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1 Lionel Cervera-Gontard
2 Yanna Antypas
3 Rafal Dunin- Borkowski
4 Pierre Henri Jounneau
5 Eric Gauthier
6 Cyril Cayron
7 Pascale Bayle-Guillemaud
8 Yannick Lefrais
9 Michal Jerzy Wozniak
10 Peter Formanek
11 Jean-Luc Rouviere
12 Magnus Hanson
13 Jean Tristan Beauchesne
14 Ernesto Coronel
15 Richard Langford
16 Eric Leroy
17 Andreje Gajovic
18 Peter Cherns
19 Edward Simpson
20 Grigore Moldovan
21 Martin Beer
22 Mohamed Sennour
23 Jean-Paul Barnes
24 Marcello Soda
25 Daniel Spor
26 Susanne Guder
27 Christophe Gatel
28 Wakib Saikaly

29 Nicolas Bernier
30 Laurent Clement
31 Marcin Zak
32 Florent Houdellier
33 Damien Alloyeau
34 Michaël Jublot
35 Susana Trasobares
36 Marie-Faith Fiawoo
37 Samuel Kenzari
38 Helen Marsh
39 Mathieu Kociak
40 Erican Cosjuff
41 Mark Smithers
42 Mathias Kobylko
43 Jaysen Nelayah
44 Staffan Wachtmeister
45 …
46 Hannes Lichte
47 Lionel Calmels
48 Noel Bonnet
49 Raphael Serra
50 Nikolay Cherkashin
51 Hans Lidbaum
52 Krystian Prusik
53 Polona Umek
54 Marci Cantoni
55 Yossi Lereah
56 Susanne Nyquist

57 Florence Gloux
58 Caroline Bonafos
59 Zhao Zhao
60 Antonio J.Ramirez
61 Martin Hytch
62 Etienne Snoeck
63 Damien Jacob
64 Nicole van der Laak
65 Mark Galtrey
66 Jenna Tong
67 Edmund Ward
68 Sara Bals
69 Helen Xiu
70 Randi Holmestad
71 Franck Bocquet
72 Frederic Pailloux
73 Laurent Alexandre
74 Katia Marsh
75 Abdel Kammouni
76 Philippe Vennegues
77 Gabrielle Regula
78 Calude Alfonso
79 Benedicte Warot
80 Miroslawa Pawlyta
81 Christoh Koch
82 Sarah Haigh
83 Dansheng Su
84 Alfonso Ibarra Galian

85 Yadira Arroyo
86 Paul Midgley
87 Florian Hüe
88 Crispin Hetherington
89 Valérie Demange
90 Sebastien Joullier
91 Maria Pilar Rodriguez
92 Maria Luisa No
93 Wilder Carrillo-Cabrera
94 Aïcha Hessler
95 Yi Zhang
96 Aude Pages
97 Pedro Costa
98 Diane Zhu
99 Stanley Zhang
100 David Zou
101 Manuela Reichelt
102 Patricia Canton
103 Miroslawa Pawlyta
104 …
105 Pier Francesco Fazzini
106 Simona Boninelli
107 Emma Rossinyol
108 Mariana Klementova

Introduction:

Recent years have seen the development of new quantitative techniques in transmission electron microscopy for the measurement of local properties, chemistry and structure in materials science.

Examples include elemental mapping, strain mapping, and measurement of electric and magnetic fields at the nanoscale. Not only can numbers be obtained but soon 3-dimensional data sets will be available via electron tomography.

In parallel, microscopes are becoming increasingly sophisticated (Cs correctors, imaging filters, in-situ stages, detectors…) allowing new possibilities and increased accuracy for existing techniques

Magnetic vortex in a nanoparticle of FeNi
courtesy of Rafal Dunin-Borkowski

Objectives:

Enable attendants to apply and develop quantitative techniques in their own laboratories and/or in collaboration with specialist centres for TEM.
Ultimately, the school hopes to encourage the emergence of an informal network of microscopists across Europe versed in the new techniques.

When:

Sunday 25th september – Friday 7th October
(10 working days + 1 free week-end)

Where:

“La Gaillarde” St Aygulf
French Riviera between St Tropez and Antibes
~70 kms from Nice Airport
Visit center website

Organisation committee:

E. Snoeck (Toulouse), M. Hÿtch (GDR-E), V. Serin (Toulouse), P. Bayle-Guillemaud (Grenoble), M. Kociak (Orsay), Eric Leroy (Thiais), B. Warot (Toulouse).

Scientific committee:

Dr. Ch. Colliex, Prof. C. Humphreys, Prof. D. Cockayne, Prof. M. Rühle, Prof. H. Lichte and Prof. G. Van Tendeloo

Content:

The different quantitative techniques, their capabilities, experimental difficulties, detailed application and limitations.
The instrumental, theoretical and computational advances which have allowed current developments.
Worked examples from materials science applications.

Teaching Style:

Teaching is divided evenly between lectures and practical sessions.

Lectures include:
 

• underlying theory (fundamentals)
• basics of the measurement technique (method and limitations)
• practical details
• applications.

Practical classes will be of three types:
 

• computer lab sessions (two students per computer),
• demonstrations (software and microscopy sessions via video projector),
• group discussions about a given technique or problem.

At least one microscope will be installed on-site for the whole of the two weeks for hands on experience.

Deformation determination in GaAs
courtesy of Florent Houdellier

Prerequisites:

Attendants should already be experienced in electron microscopy as the school concerns advanced techniques.
A materials science background is assumed.

Seminars and round tables:

Seminars will concern the specific application of quantitative microscopy techniques. Round tables will be organised as a lively debate, following the example set by the summer school in Cargèse.



Last update
March 10th, 2006
© Cemes-CNRS 2004
webmaster: E. Philippot
Contact european school organising commitee:
QEM2005@cemes.fr (Toulouse, France)