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Transmission electron microscopy for materials science

Sciences

Self-paced course

Certification program

Materials Science

Engineering

Coursera

English

Advanced

Natural Science

Welcome from the teacher

Introduction: the instrument - I. History and building blocks

Reminders! Ray Diagrams.

Lens aberrations

Welcome

Discussion forums

Grading policy and certificate

External resources

Where to get help

Week 1 introduction

Section 1.1

Exercises for lesson 1.1

Further resources

Section 1.2

Exercises for lesson 1.2

Awareness Quiz 1.1

Awareness Quiz

Control Quiz 1.1

Control Quiz 1.2

1 week: Introduction

The instrument - II: description of the 3 main blocks

Quiz-video: 3-lens condenser system

Bragg's Law

TEM in operation

Week 2 introduction

Section 2.1

Exercises for lesson 2.1

Section 2.2

Exercises for lesson 2.2

Awareness Quiz 2.1

Awareness Quiz 2.2

Control Quiz 2.1

Control Quiz 2.2

2 week: Introduction (II)

3.1: 2-beam electron diffraction

Reciprocal lattice

Ewald sphere construction

Week 3 introduction

Section 3.1

Note on Miller indices (h k l)

Exercises for Lesson 3.1

Section 3.2

Exercises for Lesson 3.2

Section 3.3

Exercises for Lesson 3.3

Awareness Quiz 3.1

Awareness Quiz 3.2

Awareness Quiz 3.3

Control Quiz 3.1

Control Quiz 3.2

Control Quiz 3.3

3 week: Diffraction basics (I): Ewald sphere / Reciprocal lattice

Multiple beam scattering

Shape effects on reciprocal lattice

Deviation from Bragg scattering

Week 4 introduction

Section 4.1

Exercises for Lesson 4.1

Section 4.2

Exercises for Lesson 4.2

Section 4.3

References

Exercises for lesson 4.3

Awareness Quiz 4.1

Awareness Quiz 4.2

Control quiz 4.1

Control Quiz 4.2

Control Quiz 4.3

4 week: Diffraction basics (II): Multi-beam / Kinematical scattering

Dynamical scattering

Addendum: Notations for dynamical scattering

Thickness fringes

Week 5 introduction

Section 5.1

Exercises for Lesson 5.1

Section 5.2

Exercises for Lesson 5.2

Control Quiz 5.1

Control Quiz 5.2

5 week: Diffraction and imaging: Dynamical effects (I)

Bend contours

Double diffraction

Week 6 introduction

Section 6.1

Exercises for Lesson 6.1

Section 6.2

Exercises for Lesson 6.2

Control Quiz 6.1

Control Quiz 6.2

6 week: Diffraction and imaging: Dynamical effects (II)

Introduction

Contrast Transfer Function

Weak phase object approximation

Week 7 introduction

Section 7.1

Exercises for week 7.1

section 7.2

Exercises for week 7.2

Awareness quiz.

Control Quiz 7.1

Control Quiz 7.2

7 week: Phase contrast (I)

Phase Contrast Transfer Function

HRTEM

Conclusion

Week 8 introduction

Section 8.1

Installation of JEMS student edition

Exercises for week 8

Copy of Section 8.1

Exercises

Control Quiz 8.1

Control Quiz 8.2

8 week: Phase contrast (II)

Transmission electron microscopy for materials science

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École Polytechnique Fédérale de Lausanne

Transmission electron microscopy for materials science