ECNS’2003 LECTURES
Putting Neutrons into
Perspective (PDF)
Helmut
Schober, ILL
Principles of
the scattering experiment: “Why is it so simple?” s-wave approximation,
Born-approximation. “What can we learn from it?” Double differential
cross-section, correlation functions.
Probing Structural
Properties
From the
Macro- to the Nanoscale
Loïc Auvray, LLB
SANS,
Reflectometry.
On the
Atomic Scale
Theresa Fernandez-Diaz, ILL
Crystals,
glasses and liquids (including texture, kinetics etc.)
Probing Dynamic
Properties
Statistical Motion (PDF)
Marc
Bée, Université Joseph Fourier
Translational
and rotational diffusion, spin fluctuations, quasi-elastic scattering and EISF
Correlated Motion (PDF) (V2, updated 14th Oct 2003)
Götz Eckold
Phonon dispersion and width, density of states, spin waves etc.
>Demonstration Software : UNISOFT
Fundamental Physics with
Neutrons (PDF)
Oliver
Zimmer
Neutron Sources Now and in
the Future (PDF)
M.
Alba, LLB
Types of
sources, Geographical location, Access etc.
Thematic
sessions
Magnetism
Magnetism and Superconductivity (PDF)
Joël Mesot
Molecular Magnetism (PDF)
Eric Ressouche
Thin films
magnetism probed by
reflectometry (PDF)
Frédéric Ott
>Demonstration
Software : SimulReflec
>General
Lecture on Reflectivity (PS)
Biology
Structures of biological
molecules/ deuteration
Dean Myles
Reflectivity on biological
systems (PDF)
Tim Salditt
Dynamics/ fluctuations in
biological systems (PDF)
Stéphane
Longeville
Materials
Polymer Dynamics (PDF)
Michael
Monkenbusch
Stress and Strains (PDF)
Monica
Cerretti
Emulsions, Membranes (PDF)
Giovanna
Fragneto
Contacts
Marie-Claire
Bellissent-Funel mcbel @ llb.saclay.cea.fr
Frédéric Ott
fott @
cea.fr
Helmut
Schober
schober @
ill.fr
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LABORATOIRE
LEON BRILLOUIN (CEA/CNRS) mise à jour :