Overview

Researchers in the fields of surface science, materials science, corrosion and electrochemistry should find this volume to be a useful reference source on recent developments and techniques in the study and understanding of corrosion and stress corrosion. The 21 papers are organized into the following topics: analytical, theoretical and computational, crack growth and electrochemical. Coverage includes: application of scanning tunnelling microscope and quartz crystal microbalance for study of inhibitor adsorption metals; atomistic simulation of the hydrogen-induced fracture process in an iron-based superalloy; the effect of environment on fatigue crack top micromechanics; and a review of electrochemical noise and its application to the study of stress corrosion cracking.

Full Product Details

Author:   R.H. Jones ,  D.R. Baer
Publisher:   The Minerals, Metals & Materials Society
Imprint:   The Minerals, Metals & Materials Society
Edition:   illustrated edition
ISBN:  

9780873393256

ISBN 10:   0873393252
Pages:   331
Publication Date:   01 August 1998
Audience:   College/higher education ,  Professional and scholarly ,  Postgraduate, Research & Scholarly ,  Professional & Vocational
Format:   Hardback
Publisher's Status:   Active
Availability:   In Print  
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Table of Contents

Part 1 Analytical techniques: application of scanning tunneling microscope and quartz crystal microbalance for study of inhibitor adsorption on metals, H.W. Pickering et al; application of valence band photoelectron spectroscopic data to the understanding of environment/material interactions, P.M.A. Sherwood; in-situ laser Raman and infrared spectroscopic studies of anodic corrosion films metals, C.A. Melendres; an environmental cell TEM for studies of gas-solid interactions, D.F. Teter et al; defect generation and interactions with small molecules on the rutile TiO2 (110) surface in vacuum and solution, D.R. Baer et al. Part 2 Theoretical and computational methods: atomistic simulation of the hydrogen-induced fracture process in an iron-based superalloy, N.R. Moody et al; atomistic modelling of the competition between dislocation emission and crack extension-relevance to environmental assisted cracking, R.G. Hoagland; the SAM mechanism of corrosion inhibition for iron surfaces, S. Ramachandran et al; AFM measurements and micromechanics modelling of corrosion fatigue, W.W. Gerberich et al; a transport model for characterizing crack-tip chemistry and mechanics during stress corrosion cracking, E.P. Simonen et al. Part 3 Crack growth measurements: the effect of environment on fatigue crack-tip micromechanics, D.L. Davidson; high-resolution analytical electron microscopy of intergranular stress corrosion cracks, L.E. Thomas et al; advanced techniques for characterization of electrochemical effects in stress corrosion cracks, P.L. Andresen; effect of loading mode on hydrogen embrittlement and aqueous stress-corrosion crack growth, H. Li et al. Part 4 Electrochemical techniques: a review of electrochemical noise and its application to the study of stress-core cracking, R.E. Ricker and U. Bertocci; the application of radiotracer method for the study of anion accumulation on stainless steel and aluminium surfaces, A. Kolics et al; photoelectrochemistry for non-destructive, in-situ characterization of corroding metals, T.D. Burleigh; an analysis of biofilm layers associated with microbially-induced corrosion using FT-IR spectroscopy, C. Nail; effects of anodic dissolution on diffusion in Cu/Ag thin film couples, D.A. Jones et al. (Part contents)

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