Surfaces and Interfaces of Glass and Ceramics [Paperback]

1 Characterization of Surfaces and Interfaces.- 2 The Infrared Spectra of Several N-Containing Compounds Absorbed on Montmorillonites.- 3 Applications of Surface Characterization Techniques to Glasses.- 4 Observation of Electronic Spectra in Glass and Ceramic Surfaces.- 5 Surface Analysis of Glass by Charged Particle Analysis.- 6 A Method for Determining the Preferred Orientation of Crystallites Normal to a Surface.- 7 Friction and Wear Behavior of Glasses and Ceramics.- 8 The Wear Behavior of Cast Surface Composites.- 9 An Experimental Investigation of the Dynamic and Thermal Characteristics of the Ceramic Stock Removal Process.- 10 Dynamic Elastic Model of Ceramic Stock Removal.- 11 Ceramics in Abrasive Processes.- 12 Rolling Contact Fatigue of Hot-Pressed Silicon Nitride Versus Surface Preparation Techniques.- 13 Structure and Properties of Solid Surfaces.- 14 Catalysis in Correlation with the Detailed Electronic Structure of the Surface.- 15 Physiological Factors at Bioceramic Interfaces.- 16 Characterization of Tissue Growth into Pellets and Partial Sections of Porous Porcelain and Titania Implanted in Bone.- 17 Phase Distribution in Solid-Liquid-Vapor Systems.- 18 Evidence of Inverted Undercutting of a Solid Metal Substrate by a Liquid Ceramic Sessile Specimen at Elevated Temperatures.- 19 Interfaces in Ceramic Nuclear Fuels.- 20 Grain Boundary Precipitation in Zirconia.- 21 Grain Boundary Mobility in Anion Doped MgO.- 22 Property Changes at Interfaces and Free Surfaces.- 23 Microstructure Analysis from Fracture Surfaces.- 24 Fracture Topography of Ceramics.- 25 The Role of Surface Energy on Thermal Shock of Ceramic Materials.- 26 Surface Charge-Dependent Mechanical Behavior of Non-Metals.- 27 Slow Fracture of Glass in Alknaes and Other Liquids.- 28 The Effects of Microstructure on the Fracture Energy of Hot Pressed MgO.Springer Book Archives