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| 书名： | A Collection of Papers Presented at the 94th Annual Meeting and the 1992 Fall Meeting of the Materials & Equipment/Whitewares Manufacturing: Ceramic Engineering and Science Proceedings, Volume 14, Issue 1/2 | |
|---|---|---|
| 作者： | John B. Wachtman | |
| 出版时间： | 2008-03-28 | |
| ISBN： | 9780470375235(P-ISBN) ，9780470314050(O-ISBN) | |
| 摘要： | ||
| 摘要： | ||
书目详情：
Frontmatter (pages i–ix)
Chapter 1
Plaster of Paris Used in the Sanitary Ware Industry (pages 1–10)Chapter 2
Porous Plastic Molds for Casting and Pressing (pages 11–14)Chapter 3
Dry Fine Grinding and Granulation vs Wet Grinding and Spray Drying in the Preparation of a Redware Mix for Fast-Single-Fired Vitrified Tile (pages 15–24)Chapter 4
Rheology of a Low-Plastic Ceramic Body Containing Na-Bentonite (pages 25–33)Chapter 5
Slip Response to Size Distribution Extension via Coarse Particle Additions (pages 34–40)Chapter 6
Ceramic Slurry Control in Manufacturing (pages 41–56)Chapter 7
Modeling the Slip Casting Process (pages 57–68)Chapter 8
Microwave Drying of Electrical Porcelain: A Feasibility Study (pages 69–76)Chapter 9
Theory of Fast Firing (pages 77–115)Chapter 10
Study of the Reactions During the Firing of a Whiteware (pages 116–125)Chapter 11
Electrical Firing of Stoneware (pages 126–131)Chapter 12
What is a Low-Lead Glaze? (pages 132–136)Chapter 13
Color in Lead and Lead-Free Glazes II (pages 137–154)Chapter 14
A Study of Boron-To-Silica Ratios in Fast-Fire Frits and Their Effect on Color Development (pages 155–162)Chapter 15
Mechanochemical Treatment of Raw Batch of Ceramic Frit for Glaze (pages 163–175)Chapter 16
The Effect of Zircon Dissolution and Reprecipitation on the Color Development of Glazes (pages 176–189)Chapter 17
Kentucky-Tennessee Clay Company Sanitary Ware Survey 1990-1991 (pages 190–205)Chapter 18
Classification of Select Clays Using Methylene Blue and Particle-Crowding Indices (pages 206–211)Chapter 19
Electromagnetic Separation of Ferromagnetic Particles from Ceramic Materials (pages 212–223)Chapter 20
Use of Pyrometric Products in Quality Programs to Evaluate Maturation Temperature During Firing (pages 224–235)Chapter 21
Innovations in Firing Sanitary Ware (pages 236–238)Chapter 22
Evaluation of a New, Low-Density, Prewashed Profile Setter for Bone China Manufacturing (pages 239–246)Chapter 23
Computer Simulation and Analysis of Ceramic Firing (pages 247–257)Chapter 24
Continuous In-Line Debinding and Sintering of Aluminum Nitride Parts (pages 258–263)Chapter 25
Fluidized-Bed Jet Milling of Ceramics (pages 264–270)Chapter 26
A New Process of Manufacturing α-Alumina (pages 271–273)Chapter 27
Low-Cost Processing of Dense and Complex Products (pages 274–287)Chapter 28
Optimized Processing of Advanced Ceramics: A Case Study in Slip Casting Y-TZP (pages 288–297)Chapter 29
Extrusion of Lightweight Construction Materials from Fly Ash (pages 298–308)Chapter 30
Total Cost Approach for Ceramic Component Development (pages 309–320)Chapter 31
Self-Reinforced Silicon Nitride by Gas Pressure Sintering (pages 321–332)Chapter 32
Design for Manufacturing for Cellular Ceramic Substrates (pages 333–338)Chapter 33
Sintering of Alumina Coating on Tungsten and Tungsten-Rhenium Alloy Wires (pages 339–343)Chapter 34
Ceramic Processing Using Designed Partial Factorial Experiments (pages 344–359)Chapter 35
Development of a Cost-Effective Silicon Nitride Powder in DOE's Ceramic Technology Project (pages 360–369)Chapter 36
Predicting Extrudability of Batch via Torque and Capillary Rheometry (pages 370–377)Chapter 37
Cost-Effective Sintered Reaction-Bonded Silicon Nitride for Structural Ceramics (pages 378–388)Chapter 38
High-Temperature Compression Test Apparatus for Fiber-Reinforced Ceramic Composites (pages 389–397)Chapter 39
Tunable TM010 Mode Cavity with Variable Coupling for Microwave Processing of Low-Loss Materials (pages 398–404)Chapter 40
Sol-Gel Route to Celsian Ceramic (pages 405–415)Chapter 41
Precise Control of Shrinkage for Near-Net-Shape Forming (pages 416–424)Chapter 42
Crystalline Silica (pages 425–430)Chapter 43
Solution Release of Lead from Incinerator Slags– State of the Art (pages 431–440)Chapter 44
Permitting Under the Clean Air Act of 1990 (pages 441–444)Chapter 45
Air Pollution from Ceramic Tile Processes (pages 445–456)Chapter 46
Boron Removal in Wastewater from Ceramic Tile Factories (pages 457–467)Chapter 47
Chrome-Bearing Hazardous Waste (pages 468–471)Chapter 48
Getting the Lead Out–A Case Study (pages 472–483)Chapter 49
Influence of Uncertainty on Process Control Strategies (pages 484–493)Chapter 50
Plant-Wide SPC Operations and Quality Control (pages 494–504)Chapter 51
Quality Assurance Two Years On (pages 505–510)Chapter 52
Implementing an IS0 9002 Quality System (pages 511–518)Chapter 53
TQM: A Shop Floor Perspective (pages 519–526)Chapter 54
ISO and the United States (pages 527–534)Chapter 55
ISO 9000 Certification for the Ceramic Industry (pages 535–544)Chapter 56
Corning Incorporated's ISO 9000 Initiative (pages 545–549)
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