Palavra-chave: CERAMIC

ACID CONCENTRATIONS SHEAR BOND STRENGTH THIOURETHANES SURFACE TREATMENT CLEANING METHODS LIGHT-CURING UNITS SHADE ORTHODONTIC ETCHED ACID HYDROFLUORIC ACID CONCENTRATION ADHESIVE LAYER LIGHT CURING UNIT CEMENTS FRACTURE WATER STORAGE ORTHODONTIC BRACKET WATER AGING THERMOCYCLING FRACTURE STRENGTH BLOOD TRANSLUCENCY LITHIUM DISILICATE PRESSABLE KNOOP HARDNESS POLYMERIZATION LUTING AGENT LUTING AGENTS SURFACE CHARACTERIZATION THICKNESS IRRADIANCE HYDROFLUORIDIC ACID FATIGUE DENTAL MATERIAL LIGHT SOURCES HARDNESS ENVIRONMENTS ETCHING ORTHODONTICS PHOTO-ACTIVATION KNOOP HARDNESS NUMBER ADHESIVE LOADING METHODS DENTAL MATERIALS BONDING STRENGTH MECHANICAL PROPERTIES METALLIC BRACKETS THERMAL TREATMENT CAD GLASS PHOTOCURING ETCHING ACID BOND STRENGTH ADHESIVE LUTING RESIN CEMENTS TENSILE BOND BIAXIAL FLEXURAL STRENGTH TOUGHENING RESIN LUTING AGENTS THIO-URETHANE OLIGOMERS SPECTROSCOPY ACID ETCHING THERMAL CYCLING REPEATED HEAT-PRESSING STRESS GLASS IONOMER CEMENTS PERIODONTICS SALIVA ENAMEL BONDING DEGRADATION DENTAL PINS COMPOSITE RESIN SILANE TRANSMITTANCE LIGHT SOURCE BRACKETS TENSILE STRENGTH LIGHT SPECTRUM MECHANIAL PROPERTIES BONDING MATERIAL MICRO SHEAR BOND STRENGTH RESIN-MODIFIED GLASS IONOMER CEMENT ROUGHNESS VICKERS HARDNESS HYDROFLUORIC ACID FRACTURE RESISTANCE ADHESION AGING HIDROFLUORIC ACID TIO-URETHANE OLIGOMERS SURFACE TREATMENTS MORPHOLOGY RESIN COMPOSITE RESIN CEMENT BIOFILMS LOAD-CYCLING HYDROFLUORIDRIC ACID STRENGTHENING RESIN-BASED CEMENT EXPERIMENTAL CEMENT POLYMERIZATION DEPTH HEAT-PRESSING MICRO-TENSILE BOND STRENGTH CONVERGENCE ANGLE BONDING THIO-URETHANE CEMENT PREPARATION DESIGN STORAGE TIME CONVERSION DEGREE ETCHING TIME DEGREE OF CONVERSION MICROSHEAR BOND STRENGTH SHEAR STRENGTH UNIVERSAL ADHESIVES SILANES DENTAL CERAMICS BONDING DEGRADATIONS LIGHT TRANSMISSION