What is included with this book?
General Classes and Properties of Dental Materials | |
Overview of Materials for Dental Applications | p. 3 |
What Are Dental Materials? | p. 4 |
Historical Use of Restorative Materials | p. 6 |
Standards for Dental Materials | p. 9 |
ADA Acceptance Program | p. 9 |
General Provisions for ADA Acceptance | p. 11 |
U.S. Food and Drug Administration Regulations | p. 13 |
International Standards | p. 14 |
ISO Standards, Subcommittees, and Working Groups | p. 15 |
Other Dental Standards Organizations | p. 16 |
How Safe Are Dental Restorative Materials? | p. 18 |
Structure of Matter and Principles of Adhesion | p. 21 |
Change of State | p. 22 |
Interatomic Primary Bonds | p. 23 |
Interatomic Secondary Bonds | p. 25 |
Interatomic Bond Distance and Bonding Energy | p. 26 |
Thermal Energy | p. 28 |
Crystalline Structure | p. 30 |
Noncrystalline Solids and Their Structures | p. 32 |
Diffusion | p. 33 |
Adhesion and Bonding | p. 34 |
Adhesion to Tooth Structure | p. 39 |
Physical Properties of Dental Materials | p. 41 |
What Are Physical Properties? | p. 42 |
Abrasion and Abrasion Resistance | p. 43 |
Viscosity | p. 43 |
Structural and Stress Relaxation | p. 45 |
Creep and Flow | p. 46 |
Color and Color Perception | p. 46 |
Thermophysical Properties | p. 52 |
Introduction to Tarnish and Corrosion | p. 56 |
Causes of Tarnish and Corrosion | p. 57 |
Classification of Corrosion | p. 57 |
Electrochemical Corrosion | p. 58 |
Protection Against Corrosion | p. 65 |
Corrosion of Dental Restorations | p. 65 |
Evaluation of Tarnish and Corrosion Resistance | p. 66 |
Clinical Significance of Galvanic Currents | p. 69 |
Mechanical Properties of Dental Materials | p. 73 |
What Are Mechanical Properties? | p. 74 |
Stresses and Strains | p. 75 |
Mechanical Properties Based on Elastic Deformation | p. 79 |
Strength Properties | p. 85 |
Mechanical Properties of Tooth Structure | p. 92 |
Mastication Forces and Stresses | p. 93 |
Other Mechanical Properties | p. 94 |
Stress Concentration Factors | p. 99 |
Criteria for Selection of Restorative Materials | p. 100 |
Solidification and Microstructure of Metals | p. 103 |
Metals | p. 104 |
Metallic Bonds | p. 107 |
Alloys | p. 107 |
Solidification of Metals | p. 108 |
Equilibrium Phases in Cast Alloys | p. 119 |
Classification of Alloys | p. 120 |
Solid Solutions | p. 121 |
Constitution or Equilibrium Phase Diagrams | p. 124 |
Eutectic Alloys | p. 130 |
Physical Properties | p. 134 |
Peritectic Alloys | p. 134 |
Solid State Reactions | p. 135 |
Other Binary Systems | p. 139 |
Ternary and Higher-Order Alloy Systems | p. 140 |
Dental Polymers | p. 143 |
Applications of Resins in Dentistry | p. 144 |
Classification | p. 144 |
Requisites for Dental Resins | p. 145 |
Physical Properties of Polymers | p. 150 |
Chemistry of Polymerization | p. 154 |
Copolymerization | p. 162 |
Acrylic Dental Resins | p. 163 |
Biocompatibility of Dental Materials | p. 171 |
Biocompatibility: Historical Background | p. 172 |
Adverse Effects from Dental Materials | p. 174 |
Biological Response in the Dental Environment | p. 181 |
Measuring the Biocompatibility of Materials | p. 188 |
Current Biocompatibility Issues in Dentistry | p. 194 |
Clinical Guidelines for Selecting Biocompatible Materials | p. 200 |
Auxiliary Dental Materials | |
Impression Materials | p. 205 |
Impression Materials: Purpose and Requirements | p. 207 |
Materials Used for Making Impressions | p. 208 |
Elastomeric Impression Materials | p. 210 |
Elastomeric Impression Materials: Chemistry and Composition | p. 212 |
Elastomeric Materials: Making an Impression | p. 216 |
Elastomeric Impression Materials: Properties | p. 223 |
Hydrocolloids | p. 231 |
Agar (Reversible) Hydrocolloids | p. 234 |
Alginate (Irreversible) Hydrocolloids | p. 239 |
Other Applications and Handling of Hydrocolloids | p. 245 |
Inelastic Impression Materials | p. 248 |
Impression Compound | p. 250 |
Zinc Oxide-Eugenol (ZOE) Impression Pastes | p. 251 |
Gypsum Products | p. 255 |
Uses of Gypsum in Dentistry | p. 255 |
Dental Plaster and Stone | p. 257 |
Setting of Gypsum Products | p. 258 |
Setting Reactions | p. 259 |
Tests for Working, Setting, and Final Setting Times | p. 261 |
Control of the Setting Time | p. 264 |
Setting Expansion | p. 266 |
Accelerators and Retarders: Practice and Theory | p. 268 |
Hygroscopic Setting Expansion | p. 270 |
Strength | p. 271 |
Types of Gypsum Products | p. 273 |
Proportioning, Mixing, and Caring for Gypsum Products | p. 276 |
Infection Control | p. 280 |
Dental Waxes | p. 283 |
Types of Inlay Wax | p. 284 |
Composition | p. 285 |
Desirable Properties | p. 286 |
Flow | p. 287 |
Thermal Properties | p. 288 |
Wax Distortion | p. 289 |
Manipulation of Inlay Wax | p. 290 |
Other Dental Waxes | p. 292 |
Casting Investments and Procedures | p. 295 |
Gypsum-Bonded Investment | p. 296 |
Phosphate-Bonded Investment | p. 309 |
Ethyl Silicate-Bonded Investment | p. 313 |
Clinical Evaluation of Casting Fit | p. 314 |
Compensation for Solidification Shrinkage | p. 316 |
Preparation of the Master Die | p. 316 |
Methods of Altering Die Dimensions | p. 317 |
Variables and Principles of Optimal Sprue Design | p. 319 |
Casting Ring Liner | p. 323 |
Investing Procedure | p. 324 |
Casting Procedure | p. 326 |
Technical Considerations for Phosphate-Bonded Investment | p. 336 |
Causes of Defective Castings | p. 337 |
Finishing and Polishing Materials | p. 351 |
Benefits of Finishing and Polishing Restorative Materials | p. 352 |
Principles of Cutting, Grinding, Finishing, and Polishing | p. 352 |
Abrasion and Erosion | p. 358 |
Abrasive Instrument Design | p. 361 |
Types of Abrasives | p. 367 |
Finishing and Polishing Procedures | p. 371 |
Dentifrices | p. 373 |
Direct Restorative Materials | |
Bonding | p. 381 |
Mechanisms of Adhesion | p. 382 |
Acid-Etch Technique | p. 382 |
Dentin Bonding Agents | p. 386 |
Measurement of Bond Strength and Microleakage | p. 394 |
Glass Ionomer Restoratives | p. 395 |
Amalgam Bonding | p. 396 |
Pit and Fissure Sealants | p. 396 |
Restorative Resins | p. 399 |
Aesthetic Restorative Materials | p. 400 |
Composite Restorative Materials | p. 401 |
Curing of Resin-Based Composites | p. 410 |
Classification of Resin-Based Composites | p. 417 |
Composites for Posterior Restorations | p. 428 |
Use of Composites for Resin Veneers | p. 433 |
Finishing of Composites | p. 434 |
Biocompatibility of Composites | p. 436 |
Repair of Composites | p. 437 |
Survival Probability of Composites | p. 437 |
Dental Cements | p. 443 |
Dental Cements | p. 445 |
Fluoride-Releasing Cements for Direct-Filling Restorations | p. 446 |
Cements as Luting Agents | p. 449 |
Agents for Pulp Protection | p. 458 |
Zinc Phosphate Cement | p. 461 |
Zinc Polycarboxylate Cement | p. 466 |
Glass Ionomer Cement | p. 471 |
Metal-Reinforced Glass Ionomer Cements | p. 479 |
Highly Viscous Conventional Glass Ionomer Cement | p. 481 |
Resin-Modified Glass Ionomer Cement (Hybrid Ionomer) | p. 482 |
Compomer | p. 484 |
Resin Cements | p. 486 |
Zinc Oxide-Eugenol Cement | p. 489 |
Calcium Hydroxide | p. 491 |
Solubility and Disintegration of Cements | p. 492 |
Summary | p. 493 |
Dental Amalgams | p. 495 |
Alloy Composition | p. 496 |
Manufacture of Alloy Powder | p. 500 |
Amalgamation and Resulting Microstructures | p. 502 |
Dimensional Stability | p. 508 |
Strength | p. 511 |
Creep | p. 515 |
Clinical Performance of Amalgam Restorations | p. 516 |
Factors Affecting Success of Amalgam Restorations | p. 520 |
Mercury/Alloy Ratio | p. 521 |
Mechanical Trituration | p. 523 |
Condensation | p. 527 |
Carving and Finishing | p. 530 |
Clinical Significance of Dimensional Change | p. 531 |
Side Effects of Mercury | p. 535 |
Marginal Deterioration | p. 538 |
Repaired Amalgam Restorations | p. 540 |
Direct Filling Gold | p. 545 |
History of Gold Foil Used as a Tooth-Filling Material | p. 546 |
Properties of Pure Gold | p. 546 |
Forms of Direct Filling Gold | p. 547 |
Gold Foil | p. 548 |
Electrolytic Precipitate | p. 550 |
Granular (Powdered) Gold | p. 551 |
Removal of Surface Impurities | p. 551 |
Compaction of Direct Filling Gold | p. 553 |
Physical Properties of Compacted Gold | p. 556 |
The Direct Gold Restoration | p. 558 |
Indirect Restorative and Prosthetic Materials | |
Dental Casting and Soldering Alloys | p. 563 |
Historical Perspective on Dental Casting Alloys | p. 564 |
Desirable Properties of Dental Casting Alloys | p. 567 |
Classification of Dental Casting Alloys | p. 570 |
Alloys for All-Metal and Resin-Veneered Restorations | p. 574 |
High Noble and Noble Alloys for Metal-Ceramic Prostheses | p. 580 |
Base Metal Alloys for Cast Metal and Metal-Ceramic Prostheses | p. 594 |
Biological Hazards and Precautions: Risks for Dental Laboratory Technicians | p. 596 |
Guidelines for Selection and Use of Base Metals for Crown and Bridge Applications | p. 598 |
Partial Denture Alloys and Guidelines for Selection | p. 604 |
Alternatives to Cast Metal Technology | p. 605 |
Soldering of Dental Alloys | p. 608 |
Heat Sources for Soldering | p. 612 |
Technique Considerations for Soldering | p. 614 |
Radiographic Analysis of Solder Joint Quality | p. 616 |
Laser Welding of Commercially Pure Titanium | p. 616 |
Cast-Joining Process | p. 617 |
Wrought Alloys | p. 621 |
Deformation of Metals | p. 622 |
Effects of Annealing Cold-Worked Metal | p. 633 |
Carbon Steels | p. 636 |
Stainless Steels | p. 637 |
Corrosion Resistance and Properties of Austenitic Stainless Steel | p. 639 |
Soldering and Welding of Stainless Steel | p. 643 |
Cobalt-Chromium-Nickel Alloys | p. 645 |
Nickel-Titanium Alloys | p. 646 |
Beta-Titanium Alloys | p. 649 |
Other Wrought Alloys | p. 652 |
Dental Ceramics | p. 655 |
What Are Ceramics? | p. 657 |
History of Dental Ceramics | p. 660 |
Classification of Dental Ceramics | p. 663 |
Ceramic Processing Methods | p. 664 |
Metal-Ceramic Prostheses | p. 666 |
Ceramic Prostheses | p. 680 |
Methods of Strengthening Ceramics | p. 697 |
Abrasiveness of Dental Ceramics | p. 704 |
Clinical Performance of Ceramic Prostheses | p. 710 |
Porcelain Denture Teeth | p. 711 |
Factors Affecting the Color of Ceramics | p. 711 |
Chemical Attack of Glass-Phase Ceramics by Acidulated Phosphate Fluoride | p. 713 |
Criteria for Selection and Use of Dental Ceramics | p. 714 |
Denture Base Resins | p. 721 |
Heat-Activated Denture Base Resins | p. 722 |
Compression Molding Technique | p. 724 |
Polymer-Monomer Interaction | p. 727 |
Chemically Activated Denture Base Resins | p. 734 |
Light-Activated Denture Base Resins | p. 737 |
Physical Properties of Denture Base Resins | p. 738 |
Miscellaneous Resins and Techniques | p. 747 |
Resin Teeth for Prosthetic Applications | p. 754 |
Materials for Maxillofacial Prosthetics | p. 755 |
Dental Implants | p. 759 |
History of Dental Implants | p. 760 |
Classification of Implants | p. 761 |
Implant Components | p. 766 |
Clinical Success of Dental Implants | p. 767 |
Implant Materials | p. 768 |
Selecting an Implant Material | p. 774 |
Biocompatibility of Implants | p. 777 |
Biomechanics | p. 778 |
Summary | p. 780 |
Appendix | p. 783 |
Index | p. 785 |
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