دانلود کتاب Proceedings of the 49th Conference on Glass Problems: Ceramic Engineering and Science Proceedings, Volume 10, Issue 3/4

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 Raw Material Trends in the Glass Industry (pages 118–123): J. E. BaileyChapter 2 Statistical Process Control: A Raw Material Supplier's Perspective (pages 124–129): George H. DidawickChapter 3 Statistical Process Control of Batch Weighments (pages 130–135): Richard K. PeelleChapter 4 A Case History of a Pneumatically Based Batch Plant with an Excellent Performance Record (pages 136–154): Fernand Hubert, Thomas Holley, Carl Hibscher and John PolcynChapter 5 Experiences with Pneumatic Conveying of Mixed Glass Batch (pages 155–163): Jeff ShockChapter 6 Approaches to the Development of Container Compositions (pages 164–172): Harry N. MillsChapter 7 Lightweighting of Glass Containers (pages 173–181): Ralph ChinellaChapter 8 Installation and Operation of a Cullet Preheating System (pages 182–192): William E. Cole, Gregory L. Ridderbusch, Ashok Bendre and Shery PanaheChapter 9 Fundamentals of Tempered Glass (pages 193–206): Ronald A. McMasterChapter 10 Temperature Control in the Glass Melting Process: Current Status and Future Plans (pages 207–222): Richard W. Marshall and Glen KindallChapter 11 Distributed Control Systems for the Modern Glass Plant (pages 223–236): Marty L. Hoss and A. B. HeathChapter 12 Case History of Three Glass Temperature Conditioning Systems at Gallo Glass (pages 237–253): R. Douglas Moore and Glenn H. IrwinChapter 13 Mathematical Modeling of the Gobbing Process (pages 254–267): Richard BergmanChapter 14 What Do We Expect from a Forehearth? (pages 268–287): G. J. JonesChapter 15 Working End Design and Control (pages 288–290): Peter VilkChapter 16 Glass Conditioning from the Throat to the Orifice (pages 291–304): Richard SimsChapter 17 Management Overview of Environmental Concerns at Glassmaking Facilities (pages 305–311): Robert S. DinardoChapter 18 Control of Emissions from a Container Glass Furnace (pages 312–324): A. J. Teller, J. Y. Hsieh and Walter Van SaunChapter 19 NOx Abatement System: Using Molecular Sieve Catalyst Modules for a Glass Melting Furnace (pages 325–337): Manfred Grove and Werner SturmChapter 20 A Study of the Driving Force Behind AZS Glass Phase Exudation (pages 338–347): Dennis WalrodChapter 21 Silica Crown Heat?Ups (pages 348–362): Geoff TurtonChapter 22 The Evolution of the Ceramic Welding Process for the Repair and Maintenance of Glass Furnaces (pages 363–385): Pierre Robyn, Pierre Deschepper and Thad Busby