Local Probe Techniques for Corrosion Research ( Volume 45 )

Publication series ：Volume 45

Author： Oltra   R;Maurice   V;Akid   R  

Publisher： Elsevier Science‎

Publication year： 2014

E-ISBN: 9781845692599

P-ISBN(Paperback): 9781845692360

P-ISBN(Hardback):  9781845692360

Subject： TF Metallurgical Industry

Language： ENG

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Description

The effective investigation of corrosion requires the use of methods that can probe material surfaces at the atomic or molecular level and can be used in situ. This important collection reviews the range of techniques available and how they can be used to analyse different types of corrosion.

A number of chapters discuss the use of scanning probe microscopy techniques such as electrochemical scanning tunnelling microscopy and atomic force microscopy (EC-STM and EC-AFM). Other chapters analyse local electrochemical techniques such as scanning electrochemical microscopy (SECM), scanning vibrating electrode techniques (SVET), scanning droplet and scanning kelvin probe microscopy (SKFM), as well as microraman spectroscopy and photoelectrochemical imaging. The book reviews the application of these techniques in practice to various metals and types of coating as well as different kinds of corrosion.

With its distinguished editors and team of contributors, this is a valuable reference for all those concerned with corrosion research.

  • Discusses methods that can probe material surfaces at the atomic or molecular level
  • A valuable reference for all those concerned with corrosion research

Chapter

Cover

pp.：  1 – 4

Local probe techniques for corrosion research

pp.：  4 – 5

Copyright

pp.：  5 – 6

Contents

pp.：  6 – 12

Contributor contact details

pp.：  12 – 16

European Federation of Corrosion (EFC) publications: Series introduction

pp.：  16 – 18

Volumes in the EFC series

pp.：  18 – 24

Preface

pp.：  24 – 26

1 Local electrochemical methods in corrosion research

pp.：  26 – 37

2 Observation of self healing functions on the cut edge of galvanised steel using scanning vibrating electrode technique (SVET) and pH microscopy

pp.：  37 – 48

3 Application of scanning vibrating electrode technique (SVET) and scanning droplet cell (SDC) techniques to the study of weld corrosion

pp.：  48 – 58

4 Use of scanning vibrating electrode technique (SVET) to probe mechanistic changes in corrosion resistance of zinc aluminium alloy galvanising

pp.：  58 – 77

5 Local analysis by SVET of the involvement of biological systems in aerobic biocorrosion

pp.：  77 – 87

6 Study of delamination of organic coatings by local electrochemical impedance spectroscopy

pp.：  87 – 96

7 Initial stages of localised corrosion by pitting of passivated nickel surfaces studied by scanning tunnelling microscopy (STM) and atomic force microscopy (AFM)

pp.：  96 – 109

8 In situ atomic force microscopy (AFM) study of pitting corrosion and corrosion under strain in a 304L stainless steel

pp.：  109 – 120

9 Etching processes of ZnO[0001] surface in solution

pp.：  120 – 124

10 Scanning Kelvin probe force microscopy (SKPFM) applied to various conversion coated aluminium surfaces

pp.：  124 – 136

11 Scanning Kelvin probe force microscopy and scanning Kelvin probe in investigation of effect of microstructure on corrosion behaviour of magnesium alloys

pp.：  136 – 151

12 Use of scanning Kelvin probe force microscopy and microcapillary cell to investigate local corrosion behaviour of 7xxx aluminium alloys

pp.：  151 – 162

13 Atmospheric corrosion of low alloy steels in a high-humidity seashore environment

pp.：  162 – 170

14 Effect of surface microcracks on pitting susceptibility of manganese sulfide containing stainless steels

pp.：  170 – 180

15 Effect of applied stress on localised corrosion measurements on aluminium alloy friction stir welds

pp.：  180 – 192

16 In situ detection of galvanic coupling during pitting by scanning vibrating electrode technique and microcapillary electrochemical cell

pp.：  192 – 197

17 Photoelectrochemical imaging of thermally grown oxide scales

pp.：  197 – 204

Index

pp.：  204 – 208

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