Advances in Glass-Ionomer Cements
(Hardcover: 303 pages June 15, 1999)
Journal Citations by Authors
>C. L. Davidson,
>Ivan Mjor,
Table of Contents:
Foreword/
Special Message/
Contributors/
Characteristics of Glass-Ionomer Cements/
Physical Properties of Glass-Ionomer Cements: Setting Shrinkage and Wear/
Physical Properties of Glass-Ionomer Cements: Fatigue and Elasticity/
Chemical and Biological Properties of Glass-Ionomer Cements/
Biocompatibility of Glass-Ionomer Cements/
Bonding Glass-Ionomer Cements to Tooth Structure/
Use of Glass-Ionomers as Bondings, Linings, or Bases/
Glass-Ionomer Luting Cements/
Luting in Orthodontic Practice/
Application of Glass-Ionomer Cements in Endodontics/
Glass-Ionomers and Compomers in Pediatric Dentistry/
Clinical Application of Glass-Ionomer Cements: Class III and Class V Restorations/
Glass-Ionomer Restorations in Stress-Bearing and Difficult-to-Access Cavities/
Glass-Ionomers: Advantages, Disadvantages, and Future Implications/
Index/
>Buy from Amazon.com ISBN:0867153601
An Atlas of Glass-Ionomer Cements: A Clinician's Guide
(Hardcover: 201 pages January 15, 2002)
Journal Citations by Authors
>Graham J. Mount,
Comprehensive clinical guide to the uses of glass-ionomers
as a restorative material in operative dentistry.
Includes more than 400 full-color and halftone photographs and line drawings.
>Buy from Amazon.com ISBN:1841840696
Applied Dental Materials
(Hardcover: 242 pages June 1999)
Journal Citations by Authors
>J.F.McCabe,
>A. W.Walls
Table of Contents: Science of Dental Materials
Introduction/
Selection of dental materials/
Evaluation of dental materials/ Properties used to Characterize Materials
Introduction/
Mechanical properties/
Rheological properties/
Thermal properties/
Adhesion/
Miscellaneous physical properties/
Chemical properties/
Biological properties/
Suggested further reading/ Gypsum Products for Dental Casts
Introduction/
Requirements of dental cast materials/
Composition/
Manipulation and setting characteristics/
Properties of the set material/
Applications/
Advantages and disadvantages/
Suggested further reading/ Waxes
Introduction/
Requirements of waxpattern materials/
Composition of waxes/
Properties of dental waxes/
Applications/
Suggested further reading/ Investments and Refractory Dies
Introduction/
Requirements of investments for alloy casting procedures/
Available materials/
Properties of investment materials/
Applications/
Suggested further reading/ Metals and Alloys
Introduction/
Structure and properties of metals/
Structure and properties of alloys/
Cooling curves/
Phase diagrams/
Suggested further reading/ Gold and Alloys of Noble Metals
Introduction/
Pure gold fillings (cohesive gold)/
Traditional casting gold alloys/
Hardening heat treatments (theoretical considerations)/
Heat treatments (practical considerations)/
Low gold-content alloys/
Silver-palladium alloys/
Soldering and brazing materials for noble metals/
Noble alloys for metal-bonded ceramic restorations/
Base Metal Casting Alloys/
Introduction/
Composition/
Manipulation of base metal casting alloys/
Properties/
Comparison with casting gold alloys/
Biocompatibility/
Metals and alloys for implants/
Suggested further reading/ Casting
Introduction/
Investment mould/
Casting machines/
Faults in castings/
Suggested further reading/ Steel and Wrought Alloys
Introduction/
Steel/
Stainless steel/
Stainless steel denture bases/
Wires/
Suggested further reading/ Ceramics and Porcelain Fused to Metal (PFM)
Introduction/
Composition of traditional dental porcelain/
Compaction and firing/
Properties of porcelain/
Alumina inserts and aluminous porcelain/
Sintered alumina core ceramics/
Injection moulded and pressed ceramics/
Cast glass ceramics/
CAD-CAM restorations/
Porcelain veneers/
Porcelain fused to metal (PFM)/
Capillary technology/
Bonded platinum foil/
Suggested further reading/ Synthetic Polymers
Introduction/
Polymerization/
Physical changes occurring during polymerization/
Structure and properties/
Methods of fabricating polymers/
Suggested further reading/ Denture Base Polymers
Introduction/
Requirements of denture base polymers/
Acrylic denture base materials/
Modified acrylic materials/
Alternative polymers/
Suggested further reading/ Denture Lining Materials
Introduction/
Hard reline materials/
Tissue conditioners/
Temporary soft lining materials/
Permanent soft lining materials/
Self-administered relining materials/
Suggested further reading/ Artificial Teeth
Introduction/
Requirements/
Available materials/
Properties/
Suggested further reading/ Impression Materials: Classification and Requirements
Introduction/
Classification of impression materials/
Requirements/
Clinical considerations/
Suggested further reading/ Non-elastic Impression Materials
Introduction/
Impression plaster/
Impression compound/
Impression waxes/
Zinc oxide/eugenol impression pastes/
Elastic Impression Materials: Hydrocolloids/
Introduction/
Reversible hydrocolloids (agar)/
Irreversible hydrocolloids (alginates)/
Combined reversible/irreversible techniques/
Modified alginates/
Suggested further reading/ Elastic Impression Materials: Synthetic Elastomers
Introduction/
Polysulphides/
Silicone rubbers (condensation curing)/
Silicone rubbers (addition curing)/
Polyethers/
Comparison of the properties of elastomers/
Suggested further reading/ Requirements of Direct Filling Materials and Historical Perspectives
Introduction/
Rheological properties and setting characteristics/
Chemical properties/
Thermal properties/
Mechanical properties/
Adhesion/
Biological properties/
Historical/
Dental Amalgam/
Introduction/
Composition/
Setting reactions/
Properties/
Clinical handling notes for dental amalgam/
Manipulative variables/
Suggested further reading/ Resin-based Filling Materials
Introduction/
Acrylic resins/
Composite materials/
Classification and composition of composites/
Properties of composites/
Clinical handling notes for composites/
Applications of composites/
Suggested further reading/ Adhesive Restorative Materials: Bonding of Resin-based Materials
Introduction/
Acid-etch systems for bonding to enamel/
Applications of the acid-etch technique/
Bonding to dentine - background/
Attempts at chemical bonding/
Dentine conditioning - the smear layer/
Priming and bonding/
Current concepts in dentine bonding - the hybrid layer/
Bonding to alloys, amalgam and ceramics/
Bond strength and leakage measurements/
Suggested further reading/ Glass Ionomer Restorative Materials (Polyalkenoates)
Introduction/
Composition/
Setting reaction/
Properties/
Cermets/
Applications and clinical handling notes/
Suggested further reading/ Resin-modified Glass Ionomers and Related Materials
Introduction/
Composition and classification/
Setting characteristics/
Dimensional change and dimensional stability/
Mechanical properties/
Adhesive characteristics/
Fluoride release/
Clinical handling notes/
Suggested further reading/ Temporary Crown and Bridge Resins
Introduction/
Requirements/
Available materials/
Properties/
Requirements of Dental Cements for Lining, Base and Luting Applications/
Introduction/
Requirements of cavity lining materials/
Requirements of luting materials/
Requirements of endodontic cements/
Requirements of orthodontic cements/
Cements based on Phosphoric Acid/
Introduction/
Zinc phosphate cements/
Silicophosphate cements/
Copper cements/
Suggested further reading/ Cements based on Organometallic Chelate Compounds
Introduction/
Zinc oxide/eugenol cements/
Ortho-ethoxybenzoic acid (EBA) cements/
Calcium hydroxide cements/
Suggested further reading/ Polycarboxylates, Glass Ionomers and Resin-modified Glass Ionomers for Luting and Lining
Introduction/
Polycarboxylate cements/
Glass ionomer cements/
Resin-modified glass ionomers and compomers/
Suggested further reading/
Index/
>Buy from Amazon.com ISBN:0632042087
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Advances in Glass-Ionomer Cements
(Hardcover: 303 pages June 15, 1999)