Advances in Process Measurements for the Ceramics Industry
Until now, there has been no single source of information that deals with the various facets of green body formation, starting from sampling of raw materials, through characterization of particle size, dispersion and various physical and chemical properties in a holistic approach. Advances in Process Measurements for the Ceramics Industry aims to fill that gap.\ This new book includes chapters on theoretical aspects of issues related to the characterization of processing while preparing green...
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Until now, there has been no single source of information that deals with the various facets of green body formation, starting from sampling of raw materials, through characterization of particle size, dispersion and various physical and chemical properties in a holistic approach. Advances in Process Measurements for the Ceramics Industry aims to fill that gap. This new book includes chapters on theoretical aspects of issues related to the characterization of processing while preparing green bodies. These issues are clarified and reinforced through case studies presented by recognized leaders in academia and industry with proven track records. Because it deals with both theoretical and applied issues of process control through reliable characterization, this book will be of great interest to professionals in manufacturing and industry, as well as researchers and academics. Booknews The 23 chapters represent a sampling of some of the measurement issues encountered during powder processing and characterization of processing of ceramics. The chapters focus on recent technical advances, present case studies where innovative solutions have been developed, and discuss some fundamental aspects and underlying theory behind these problems. The section headings are powders and granules, temporary forming additives, suspensions, and green and fired bodies. Example topics are new characterization techniques to control the manufacturing process of fine ceramics, attaining high solids in ceramic slurries, controlling bulk density for dry press manufacturing, and refractive index considerations in light scattering particle size measurements. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Measurement Needs in Ceramic Processing (George Y. Onoda). POWDERS AND GRANULES. Sampling: What? When? How? Why? (D.B. Minor). Identification and Characterization of a Model Powder System for Assessment of Particle Size Measurement Techniques and Procedures (A. Jillavenkatesa, V.A. Hackley and G.Y. Onoda). Powder Standard Reference Materials (J.F.Kelly). Surface Area and Porosity Characterization (Gas Adsorption: An Overview by H. Giesche). New Characterization Techniques to Control the Manufacturing Process of Fine Ceramics: A Case Study of the Origin of Property Variation with Spray Dryer Size (M. Naito, T. Hotta, O. Hayakawa, N. Shinohara, M. Okumiya and K. Uematsu). Chemical Analysis of Metallic Impurities in Alumina, Aluminium Nitride, Silicon Nitride, and Silicon Carbide (R. Matschat, K. Meyer, H.-J. Heinrich and H. Scharf). Chemical Analysis of Carbon, Nitrogen, and Oxygen in Silicon Nitride (P. Pei, L. Lum and G.Y. Onoda). TEMPORARY FORMING ADDITIVES. FTIR and Raman Spectroscopy of Various Organic Dispersants and Protectants on Ceramics and Glasses: A Review (R.A. Condrate Sr. and D. Lee). Monitoring of the Conformation of Dispersant Molecules for Enhanced Stability and Rheology of Slurries (P. Somasundaran, K.K. Das and L. Huang). SUSPENSIONS. Attaining High Solids in Ceramic Slurries (Mark A. Janney). The Role of Solution Chemistry in Understanding Colloidal Stability of Ceramic Suspensions (J.H. Adair and H.G. Krarup). On-line Ultrasonic Spectroscopy (D.M. Scott). Development ofElectroacoustic Methods and Their Application in Ceramic Processing (V.A. Hackley). GREEN AND FIRED BODIES. An Overview of Moisture Measurement Techniques for Ceramic Processing (P.S. Wang and G. Onoda). The Segregation of Powders in the Feeding System of an Automatic Die Press: A Case Study (R. Gilissen and M. De Vleeschhauwer). Laboratory Techniques for Bulk Density Measurement (P. Pei, D. Minor and G.Y.Onoda). X-Ray NDE of Density Gradients During Alumina Powder Consolidation: Effects of Suspension Chemistry (V.J. García, C.H. Schilling, S.P. Huss, J.N. Gray, M. Sikora, P. Tomasik and C.P.Li). Controlling Bulk Density for Dry Press Manufacturing: A Case Study (F.J. O' Connor). The Development of Nonintrusive Methods of Sensing and Control of Densification During Electroconsolidation® (W.M. Goldberger and R.R. Fessler). Applications and Needs of Chemical Analysis Techniques for Powders and Sintered Bodies (C. S. Nordahl and G.C. Wei). Gage R&R: An Essential but often Overlooked Component of Statistical Process Control (T. Fanelli). POWDERS AND GRANULES Continued. Refractive Index Considerations in Light Scattering Particle Size Measurements (H. Hildebrand).
\ BooknewsThe 23 chapters represent a sampling of some of the measurement issues encountered during powder processing and characterization of processing of ceramics. The chapters focus on recent technical advances, present case studies where innovative solutions have been developed, and discuss some fundamental aspects and underlying theory behind these problems. The section headings are powders and granules, temporary forming additives, suspensions, and green and fired bodies. Example topics are new characterization techniques to control the manufacturing process of fine ceramics, attaining high solids in ceramic slurries, controlling bulk density for dry press manufacturing, and refractive index considerations in light scattering particle size measurements. Annotation c. Book News, Inc., Portland, OR booknews.com\ \
