Resin Cements

Tetrahydrofuran as alternative solvent in dental adhesive systems

Engineering / Water / Dental Materials / Adhesive / Animals / Ethanol / Bond Strength / Cattle / Storage / Mechanical Stress / Composite resins / Time Factors / Surface Properties / Dental Stress Analysis / Dental Bonding / Polymethyl Methacrylates / Materials Testing / Tensile Strength / Acetone / Furans / Water Storage / Polyethylene Glycols / Resin Cements / Solvents / Random Allocation / Ethanol / Bond Strength / Cattle / Storage / Mechanical Stress / Composite resins / Time Factors / Surface Properties / Dental Stress Analysis / Dental Bonding / Polymethyl Methacrylates / Materials Testing / Tensile Strength / Acetone / Furans / Water Storage / Polyethylene Glycols / Resin Cements / Solvents / Random Allocation

Repair potential of a laboratory-processed nano-hybrid resin composite

Dentistry / Scanning Electron Microscopy / Nanocomposites / Dental Materials / Humans / Temperature / Oral / Diamond / Composite resins / Time Factors / Surface Properties / Dental Instruments / Dental Bonding / Aluminum oxide / Materials Testing / Tensile Strength / Sodium Chloride / Resin Composite / Resin Cements / Oral Science / Temperature / Oral / Diamond / Composite resins / Time Factors / Surface Properties / Dental Instruments / Dental Bonding / Aluminum oxide / Materials Testing / Tensile Strength / Sodium Chloride / Resin Composite / Resin Cements / Oral Science

Carbon dioxide laser and bonding materials reduce enamel demineralization around orthodontic brackets

Biomedical Engineering / Biofilms / Animals / Sterilization / Cattle / Orthodontic Brackets / Analysis of Variance / Dental Bonding / Dental Enamel / Resin Cements / Orthodontic Brackets / Analysis of Variance / Dental Bonding / Dental Enamel / Resin Cements

Repair potential of a laboratory-processed nano-hybrid resin composite

Dentistry / Scanning Electron Microscopy / Nanocomposites / Dental Materials / Humans / Temperature / Oral / Diamond / Mechanical Stress / Composite resins / Time Factors / Surface Properties / Dental Instruments / Dental Bonding / Aluminum oxide / Materials Testing / Tensile Strength / Sodium Chloride / Resin Composite / Resin Cements / Oral Science / Temperature / Oral / Diamond / Mechanical Stress / Composite resins / Time Factors / Surface Properties / Dental Instruments / Dental Bonding / Aluminum oxide / Materials Testing / Tensile Strength / Sodium Chloride / Resin Composite / Resin Cements / Oral Science

Mechanical properties and radiopacity of experimental glass-silica-metal hybrid composites

Engineering / Algorithms / Titanium / Dental Materials / Humans / Copper / Tin / Silver / Silica / Statistical Significance / Confidence intervals / Pilot study / Mechanical Stress / Composite resins / Radiopacity / Amalgam / Particle Size / Analysis of Variance / Surface Properties / Fracture Toughness / Polymethyl Methacrylates / Materials Testing / Pilot Projects / Tensile Strength / Contrast Media / Resin Cements / Control Group / Statistics as Topic / Copper / Tin / Silver / Silica / Statistical Significance / Confidence intervals / Pilot study / Mechanical Stress / Composite resins / Radiopacity / Amalgam / Particle Size / Analysis of Variance / Surface Properties / Fracture Toughness / Polymethyl Methacrylates / Materials Testing / Pilot Projects / Tensile Strength / Contrast Media / Resin Cements / Control Group / Statistics as Topic

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