Light curing in dentistry has truly revolutionized the practice of this art and science. With the
exception bonding to tooth structure, there is perhaps no single advancement that has …

Aim The aim of this review was to help clinicians improve their understanding of the
polymerization process for resin-based composites (RBC), the effects of different factors on …

Problem: Previous studies identified nonuniformity in the irradiance at the tip end of a variety
of dental light‐curing units (LCUs) and correlated those differences with potential clinical …

OBJECTIVES: This study investigated the wavelength-dependent photosensitivity of eleven
resin composites (Admira A2, Heliomolar A2, Herculite XRV A2, Pyramid Dentin A2, Ælite …

This study compared a high-power light-emitting-diode (LED) curing light (FreeLight 2, 3M
ESPE) with a quartz-tungsten-halogen (QTH) light (TriLight, 3M ESPE) to determine which …

Purposes:(1) To conduct a comprehensive review of the literature on factors influencing the
radiant exposure of resin-based composite (RBC) restorations and (2) To fully understand …

Objectives This study investigated potential variations in polymerisation of light-and dual-
cured (LC and DC) resin cements photoactivated through four CAD/CAM restorative …

Determining the energy transferred at the bottom of eleven bulk-fill resin composites,
comparing top and bottom microhardness's and evaluating the correlation between …

Clinical Relevance Among the factors that significantly influence the depth of cure of resin
composite restorations—the distance between the tip of the light source and the restorative …

Aim: Light-emitting diode light curing units (LED LCUs) have become more popular than
halogen LCUs in routine dental restorative treatment. The aim of the study was to compare …