E-MRS Fall Meeting 2006
on-line journal
Lectures
First Fall School on Thermal Analysis
Symposium A
Symposium B
Symposium C
Technology Commercialisation Market Place
Symposium D
COST Action D30 Meeting
Symposium E
Symposium F
Symposium H
Symposium I
Modeling real materials from first principles
Symposium J
Symposium K
Plenary Session
Thin-layered materials workshop
Exhibitors
Posters
Plenary Session
Symposium A
Symposium B
Symposium C
Symposium D
Symposium E
Symposium F
Symposium H
Symposium I
Symposium J
Symposium K
Exhibitors
First Fall School on Thermal Analysis
Thin-layered materials workshop
COST Action D30 Meeting
Technology Commercialisation Market Place
Modeling real materials from first principles
Timetable
First Fall School on Thermal Analysis
Symposium A
Symposium B
Symposium C
Technology Commercialisation Market Place
Symposium D
COST Action D30 Meeting
Symposium E
Symposium F
Symposium H
Symposium I
Modeling real materials from first principles
Symposium J
Symposium K
Plenary Session
Thin-layered materials workshop
Exhibitors
City map
Book of Abstracts
Statistics
Participants
Countries
Institutions
Symposia attendance
Presentations per country
Time
Duration
Type
Presenting person
Title
September 4th, Monday
14:00
00:30:00
Invited oral
Irina V. Belova
Bridging different length and time scales in diffusion problems using variable length lattice models
14:30
00:15:00
Oral
Marek Danielewski
Electro-Mechano-Chemistry; Transport Problem in Three Time Scales
14:45
00:15:00
Oral
Simon P. Gill
Concurrent multiscale Kinetic Monte Carlo-continuum models for the evolution of solids via diffusion
15:00
00:15:00
Oral
Lukasz Madej
Comparison of the strain distribution obtained from multi scale and conventional approaches
15:50
00:30:00
Invited oral
Frederic Soisson
Atomistic Monte Carlo simulations of phase transformations under irradiation
16:20
00:30:00
Invited oral
Cornelis Bos
Multi-lattice kinetic Monte Carlo simulation of interface controlled solid-state transformations
16:50
00:30:00
Invited oral
Tetsuo Mohri
First principles calculation of ordering transition
September 5th, Tuesday
09:00
00:30:00
Oral
Christian Abromeit
Molecular Dynamics Simulation of Swift-Ion-Induced Phase Transformations in a Model NiAl Alloy
09:30
00:15:00
Oral
Katri Laaksonen
Multiscale simulation of ordering processes in GaInN and GaAlN
09:45
00:15:00
Oral
Rafal Kozubski
Effect of Fe addition on ordering kinetics in Ni
3
Al
1-x
Fe
x
. Monte Carlo simulation
11:00
00:30:00
Invited oral
Stefan Müller
Ab-initio statistical physics of precipitate evolution in metal alloys
11:30
00:30:00
Invited oral
Alain Barbu
Cluster dynamics modelling of materials : advantages and limitations.
12:00
00:15:00
Oral
Nuno Araújo
Early stages of island nucleation and growth on Ag/Ag(100)
12:15
00:15:00
Oral
Byeong-Joo Lee
An Atomistic Approach to the Effect of Cr on the Rate of Void Formation and Agglomeration in bcc Fe
14:30
00:15:00
Oral
Véronique Pierron-Bohnes
Interdiffusion of two L1
0
phases without order decrease : experiments and molecular dynamics simulations
14:45
00:20:00
Oral
Mihai-Cosmin Marinica
Stability and mobility of interstitial clusters in alpha-iron: ab initio and empirical potential calculations
15:00
00:15:00
Oral
Mikhail D. Starostenkov
The stability of vacancy clusters in fcc crystals
15:15
00:15:00
Oral
Guillaume Vérité
Kinetics of point defects in hcp-Zr from first principles
15:50
00:15:00
Oral
Sergey A. Lurie
Multiscale modeling of the interphase layer and its applications in mechanics of materials
16:05
00:15:00
Oral
Witold Kucza
Electrochemical impedance spectroscopy simulations of multilayer systems: from nano- to mesoscale films.
16:20
00:15:00
Oral
Hualong Li
Monte Carlo Simulation of Texture and Microstructure Transformation During Annealing Process of Steel
16:35
00:15:00
Oral
Nele Moelans
3-D phase field simulations of grain growth in polycrystalline films
16:50
00:15:00
Oral
Paweł Dłużewski
FE and MD simulation of InGaN QD formation induced by stress field of threading dislocations
17:05
00:15:00
Oral
Shuo Wang YANG
Why and how does hydrogen in silicon carbide thinfilms degrade the Ta barrier? - Large-scale ab initio molecular dynamics simulations of Ta growth
September 6th, Wednesday
14:00
00:30:00
Invited oral
Carlo Massobrio
Understanding materials at the atomic scale: first-principles molecular dynamics simulations of nanostructures and disordered systems
14:30
00:15:00
Oral
Zoltán Erdélyi
Interface shape change and shift kinetics on the nanoscale
14:45
00:15:00
Oral
António Cadilhe
Single layer colloidal films on nanopatterned substrates
15:00
00:15:00
Oral
Robert Filipek
Multiscale modelling of mass and charge transport in electrochemical and biological systems
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