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 Ceramic?Metal Interface (pages 105–114): William B. Shook
Chapter 2 Natural Gas Availability: Short Range and Long Range (pages 115–121): Robert A. Modlin
Chapter 3 Energy Management in a Diversified Corporation (pages 122–125): Martin A. Mozzo
Chapter 4 Availability of Frit Raw Materials (pages 126–128): Leo Hall
Chapter 5 Furnace Design Trends (pages 129–131): R. Bruce Watson
Chapter 6 Luminous Wall Furnaces in Australia (pages 132–134): John Geary
Chapter 7 Furnace Conversions for Energy Savings (pages 135–137): Daniel R. Yearick
Chapter 8 Industry Experiences with Furnace Modifications a Panel Presentation (pages 138–140): Bernard L. Hall, George Richards and Rush S. Dale
Chapter 9 Electrodeposition: Status and Outlook (pages 141–151): Hans W. Hoffman and Thomas L. Stalter
Chapter 10 Worldwide Status Report on Powder Installations (pages 152–154): William D. Faust
Chapter 11 New Concepts in Powder Systems (pages 155–158): James F. Zeiss
Chapter 12 Industrial Achievements of Powder Enameling (pages 159–161): Fermin Cillero
Chapter 13 Powder Applications for Dishwashers: Three Years Advancement (pages 162–165): Philip A. Mundy and Rodney L. Ward
Chapter 14 Use of Powder in a Water Heater Plant (page 166): Gunter J. Lissy
Chapter 15 Cleanliness Measurement Techniques on Sheet Steel Surfaces (pages 167–172): Phillip L. Coduti and Donald G. Earl
Chapter 16 Effect of Rate of Temperature Change on Stress in Porcelain Enamel (pages 173–177): Joseph F. Uher and Charles M. Loane
Chapter 17 Method for Determining Cleanability of Mill Oil (pages 178–183): John L. DeSantis and Darden Newman
Chapter 18 Cold Cleaning Prior to Porcelain Enameling (pages 184–186): Jason Douglas Bennett
Chapter 19 Experiences with Liquid Cleaners and Neutralizers (pages 187–189): Robert Watson and Frank D. Fleener
Chapter 20 Petroleum?Free Metal Forming Prior to Porcelain Enameling (pages 190–191): Patrick J. Crilley and R. Harvey Smith
Chapter 21 Principles and Parameters of Oxy?Acid Metal Preparation (pages 192–193): Joseph P. Hingsbergen
Chapter 22 Oxy?Acid, Low?Nickel Spray Pickle (pages 194–198): Thomas E. Penisten
Chapter 23 Installation of an Oxy?Acid Pickle System: a Case History (pages 199–200): Dennis E. McCloskey
Chapter 24 Plant Experiences with Oxy?Acid Pickling (page 201): William H. Caldwell and William M. McClure
Chapter 25 Alternatives for Handling Porcelain Enamel Solid Wastes (pages 202–207): Richard G. Rion
Chapter 26 Reclamation of Scrap Frit (pages 208–210): Gordon Shippy
Chapter 27 Handling Frit Sludge from Sumps (pages 211–212): G. Thomas Cavanaugh
Chapter 28 Glasslining Hot Water Tanks with Cobalt?Free Materials (pages 213–214): Carl G. Strobach
Chapter 29 Plant Experiences with Low?Cobalt and Cobalt?Free Ground Coats (page 215): Lloyd Hansen, William H. Caldwell and Gordon Shippy
Chapter 30 Production Challenges Involved in Manufacturing the World' Largest Porcelain Enamel Sign (pages 216–220): Rush S. Dale and William E. Pierce
Chapter 31 Consumer Attitudes on Ranges (pages 221–226): B. J. Conner