| dc:title | Investigation of wettability of novel calcium aluminate-based dental cement |
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| dc:creator | V., Ilić |
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| dc:creator | S., Milutinović-Smiljanić |
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| dc:creator | Biočanin, Vladimir |
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| dc:creator | A., Despotović |
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| dc:creator | K., Janjetović |
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| dc:creator | N., Zogović |
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| dc:creator | V., Danilović |
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| dc:creator | greška, greška |
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| dc:creator | V., Simonović |
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| dc:creator | Dj., Antonijević |
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| dc:subject | wettability |
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| dc:subject | calcium aluminate cement |
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| dc:subject | dental cements |
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| dc:subject | mineral trioxide aggregate |
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| dc:subject | zirconia |
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| dc:subject | contact angle |
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| dc:subject | glycerol |
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| dc:subject | diiodomethane |
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| dc:subject | surface energy |
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| dc:description | The wettability is the tendency of a liquid to disperse or adhere to a solid surface. The aim of research was to evaluate and compare the wettability of newly synthesized calcium aluminate-based dental cement and mineral trioxide aggregate (MTA). Two materials were examined: novel calcium aluminate cement with added zirconium dioxide (CaAl+ZrO2) and MTA (Cerkamed, Poland). The wettability of disc-shaped samples, produced by mixing and moulding of cement, was calculated through the contact angle between the disc and a drop of the reference liquid (glycerol, diiodomethane), using the ImageJ computer software. No significant difference in wettability was noted between CaAl+ZrO2 and MTA when glycerol was applied. CaAl+ZrO2 expressed significantly higher contact angle values compared to MTA (p<0.05) when diiodomethane was used. Both tested materials possess similar wettability properties when introduced to glycerol. MTA showed better wettability after the placement of diiodomethane. |
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| dc:description | 17. International Conference on Fundamental and Applied Aspects of Physical Chemistry, 2024 |
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| dc:date | 2024 |
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| dc:type | info:eu-repo/semantics/conferenceObject |
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| dc:type | info:eu-repo/semantics/publishedVersion |
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| dc:identifier | https://stomatoloskifakultet.rs/nauka/publikacija/845 |
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| dc:identifier | DOI 10.46793/Phys.Chem24I.369I |
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| dc:source | Book of abstract 1: 369-372 |
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| dc:conferenceSource | 17. International Conference on Fundamental and Applied Aspects of Physical Chemistry, 2024 |
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| dc:language | en |
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| dc:rights | info:eu-repo/semantics/closedAccess |
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| dc:rights | Sva prava zadržana |
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