Journal: Journal of Lasers in Medical Sciences

Article Title: Comparison of the Amount of Temperature Rise in the Pulp Chamber of Teeth Treated With QTH, Second and Third Generation LED Light Curing Units: An In Vitro Study

doi: 10.15171/jlms.2016.32

Figure Lengend Snippet: Study Groups

Article Snippet: Directly Quantify the Thermal Emission From Halogen and LED LCUs: In Vitro Study (First Part of the Study) Three groups were formed according to the light curing unit used ( ). table ft1 table-wrap mode="anchored" t5 caption a7 Group no. Light Curing Unit Used Diameter of the Tip of LCU Recommended Time to Cure (s) For Dentin Bonding Agent For Composite I QHL75 halogen lights (Dentsply) 7 mm 20 40 II Cure master 2 nd generation LED light (Confident, NSK) 7 mm 20 40 III Bluephase 20i 3 rd generation LED light (Ivoclar Vivadent) 10 mm 10 * 20 * Open in a separate window caption a8 Study Groups In this study, the exposure time protocol for all three LCU was followed according to a study by Leprince et al. 5 One acrylic base plate (30 mm X 30 mm X 6 mm) was made with a groove (15 mm X 1.5 mm) on its top to receive K type thermocouple.

Techniques:

Journal: Journal of Lasers in Medical Sciences

Article Title: Comparison of the Amount of Temperature Rise in the Pulp Chamber of Teeth Treated With QTH, Second and Third Generation LED Light Curing Units: An In Vitro Study

doi: 10.15171/jlms.2016.32

Figure Lengend Snippet: Temperature Noted After Estimated Time for Curing the Dentin Bonding Agent and the Composite at 3 Mm and 6 Mm Distance From the Tip of the Light Curing Unit a

Article Snippet: Directly Quantify the Thermal Emission From Halogen and LED LCUs: In Vitro Study (First Part of the Study) Three groups were formed according to the light curing unit used ( ). table ft1 table-wrap mode="anchored" t5 caption a7 Group no. Light Curing Unit Used Diameter of the Tip of LCU Recommended Time to Cure (s) For Dentin Bonding Agent For Composite I QHL75 halogen lights (Dentsply) 7 mm 20 40 II Cure master 2 nd generation LED light (Confident, NSK) 7 mm 20 40 III Bluephase 20i 3 rd generation LED light (Ivoclar Vivadent) 10 mm 10 * 20 * Open in a separate window caption a8 Study Groups In this study, the exposure time protocol for all three LCU was followed according to a study by Leprince et al. 5 One acrylic base plate (30 mm X 30 mm X 6 mm) was made with a groove (15 mm X 1.5 mm) on its top to receive K type thermocouple.

Techniques:

Journal: Journal of Lasers in Medical Sciences

Article Title: Comparison of the Amount of Temperature Rise in the Pulp Chamber of Teeth Treated With QTH, Second and Third Generation LED Light Curing Units: An In Vitro Study

doi: 10.15171/jlms.2016.32

Figure Lengend Snippet: Mean Temperature Rise After Curing the Dentin Bonding Agent and the Composite at 3 mm and 6 mm Distance From the Tip of Light Curing Unit

Article Snippet: Directly Quantify the Thermal Emission From Halogen and LED LCUs: In Vitro Study (First Part of the Study) Three groups were formed according to the light curing unit used ( ). table ft1 table-wrap mode="anchored" t5 caption a7 Group no. Light Curing Unit Used Diameter of the Tip of LCU Recommended Time to Cure (s) For Dentin Bonding Agent For Composite I QHL75 halogen lights (Dentsply) 7 mm 20 40 II Cure master 2 nd generation LED light (Confident, NSK) 7 mm 20 40 III Bluephase 20i 3 rd generation LED light (Ivoclar Vivadent) 10 mm 10 * 20 * Open in a separate window caption a8 Study Groups In this study, the exposure time protocol for all three LCU was followed according to a study by Leprince et al. 5 One acrylic base plate (30 mm X 30 mm X 6 mm) was made with a groove (15 mm X 1.5 mm) on its top to receive K type thermocouple.

Techniques:

Journal: Journal of Lasers in Medical Sciences

Article Title: Comparison of the Amount of Temperature Rise in the Pulp Chamber of Teeth Treated With QTH, Second and Third Generation LED Light Curing Units: An In Vitro Study

doi: 10.15171/jlms.2016.32

Figure Lengend Snippet: Mean Intrapulpal Temperature Rise (in °C) Associated With Different LCU During the Curing of Composite Restorations in the Class I Tooth Preparations

Article Snippet: Directly Quantify the Thermal Emission From Halogen and LED LCUs: In Vitro Study (First Part of the Study) Three groups were formed according to the light curing unit used ( ). table ft1 table-wrap mode="anchored" t5 caption a7 Group no. Light Curing Unit Used Diameter of the Tip of LCU Recommended Time to Cure (s) For Dentin Bonding Agent For Composite I QHL75 halogen lights (Dentsply) 7 mm 20 40 II Cure master 2 nd generation LED light (Confident, NSK) 7 mm 20 40 III Bluephase 20i 3 rd generation LED light (Ivoclar Vivadent) 10 mm 10 * 20 * Open in a separate window caption a8 Study Groups In this study, the exposure time protocol for all three LCU was followed according to a study by Leprince et al. 5 One acrylic base plate (30 mm X 30 mm X 6 mm) was made with a groove (15 mm X 1.5 mm) on its top to receive K type thermocouple.

Techniques:

Journal: Dentistry Journal

Article Title: Does Sterilization Affect the Performance of Single-Step Resin Composite Polishers?

doi: 10.3390/dj11050128

Figure Lengend Snippet: Single-step polishers and resin composite tested.

Article Snippet: Optrapol Next Generation Rubber Polisher (ONG) , Silicone polisher highly filled with micro-fine diamond crystallites (up to 72 wt.%) , Cup , Ivoclar Vivadent.

Techniques: Titanium Dioxide

Journal: Dentistry Journal

Article Title: Does Sterilization Affect the Performance of Single-Step Resin Composite Polishers?

doi: 10.3390/dj11050128

Figure Lengend Snippet: Differences of all properties after each sterilization cycle. The statistical analysis refers only to the same property of a single polisher, not across polishers. Different superscripts at each column, per property, denote statistically significant differences. (n = 10, p < 0.05).

Article Snippet: Optrapol Next Generation Rubber Polisher (ONG) , Silicone polisher highly filled with micro-fine diamond crystallites (up to 72 wt.%) , Cup , Ivoclar Vivadent.

Techniques: