were applied in a mold (6 mm inner diameter) placed on the occlusal surface. PT changes during the photo-polymerization were recorded with a thermocouple positioned in the pulp chamber. The DC at the top and bottom of the samples was measured with micro-Raman spectroscopy. ANOVA and Tukey’s post-hoc test, multivariate analysis and partial eta-squared statistics were used to analyze the data (p < 0.05). The PT changes ranged between 5.5–11.2 °C. All LV and 4 mm RBCs exhibited higher temperature changes. Higher DC were measured at the top (63–76%) of the samples as compared to the bottom (52–72.6%) in the 2 mm HV conventional and bulk-fill RBCs and in each 4 mm LV and HV materials. The SFRCs showed higher temperature changes and DC% as compared to the other investigated RBCs. The temperature and DC were influenced by the composition of the material followed by the thickness. Exothermic temperature rise and DC are mainly material dependent. Higher DC values are associated with a significant increase in PT. LV RBCs, 4 mm bulk-fills and SFRCs exhibited higher PTs. Bulk-fills and SFRCs applied in 4 mm showed lower DCs at the bottom." @default.
- W3134307982 created "2021-03-15" @default.
- W3134307982 creator A5000741221 @default.
- W3134307982 creator A5003034001 @default.
- W3134307982 creator A5029026503 @default.
- W3134307982 creator A5070162686 @default.
- W3134307982 creator A5072673791 @default.
- W3134307982 creator A5082125621 @default.
- W3134307982 date "2021-06-01" @default.
- W3134307982 modified "2023-10-18" @default.
- W3134307982 title "Degree of conversion and in vitro temperature rise of pulp chamber during polymerization of flowable and sculptable conventional, bulk-fill and short-fibre reinforced resin composites" @default.
- W3134307982 cites W1726812829 @default.
- W3134307982 cites W1814318115 @default.
- W3134307982 cites W1874826559 @default.
- W3134307982 cites W1970782938 @default.
- W3134307982 cites W1975313418 @default.
- W3134307982 cites W1975932778 @default.
- W3134307982 cites W1976859118 @default.
- W3134307982 cites W1982741901 @default.
- W3134307982 cites W1984087670 @default.
- W3134307982 cites W1986113329 @default.
- W3134307982 cites W1989647234 @default.
- W3134307982 cites W1990268122 @default.
- W3134307982 cites W1996803602 @default.
- W3134307982 cites W1999410342 @default.
- W3134307982 cites W2000670772 @default.
- W3134307982 cites W2007954457 @default.
- W3134307982 cites W2010548313 @default.
- W3134307982 cites W2011436264 @default.
- W3134307982 cites W2015237123 @default.
- W3134307982 cites W2022215888 @default.
- W3134307982 cites W2024892545 @default.
- W3134307982 cites W2037998751 @default.
- W3134307982 cites W2046992181 @default.
- W3134307982 cites W2052793437 @default.
- W3134307982 cites W2057780626 @default.
- W3134307982 cites W2063861332 @default.
- W3134307982 cites W2066787696 @default.
- W3134307982 cites W2066826821 @default.
- W3134307982 cites W2066867870 @default.
- W3134307982 cites W2067608090 @default.
- W3134307982 cites W2069027909 @default.
- W3134307982 cites W2072844624 @default.
- W3134307982 cites W2080833809 @default.
- W3134307982 cites W2085197501 @default.
- W3134307982 cites W2085330668 @default.
- W3134307982 cites W2089816934 @default.
- W3134307982 cites W2095318393 @default.
- W3134307982 cites W2099975165 @default.
- W3134307982 cites W2107091048 @default.
- W3134307982 cites W2110638334 @default.
- W3134307982 cites W2113875779 @default.
- W3134307982 cites W2118532866 @default.
- W3134307982 cites W2121151094 @default.
- W3134307982 cites W2121176710 @default.
- W3134307982 cites W2123868408 @default.
- W3134307982 cites W2125368208 @default.
- W3134307982 cites W2140954164 @default.
- W3134307982 cites W2142381947 @default.
- W3134307982 cites W2142425284 @default.
- W3134307982 cites W2142590612 @default.
- W3134307982 cites W2150183844 @default.
- W3134307982 cites W2153270451 @default.
- W3134307982 cites W2155045323 @default.
- W3134307982 cites W2155099417 @default.
- W3134307982 cites W2159122911 @default.
- W3134307982 cites W2167679883 @default.
- W3134307982 cites W2179010078 @default.
- W3134307982 cites W2180950853 @default.
- W3134307982 cites W2192331302 @default.
- W3134307982 cites W2275608960 @default.
- W3134307982 cites W2402950571 @default.
- W3134307982 cites W2495587974 @default.
- W3134307982 cites W2592442108 @default.
- W3134307982 cites W2624665862 @default.
- W3134307982 cites W2624716697 @default.
- W3134307982 cites W2661953076 @default.
- W3134307982 cites W2739578955 @default.
- W3134307982 cites W2811264757 @default.
- W3134307982 cites W2902778951 @default.
- W3134307982 cites W2913013387 @default.
- W3134307982 cites W2946227858 @default.
- W3134307982 cites W2954068369 @default.
- W3134307982 cites W2967846798 @default.
- W3134307982 cites W2993247813 @default.
- W3134307982 doi "https://doi.org/10.1016/j.dental.2021.02.013" @default.
- W3134307982 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33714623" @default.
- W3134307982 hasPublicationYear "2021" @default.
- W3134307982 type Work @default.
- W3134307982 sameAs 3134307982 @default.
- W3134307982 citedByCount "19" @default.
- W3134307982 countsByYear W31343079822021 @default.
- W3134307982 countsByYear W31343079822022 @default.
- W3134307982 countsByYear W31343079822023 @default.
- W3134307982 crossrefType "journal-article" @default.
- W3134307982 hasAuthorship W3134307982A5000741221 @default.
- W3134307982 hasAuthorship W3134307982A5003034001 @default.
- W3134307982 hasAuthorship W3134307982A5029026503 @default.