Quantitative Microscopy of High Temperature Materials: Microstructure of High Temperature Materials Series #5

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  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2001-07-14
  • Publisher: CRC Press

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Supplemental Materials

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The fifth in the series of international conferences on High Temperature Materials, the papers in this volume cover the processing and properties of Ti alloys for automotive, aerospace, and other high temperature applications.

Table of Contents

Quantitative Microscopy, Microstructure and Materials Propertiesp. 1
Measurement of Grain Size and Size Distribution in Engineering Materialsp. 23
Quantitative Aspects of Grain Size Measurementp. 41
Application of Colour in Quantitative Metallographyp. 59
Exploiting Light Microscopy Contrast Techniques to the Fullp. 69
Quantitative Aspects of Scanning Electron Microscopyp. 89
Quantitative Metallography by High Resolution Electron Backscattered Diffractionp. 103
Microstructural Characterisation of Plasma Sprayed Thermal Barrier Coatings by Quantitative Image Analysisp. 131
Heating Experiments on a Spray Formed Hypereutectic Al-Si Alloy using Environmental Scanning Electron Microscopy (ESEM)p. 147
Quantitative Metallography using Transmission Electron Microscopyp. 161
The Influence of Heat Treatments on the Microstructural Parameters and Mechanical Properties of P92 Steelp. 191
Compositional Changes in Minor Phases Present in 12CrMoVNb Steels During Thermal Exposure at 550 and 600[degree]Cp. 207
Structural Changes after Heat Treatment of Physical Vapour Deposited TiAlCrYN Coatingsp. 225
Transmission Electron Microscopy on Microstructure and Oxidation Mechanisms of Multilayer Coating CrN/NbNp. 241
Atom Probe Characterisation of High Temperature Materialsp. 257
A Brief Review of Quantitative Aspects of Electron Loss Spectroscopy and Imagingp. 279
Quantification of Precipitates in a 10% Chromium Steel by Means of TEM and EFTEMp. 307
Development of Precipitate Size and Volume Fraction of Niobium Carbo-nitrides in a Stabilised Stainless Steelp. 319
Quantitative Evaluation of Particle Size Distributions of Different Phases in Steel P92 Exposed at 600[degree]C and 650[degree]C using EFTEMp. 331
Quantitative Analysis and Mapping of Oxidised Steel Surfaces and PVD Ceramic Coatings using Raman Microscopyp. 345
Microstructure in Advanced 9-12% Cr Steam Turbine Steelsp. 355
Statistical Prediction of Inclusion Sizes in Clean Steelsp. 373
Creep Damage Quantification of 2.25%Cr-1%Mo Steel using Scanning Electron Microscopyp. 389
Statistical Assessment of Corrosion Morphologies for High Temperature Components Life Predictionp. 405
Characterisation of Microstructural Evolution for Creep Modellingp. 421
Development of De-alloyed Zones During Oxidation: Effects on Microstructure and Spallation Behaviourp. 435
Metallography Via Deformation Simulationsp. 445
Author Indexp. 453
Subject Indexp. 455
Table of Contents provided by Blackwell. All Rights Reserved.

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