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 Influences of Steel on Pickle?Free Systems (pages 329–336): Joseph P. Hingsbergen
Chapter 2 Guidelines for Pickle?Free Operations (pages 337–340): Gregory R. Prinzbach
Chapter 3 Plant Experiences with Pickle?Free Systems—A Panel Presentation (pages 341–345): Floyd J. Williams and Robin W. Watson
Chapter 4 Using Synthetic Drawing Compounds (page 346): Bruce Caswell
Chapter 5 Dealing with Rust in Pickle?Free Systems (pages 347–349): E. Darden Newman and John L. Desantis
Chapter 6 The Determination of Acid in Oxyacid Pickling Systems (pages 350–353): Neal G. Sellers
Chapter 7 Processing Oven Cavities with Porcelain Enamel Powder (pages 354–361): Douglas D. Giese
Chapter 8 Production Experience Using No?Clean with Porcelain Enamel Powder (pages 362–366): Edin A. Simpkins
Chapter 9 Prduction of Water Heater Tanks Using Porcelain Enamel Powder (pages 367–369): Craig Williams
Chapter 10 Plant Experiences with Porcelain Enamel Powder—A Panel Presentation (pages 370–374): William Buckley and Michael Horton
Chapter 11 Latest Porcelain Enamel Application Technology for Appliance Components (pages 375–379): Cullen L. Hackler and Hans Hoffman
Chapter 12 Electroporcelain Enameling (pages 380–385): Albrecht Betz and Karl O. Helm
Chapter 13 Worldwide Advances in Materials and Processing (pages 386–390): William D. Faust
Chapter 14 Electrodeposition in the United States (pages 391–393): Ernest W. Hughes and David F. Thomas
Chapter 15 Industry Test Methods (pages 394–396): Thomas E. Penisten
Chapter 16 Control of a Tensile Testing System (pages 397–400): Roman J. Kiszenia
Chapter 17 Monitoring Quality of Incoming Steel (pages 401–405): Thomas W. Crockett
Chapter 18 Frit Making (pages 406–412): John Jozefowski
Chapter 19 A Gas Furnace Renovation—A Case History (pages 413–419): Mark A. Weaver and Dick Shaw
Chapter 20 Latest in Furnace Design and Construction—A Panel Presentation (pages 420–424): Louis C. Kolar, Raymond R. Gaul, Ronald L. Allen and Gene Skerkoske
Chapter 21 A New Cold Rolled Steel for Porcelain Enameling (pages 425–448): S. T. Furr and Otto Ehrsam
Chapter 22 Plant Experiences Using Cold Rolled or Continuous Cast Steel for Porcelain Enameling—A Panel Presentation (pages 449–453): Dean Trott, Gordon Shippy, Charles Keal and Hilton Rahn
Chapter 23 Fabrication Guidelines for Porcelain Enameling (pages 454–455): Lester N. Smith
Chapter 24 Enameling of Cast Iron Stove Components (pages 456–460): Liam O'Byrne
Chapter 25 Decorative Applications (pages 461–463): Cheryll Leo?Gwin
Chapter 26 Fine Screen Printing (pages 464–470): Carl G. Sundberg and William R. Lindner
Chapter 27 Porcelain Enamel's Use in Power Generator Plants (pages 471–474): Thomas Kraaijveld and Louis J. Gazo
Chapter 28 Porcelain Enamel in Electronics (pages 475–479): Robert B. Schabacker
Chapter 29 Black Specking in Porcelain Enamel Powder Applications (pages 480–487): Vernon C. Jett
Chapter 30 Black Specking Problems—A Panel Presentation (pages 488–492): Daniel Luehrs and Robin W. Watson
Chapter 31 Demonstrating Materials Conservation (pages 493–494): James Ayres
Chapter 32 Current Regulatory Challenges Confronting Industry (page 495): James J. Carleton
Chapter 33 Latest on EPA's New TCLP Test (page 496): Jack E. Waggener