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 Glass?Metal Reactions and Physical Properties of Enamels (pages 143–159): James D. Sullivan
Chapter 2 Industry Experience with Porcelain?Enameled Steel Substrates for Electronic Applications (pages 160–165): Robert B. Schabacker
Chapter 3 Developments with Porcelain Enamel Steel Substrates for Electronic Applications (pages 166–177): Lubomyr Onyshkevych
Chapter 4 Some Thermal Stress Problems in Porcelain Enamel?Coated Rods (pages 178–187): Glenn Mcdonald and Robert C. Hendricks
Chapter 5 Some Current Government Activities Relating to the Porcelain Enamel Industry (pages 188–191): Howard F. Smalley and Richard I. Moss
Chapter 6 Current Environmental Programs Impacting the Porcelain Enamel and Related Industries (page 192):
Chapter 7 Properties and Enameling Characteristics of Sheet Steels for Porcelain Enameling (pages 193–198): Donald A. Toland
Chapter 8 Identifying Steel Soils (pages 199–204): Patrick J. Crilley
Chapter 9 Practices in Porcelain Enamel Plants That Cause Production Difficulties and Enameling Defects (pages 205–209): Fred Allenbaugh
Chapter 10 Low?Temperature Cleaning—A Case History (pages 210–213): Alfred H. Pope
Chapter 11 Mechanism of Nickel?Flash Coating in Porcelain Enamel?to?Steel Bonding (pages 214–227): Yong?Wu Kim
Chapter 12 Energy?Efficient Furnace Systems (pages 228–231): Louis C. Kolar
Chapter 13 Energy Savings in Furnaces Using Ceramic Fiber Modules (pages 232–237): Ronald L. Allen and Lester N. Smith
Chapter 14 Plant Experience with Ceramic Fiber Modules as a Veneer Lining in Furnaces (pages 238–243): Thomas E. Penisten
Chapter 15 Industry Experiences with Furnace Modification: A Panel Discussion (pages 244–248): Oscar A. Jeude, James Marcotte, Edward L. Macoicz and W. Charles Bennight
Chapter 16 Two?Coat/One?Fire Alternatives (pages 249–255): Werner Joseph
Chapter 17 Analysis of Two?Coat/One?Fire Powder System Adherence (pages 256–269): William D. Faust, Holger F. Evele and James W. Smith
Chapter 18 Study of Bond Development and Cobalt Replacement in Frit Powder Systems (pages 270–280): Gary F. Howorth and R. Stephen Barr
Chapter 19 The P/E Plant of 1990—A Look Ahead (pages 281–289): Jeffrey F. Wright
Chapter 20 A Decision to Move to P/E Powder—A Progress Report (pages 290–294): Donald R. Sauder
Chapter 21 Experiences with Porcelain Enamel Powder in Production (pages 295–300): Hans W. Hoffman and Jorn Drake
Chapter 22 Quick Color Change Capabilities with Porcelain Enamel Powder (pages 301–303): Gunter J. Lissy
Chapter 23 Production Experience with a Pickle?Free Enameling System (pages 304–309): Alfred G. Carter and M. George Sinkovec
Chapter 24 Observations on Industry Experiences with Low?Cobalt/No?Cobalt Systems (pages 310–312): Archie E. Farr
Chapter 25 Industry Experiences with No?Cobalt/Low?Cobalt Systems: A Panel Presentation (pages 313–315): Daniel R. Yearick, Lester N. Smith and Narayan M. Sedalia
Chapter 26 Industry Looks at Energy Conservation: A Panel Presentation (pages 316–320): Bobbie G. Stewart, G. Thomas Cavanaugh and Gordon Shippy
Chapter 27 Responding to the Hazardous Waste Requirements (page 321): James J. Carleton
Chapter 28 Role of Eight Selected Metals* in Porcelain Enamel (pages 322–324): Thomas L. Stalter
Chapter 29 Concepts and Experiences in Using Reclaimed Enamels: A Panel Presentation (pages 325–328): Frank Vondracek, Thomas L. Stalter and Bernard Borowski
Chapter 30 Plant Programs for Materials Reclamation: A Panel Presentation (pages 329–332): Daniel R. Yearick, Rush S. Dale and W. Roland Verchota