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Nanoscale AFM and TEM Observations of Elementary Dislocation Mechanisms

Part of the Springer Theses Book Series

DOI: 10.1007/978-3-319-48302-3

ISBN: 978-3-319-48301-6

Publisher: Springer International Publishing - Springer Journals

Nov 27, 2016

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Chapter 1Introduction

Veselý, Jozef

Pages: 1 –2

[There is an ever-lasting demand for materials with better mechanical properties. Understanding the strength of materials is therefore important task of material science.]
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Chapter 2Iron Rich Iron-Aluminides

Veselý, Jozef

Pages: 3 –17

[Over the 80 years of research on iron-aluminides immense amount of literature was produced. This chapter summarizes some of the relevant prior work.]
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Chapter 3Experimental Methods

Veselý, Jozef

Pages: 19 –44

[In this work several experimental methods were involved in the preparation and examination of samples. The process from the growth of single crystal ingots through their orientation, cutting, polishing, investigation in AFM and TEM and data analysis is described.]
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Chapter 4Observations of Dislocations and Other Results

Veselý, Jozef

Pages: 45 –80

[The main part of this chapter are the reports of AFM observations of the slip traces and TEM observations of corresponding dislocation structures. First, however, parameters and results of sample deformation as well as TEM characterisation of order, antiphase domains and carbide particles are...
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Chapter 5Discussion

Veselý, Jozef

Pages: 81 –92

[In this chapter the experimental results presented in Chap. 4 are put into perspective. Where applicable they are compared with the literature.]
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Chapter 6Summary

Veselý, Jozef

Pages: 93 –94

[Single crystals of Fe–Al20, Fe–Al28 and Fe–Al40 were deformed in-situ under the AFM.]

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Nanoscale AFM and TEM Observations of Elementary Dislocation Mechanisms

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