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Toplam kayıt 6, listelenen: 1-6
Microhardness And Shear Bond-Strength Of Carious Dentin After Fluorescence-Aided Or Conventionally Excavation: (An In-Vitro Comparison)
(2018)
Background To compare the fluorescence-aided and conventionally excavated dentin with microhardness and shear bond strength(SBS) tests. Material and Methods Twenty-four teeth with dentin caries were bisected through the ...
Effects Of In-Office Bleaching Agent Combined With Different Desensitizing Agents On Enamel
(2018)
Objective: To analyze color change, microhardness and chemical composition of enamel bleached with in-office bleaching agent with different desensitizing application protocols. Materials and Methods: One hundred and seventeen ...
Fluoride Release From Glass Ionomer With Nano Filled Coat And Varnish
(2018)
Objective This in vitro study compares the fluoride release from microlaminated glass ionomer based on glass hybrid technology coated with two different surface coating agents. Materials and Methods A total of 18 samples ...
Effects Of In-Office Bleaching Agent Combined With Different Desensitizing Agents On Enamel
(2019)
Objective:To analyze color change, microhardness and chemical composition of enamel bleached with in-office bleaching agent with different desensitizing application protocols.Materials and Methods:One hundred and seventeen ...
Mechanical Properties And Water Sorption Of Two Experimental Glass Ionomer Cements With Hydroxyapatite Or Calcium Fluorapatite Formulation
(2019)
In this study the mechanical behavior and water sorption (Ws) of experimental glass-ionomer-cements (GICs) with hydroxyapatite (HA) or calcium fluorapatite (CFA) prototype formulations were examined. Specimens from two ...
Compressive Strength Of New Glass Ionomer Cement Technology Based Restorative Materials After Thermocycling And Cyclic Loading
(2019)
Objective The objective of the study was to compare compressive strengths of two glass ionomer-based materials, with and without a light-cured, nano-filled coating, after cyclic loading and thermocycling. Materials and ...