Tab Article

Preface
Contributors

Part 1 : Structural Characterization Methods
Chapter 1 : Nuclear Methods of Materials Analysis
Chapter 2 : Trace Deterioration of Molecules by Laser Two-Photon Ionization
Chapter 3 : Material Characterization Using Electron Energy Loss Spectroscopy
Chapter 4 : Principles of Scanning Electron Microscope (SEM) for Structural Characterization
Chapter 5 : Ion-Exclusion Chromatography
Chapter 6 : Quantitative Structure-Retention Relationships and Chromatographic Determination of Hydrophobicity
Chapter 7 : Applications of Micro-Raman Spectroscopy
Chapter 8 : Isotope Dilution LC/MS Using A Particle Beam Interface
Chapter 9 : Applications of Electron Holography
Chapter 10 : Use of X-Ray Diffraction in Properties Testing
Chapter 11 : Transmission Electron Microscopy of Aged GaInAsP/InP Buried Heterostructure Laser
Chapter 12 : Reversed Phase HPLC : Determination of Variety Musts by SPE/RP-HPLC Analysis of Their Soluble Proteins
Chapter 13 : Techniques of Thermoelectric Studies
Chapter 14 : Rapid Headspace Gas Chromatographic Method
Chapter 15 : Sampling and Analysis of Light Hydrocarbons in Volcanic Gases
Chapter 16 : Techniques for Studying the Electrical Behavior of Chrysophenine Complexes
Chapter 17 : Rietveld Refinement of Crystal Structures Using Powder X-ray Diffraction Data : A Comparative Study of Synthesized CuGa1-YInYTe2
Chapter 18 : A Microindenter for the Characterization of the Glass Transition
Chapter 19 : Optical Absorption Techniques for Ceramics Characterization

Part 2 : Interface and Structural Composite Test Methods
Chapter 20 : Characterization of Fiber/Matrix Interface Strength and Fiber Strength by an Acoustic Emission Coupled Single-Fiber-Composite Techniques
Chapter 21 : New Techniques for Grain Boundary Determinations
Chapter 22 : Techniques for Studying Composite Interfaces
Chapter 23 : Determination of Interfacial Properties of Fibrous Composites
Chapter 24 : Methods for Determination of The Work-Of-Fracture of Ceramics
Chapter 25 : Fracture Toughness and Strength Testing of Ceramic Composites
Chapter 26 : Crack Propagation Modes in Composites
Chapter 27 : Effects of Thermal Expansion Anisotropy of Coating On Thermal Stresses in Fiber/Coating Systems
Chapter 28 : Characterization of Polycarbonate Toughness by Precrack Hystersis
Chapter 29 : High Temperature Stress Rupture Tests for Evaluating The Durability of Ceramics
Chapter 30 : Techniques for Studying Dynamics Propagation of Plastics
Chapter 31 : Fatigue Crack Detection and Data Analysis

Part 3 : Properties Testing of Polymers and Composites
Chapter 32 : GPC-UV/VIS : A Powerful Tool for Polymer Analysis
Chapter 33 : Acid-Base Properties of Polymers in The Solid-State
Chapter 34 : Solid State NMR Investigation of Cationic Polymerized Epoxy Resins
Chapter 35 : Bending Beam Technique for The Measurement of Solvent Diffusions in Polymer Containing Layered Structures
Chapter 36 : Techniques for Studying The Viscous Flow Behavior of Glassy Alloys
Chapter 37 : The Design, Construction, and Evaluation of A Pulse Rheometer for Reacting Foams
Chapter 38 : Techniques for Tensile Properties Testing of Composites
Chapter 39 : Application of Flow Birefringence to Converging Weld Flows
Chapter 40 : Dynamic Analysis Technique and Applications to Polymers
Chapter 41 : Non-Destructive Testing and Analysis of Rubber Materials by Computed X-Ray Tomography Scanning
Chapter 42 : Principles of Adhesion Testing
Chapter 43 : Impact Performance of Thermoplastic Matrix Sheet Composites
Chapter 44 : Structural Characterization of Materials
Chapter 45 : Influence of Reprocessing of the Mechanical Properties of Commercial Polymers
Chapter 46 : Overview of Mechanical Properties Test Methods for Injection Molding
Chapter 47 : Ballistic Testing and Evaluation of Ceramic Composites
Chapter 48 : Techniques for Studying Fracture Behavior
Chapter 49 : Rheological Characterization of Crosslinking
Chapter 50 : Glass/Phenolic Composites : Properties and Fracture Features
Chapter 51 : Elongational Viscosity of Polymer Melts
Chapter 52 : Effect of Alloy Modification on Tensile and Fatigue Properties of a Cast Co-Cr-Mo-Alloy Used for Surgical Implant Component Applications

Index