Chapter 1 The Deming method After twelve months: One Company's adventure (pages 1–13): H. R. Crick, H. Golczynski and G. G. Vining
Chapter 2 making a choice on and Controlling Sampling and checking out mistakes in SPC (pages 14–26): P. N. Sheldon and R. A. Landy
Chapter three results of Oxidation?Reduction Reactions in Magnesia?Graphite Compositions (pages 27–39): Yu?Lian Lin and Charles E. Semler
Chapter four Selective Leaching of Extruded Cordierite Honeycomb constructions (pages 40–51): Thomas H. Elmer
Chapter five Zircon Processing (pages 52–57): okay. okay. Cheang
Chapter 6 Refractories for Torpedo automobiles (pages 58–74): Saburo Miyagawa, Makoto Yokoi, Akira Mastuo, Tadashi Morimoto and Tastuo Kawakami
Chapter 7 Water version test of the Refractory?Lined Lance to Inject Oxygen right into a Molten Iron bathtub (pages 75–78): ok. Kurata
Chapter eight research of Silicon Carbide Refractories after provider in Blast Furnaces (pages 79–99): Donald ok. Henry and Roy W. Brown
Chapter nine improvement and homes of Silicon Carbide Refractories for Blast Furnace Use (pages 100–118): D. Campos?Loriz and Thomas R. Holmes
Chapter 10 growth on Carbon?Bearing Refractories for the BOF (pages 119–130): Yoichi Naruse, Keisuke Hiragushi, Sukekazu Kiwaki and Ichiro Takita
Chapter eleven fresh Technological traits of floor Coating Refractories for CC Tundish Liners (pages 131–144): ok. Watanabe, S. Fujisaki and T. Takeshige
Chapter 12 Nondestructive checking out of Refractories utilizing commercial X?ray Computed Tomography (pages 145–166): Yoshiro Aiba, Oki Kazuo, Arakawa Kazumi and Shigeo Matsuura
Chapter thirteen Observations at the Thermomechanical habit of Refractory Linings of Cylindrical?Type Shells (pages 167–184): Charles A. Schacht
Chapter 14 excessive power Insulation for metal Ladles (pages 185–195): Valerie E. Mccallen
Chapter 15 dimension of homes to be used with Finite point research Modeling (pages 196–208): M. A. Stett
Chapter sixteen enhanced Analytical techniques and fabric homes for Predicting the Thermomechanical habit of Refractory Linings of Teeming Ladles (pages 209–219): Charles A. Schacht
Chapter 17 Compressive energy and Creep habit of a Magnesium Chromite Refractory (pages 220–228): Ralph F. Krause
Chapter 18 Optimizing Corrosion?Resistant Monolithic functionality by utilizing twin Lining platforms (pages 229–235): Curtis E. Zimmer
Chapter 19 program of Vibratory Castables in Petrochemical Industries (pages 236–242): Subrata Banerjee
Chapter 20 Microstructural elements of Microsilica?Blended excessive Alumina Castables (pages 243–260): A. Seltveit, G. S. Dhupia and W. Kronert
Chapter 21 the consequences of Curing Temperature and instances on Low?Moisture Trough Castables (pages 261–266): Robert A. Howe and John A. Kaniuk
Chapter 22 ANCHOREX Anchoring process (pages 267–268): E. Olsen
Chapter 23 New excessive Chrome Fused forged Refractory to be used involved with hugely Corrosive Glasses (pages 269–276): T. A. Myles and F. Knee
Chapter 24 impact of Cement uncooked Meal Composition on Lining existence (pages 277–283): T. okay. Das, R. De l. a. Garza and J. C. Davila
Chapter 25 value of the Modulus of Elasticity on easy Refractory Brick for Cement Rotary Kilns (pages 284–291): R. de l. a. Garza
Chapter 26 Corrosion of Ceramic Refractories in man made Coal Slags decided through the Rotating?Cylinder strategy (page 292): Sherman Greenberg and Roger B. Poeppel
Chapter 27 Monolithic Refractory difficulties in a Gasifier (pages 293–300): G. N. Zirczay
Chapter 28 Corrosion Resistance of Ceramic fabrics to HCl, HNO3, and H2SO4 (pages 301–313): James P. Bennett
Chapter 29 courting of Creep homes of Bauxite Refractories with Microstructure (pages 314–323): Xiangchong Zhong, Gengcheng sunlight and Rushan Yin
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Additional resources for Applications of Refractories: Ceramic Engineering and Science Proceedings, Volume 7, Issue 1/2
41 191 520-26 (1 964). M. D. M. Lewis, “Thermal Expansion of Extruded Cordierite Ceramics,” Am. Cerum. Bull. 60  202-5 (1981). D. S. Patent No. 3 790 654, February 5, 1974. M. M. Lewis, “Anisotropic Cordierite Materials,” US. Patent No. 3 885 977, May 27, 1975. , Norcross, GA. 44 Table I. 2 B C D E *15% coarse A1,0, was used in preparing this body. Note: All extruded ceramic cordierite monoliths had a wall porosity of 35 to 40%. Monolith C and D contained appreciable mullite phase. Table 11.
25 x 10-6/oC (25"-1000"C) on leaching. The thermal expansion reaches a minimum and then increases with prolonged leaching as shown by the curve in Fig. 2. A decrease in linear expansion on leaching was observed for a number of other extruded ceramic cordierite compositions. This is illustrated in Table IV. It includes data for some specimens that contained appreciable mullite phase in addition to cordierite. These generally increase in expansion on leaching as exemplified by composition D. 41 Thermal Shock Resistance Figure 3 shows how the thermal shock resistance of various monoliths is related to linear thermal expansion.
5. X-ray diffractometertraces of totally leached (top)and unleached (bottom)samples prepared from compositions B. 50 Fig. 6. Scanning electron micrographs of (A) partially leached and (B)unleached specimens prepared from composition B . 51 Ceramic Engineering and Science Proceedings Charles R. , 1986 Zircon Processing K. K. CHEANC Science University of Malaysia Minden, Penang, Malaysia Zircon (ZrSiOJ, a highly refractory mineral, is found in relatively great abundances in the alluvium of the Kinta Valley,the largest tin-mining area in the world.