This volume is part of the Ceramic Engineering and Science Proceeding  (CESP) series.  This series contains a collection of papers dealing with issues in both traditional ceramics (i.e., glass, whitewares, refractories, and porcelain enamel) and advanced ceramics. Topics covered in the area of advanced ceramic include bioceramics, nanomaterials, composites, solid oxide fuel cells, mechanical properties and structural design, advanced ceramic coatings, ceramic armor, porous ceramics, and more.

Content:
Chapter 1 The A. I. Andrews Memorial Lecture: Modern Methods of Materials Analysis (pages 347–365): Wendell S. Williams
Chapter 2 Interior Coatings for Flues of Domestic Water Heaters (pages 366–369): Edwin K. Jensen
Chapter 3 Effect of Furnace Moisture on Ground?Coat Surface Quality (pages 370–373): Robert E. Ott
Chapter 4 The Outlook for Cobalt (pages 374–375): James F. Walls
Chapter 5 Industry Experiences with Low Cobalt Ground Coats—A Panel Discussion (pages 376–379): Narayan M. Sedalia, James D. Sullivan and Dennis E. McCloskey
Chapter 6 No?Nickel?No?Pickle Systems—Benefits and Limitations (pages 380–381): Craig L. Williams
Chapter 7 Observations on No?Nickel?No?Pickle Systems in the Production of Architectural Panels (pages 382–390): Douglas D. Giese
Chapter 8 Industry Experiences with No?Nickel?No?Pickle Systems—A Panel Presentation (pages 391–392): Donald R. Sauder, Lloyd Hansen and W. C. Bennight
Chapter 9 Emerging Trends in the Use of Porcelain?Enamel Powder (pages 393–395): Darrel R. Rogers
Chapter 10 The Role of Particle Size in Porcelain?Enamel Powders (pages 396–403): John A. Olenick
Chapter 11 A Review of Past Experience and Future Plans of the Tappan Co. for No?Nickel?No?Pickle Powder Porcelain Enamel (pages 404–407): Charles H. Hickox and Donald R. Sauder
Chapter 12 A Decision to use Porcelain?Enamel Powder for Range Components (pages 408–409): William T. Runions
Chapter 13 Regular Maintenance Sharpens Powder?Coating Efficiency (pages 410–412): Robert H. Keown
Chapter 14 Robots for Use in Porcelain Enameling (pages 413–415): John F. Treuschel
Chapter 15 A New Concept in Powder?Spray Booths (pages 416–417): Peter P. Surso
Chapter 16 A Look at New Equipment (pages 418–420): John Daigle
Chapter 17 Cost?Effectiveness of Detergent Concentrates for Metal Preparation (pages 421–425): William Mcclure and Robert J. O'Donoghue
Chapter 18 A Checklist for Furnace Design to Achieve Maximum Energy Utilization (pages 426–433): Louis C. Kolar
Chapter 19 Experiences with Luminous?Wall Furnaces (pages 434–438): Morrie M. Mayer
Chapter 20 The Conversion of an Electric Furnace to Gas (pages 439–441): Leo S. Supinski
Chapter 21 A Retrofit Furnace to Reduce Fuel Cost and Increase Production (pages 442–443): William T. Runions
Chapter 22 The Economics of Ceramic?Fiber Insulation in Enameling Furnaces (pages 444–446): Lester N. Smith
Chapter 23 Reaction of Various Enamel Systems to Direct Firing (pages 447–458): Jeffery F. Wright and Charles H. Layne
Chapter 24 Current Practices in Enameling Cast Iron by the Wet?Process Method (pages 459–461): Gary F. Elliott
Chapter 25 Frit Recycling for Compliance and Profit (pages 462–463): David S. Cameron
Chapter 26 Industry Experience in Improved Frit Utilization—A Panel Presentation (pages 464–465): James W. Elliott and William P. Pavia
Chapter 27 The Importance of an Environmental Audit (pages 466–467): David S. Cameron
Chapter 28 A Checklist for Dealing with Hazardous Waste (pages 468–471): James J. Carleton